From 3075566fda31e936286532d8c1ec956d54b255b4 Mon Sep 17 00:00:00 2001 From: GBIF Crowdin Date: Fri, 13 Dec 2024 10:33:41 +0100 Subject: [PATCH] New Crowdin updates (#185) * New translations road-map.md (French) * New translations road-map.md (Spanish) * New translations road-map.md (Arabic) * New translations road-map.md (Italian) * New translations road-map.md (Japanese) * New translations road-map.md (Russian) * New translations connected-systems.md (Chinese Simplified) * New translations faq.md (Chinese Simplified) * New translations how-to.md (Chinese Simplified) * New translations road-map.md (Chinese Simplified) * New translations faq.md (Chinese Traditional) * New translations home.md (Chinese Traditional) * New translations how-to.md (Chinese Traditional) * New translations road-map.md (Chinese Traditional) --- ar/road-map.md | 66 ++++++++++++----------------------------- es/road-map.md | 64 +++++++++++---------------------------- fr/road-map.md | 66 ++++++++++++----------------------------- it/road-map.md | 66 ++++++++++++----------------------------- ja/road-map.md | 66 ++++++++++++----------------------------- ru/road-map.md | 66 ++++++++++++----------------------------- zh-tw/faq.md | 16 +++++----- zh-tw/home.md | 2 +- zh-tw/how-to.md | 2 +- zh-tw/road-map.md | 66 ++++++++++++----------------------------- zh/connected-systems.md | 2 +- zh/faq.md | 6 ++-- zh/how-to.md | 2 +- zh/road-map.md | 66 ++++++++++++----------------------------- 14 files changed, 166 insertions(+), 390 deletions(-) diff --git a/ar/road-map.md b/ar/road-map.md index 3c3f5845..da96629b 100644 --- a/ar/road-map.md +++ b/ar/road-map.md @@ -1,7 +1,7 @@ --- permalink: /road-map lang-ref: road-map -title: GRSciColl 2023-2024 road map +title: GRSciColl 2025 road map description: | This road map builds in the [2021 roadmap](https://github.com/gbif/registry/blob/dev/roadmap-grscicoll-2021.md) as well as the efforts in 2022 to build a community of editors an mediators. background: "{{ site.data.images.pandeleteius.src }}" @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. Review data schema +## 1. Continue work with the community as well as exiting platforms to update and grow data and improve interoperability -The data model for GRSciColl has evolved over time to accommodate the data sources being connected, such as iDigBio, Index Herbariorum and the original databases that were integrated. At the same time, there has been extensive work by the TDWG Collections Descriptions Interest Group to standardise approaches and vocabularies that are of relevance - this is emerging as a framework called Latimer Core. +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -We will review all the fields in the data schema and their content to ensure they are intuitive, documented and where possible, aligned to Latimer Core. As examples of what this might entail, GRSciColl currently has: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. -- “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline +## 2. Create and run a GRSciColl training module for editors -“Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline It is sometimes unclear when and how the fields “inactive”, and “isHerbarium” should be used and might +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. Support structured collection descriptors - -Currently GRSciColl is not structured to allow discovery of collections or individual specimens that could be critical for researchers. Support for describing a registered collection in GRSciColl is currently limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and e.g. important collectors. With this enhancement, we intend to support richer, structured descriptions, such as the ability to upload an inventory of the species represented or e.g. a table representing the “species, sex, object count”. This is intended to both facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. +The goal is to organize at least one online training event in 2025. We anticipate supporting multiple descriptors for a collection, with a descriptor containing a title, textual explanation and a table of data edited inline or uploaded as e.g. a spreadsheet. -A simple example is illustrated. - -Screenshot 2023-09-28 at 16 43 46 - -We envisage the system would be flexible enough to accommodate differing levels of detail from simple lists, to detailed representations of the collection which we anticipate exist for some collections. By supporting multiple descriptors for a collection, the system would support different aspects of the collection to be documented at different detail levels. The contents will be indexed to help discoverability of collections. For example, we aim to index scientific names using the GBIF Backbone taxonomy in order to facilitate collection discovery by taxa. - -It should be noted that this approach would mean that one may not be able to aggregate counts across descriptors as objects may be included in multiple places and thus double counted. However, the primary focus of this is to support the needs of taxonomists looking to discover collections of interest or where individual specimens may reside. - -The Index Herbariorum has descriptor tables (example) which would be automatically incorporated during the synchronization process. - -An API that exposes the descriptors as a Latimer Core document representing the collection will be available (likely in JSON format). - -## 3. Institutional surveys - -While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. - -The survey results would be clearly labeled as such and not be editable as they represent a particular assessment in a defined context. - -We intend to explore adding the ability to archive the outputs of such surveys when they have produced data that can be expressed within the framework of Latimer Core. As an example, the Global Collection Survey assessed institutions against a survey scheme that included: - -- The type of the collections categorised to a specific list (Amphibians, birds, molluscs, human biology etc) The geographic region categorised to a specific list (Australasia, Pacific, Europe etc) The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100 etc) The number of staff years of experience per region and separately per collection type -- The geographic region categorized to a specific list (e.g. Australasia, Pacific, Europe) -- The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100, etc.) -- GRSciColl can help provide services that drive dashboards and reports Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted. +## 3. Improve discoverability and representation of collections by topic -The outputs of these data can likely be structured as Latimer Core, and held as a survey response against the specific survey protocol for the institution. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -We foresee that archiving these may bring benefits: +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -- GRSciColl can help provide services that drive dashboards and reports -- Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner -- The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -- For example, we will try to answers questions like: Can we make GRSciColl a place to collect survey results by combining the data schema review and the upload of collection descriptors? -- Should/can we and how to make surveys editable? -- Answering those questions will help shape the roadmap for the following year. +## 4. Facilitate linking literature to GRSciColl -## 4. A new user interface for GRSciColl +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -## 5. Establish mechanism for regular community updates +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -As the community of GRSciColl editors and users is growing, we want to offer a place where we can communicate updates, feedback and discuss improvements for the system. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. diff --git a/es/road-map.md b/es/road-map.md index a408b5db..c1ccaf91 100644 --- a/es/road-map.md +++ b/es/road-map.md @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. Revisar el esquema de datos +## 1. Revisar el esquema de datos -El modelo de datos para GRSciColl ha evolucionado con el tiempo para acomodar las fuentes de datos conectadas, como iDigBio, Index Herbariorum y las bases de datos originales que fueron integradas. Al mismo tiempo, ha habido un extenso trabajo del [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) para estandarizar enfoques y vocabularios relevantes surgidos de un marco llamado [Latimer Core](https://doi.org/10.3897/biss.6.91159). +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -Revisaremos todos los campos del esquema de datos y su contenido para garantizar que sean intuitivos, totalmente documentado y, en la medida de lo posible, alineado a Latimer Core. Como ejemplos de lo que esto podría implicar, GRSciColl actualmente tiene: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- "Tipo de contenido" utiliza un vocabulario controlado que ha causado confusión a los editores. Esto debería ser revisado y alineado a Latimer Core. -- "Disciplina" con un vocabulario controlado que pueda ser alineado a la Disciplina del Latimer Core +## 2. Soporte estructurado de descriptores de colección -Aveces no está claro cuándo y cómo los campos "inactivo" e "isHerbarium" deberian y pueden ser utilizados. +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. Soporte estructurado de descriptores de colección - -GRSciColl no está actualmente estructurado para permitir descubrimiento de colecciones o especímenes individuales, lo cual puede ser crítico para los investigadores. El soporte para describir una colección registrada en GRSciColl se limita actualmente a campos individuales que recogen declaraciones amplias de cobertura taxonómica, cobertura geográfica y, por ejemplo, colectores importantes. Esta mejora tiene como objetivo apoyar descripciones mejor estructuradas y más ricas así como la habilidad de subir un inventario de las especies representadas o una tabla representando "especies, sexo, conteo de objetos". Este enfoque tiene como objetivo facilitar el descubrimiento de colecciones (“quién tiene material conservado de una especie específica”) y permitir una descripción más precisa del contenido de una colección, sea digitalizado o no. +The goal is to organize at least one online training event in 2025. Anticipamos el soporte de múltiples descriptores para una colección, con un descriptor que contiene un título, explicación textual y tabla de datos editados en línea o subidos como hoja de cálculo. -Se ilustra un ejemplo sencillo. - -Captura de pantalla 2023-09-28 a 16 43 46 - -Prevemos que el sistema sea lo suficientemente flexible para adaptarse a diferentes niveles de detalle, de listas simples a representaciones detalladas de la colección que existe para algunas colecciones. Al soportar múltiples descriptores para una colección, el sistema soportaría diversos niveles de documentación de aspectos detallados de una colección, e indexar los contenidos mejorará su capacidad de descubrimiento. Por ejemplo, apuntamos a indexar nombres científicos utilizando el [árbol taxonómico de GBIF](https://doi.org/10.15468/39omei) con la intención de facilitar el descubrimiento de colecciones a través de taxa. - -Cabe señalar que este enfoque significaría que uno podría no ser capaz de añadir recuentos entre descriptores, ya que los objetos pueden ser incluidos en múltiples lugares y así contar dos veces. Sin embargo, el objetivo principal es apoyar las necesidades de los taxónomos que buscan descubrir colecciones de interés o identificar lugares donde pueden residir especímenes individuales. - -El Índice de Herbariorum tiene tablas de descriptores (Vea, por ejemplo, la pestaña de `resumen de colecciones` en esta [página Índice de Herbariorum](https://sweetgum.nybg.org/science/ih/herbarium-details/?irn=125976)), que se incorporará automáticamente durante el proceso de sincronización. - -Una API que expone a los descriptores como un documento Latimer Core que representa la colección estará disponible (probablemente en formato JSON). - -## 3. Encuestas institucionales - -Mientras que los descriptores de la colección de arriba apuntan a ayudar a los taxónomos a descubrir dónde se conservan los especímenes de una especie en particular, las encuestas institucionales se ocupan de la evaluación y comparación entre las instituciones. Existen muchos enfoques para evaluar la composición y el tamaño de las colecciones que poseen las instituciones, con vistas a generar visiones agregadas a escalas superiores (por ejemplo, a escala nacional) y establecer comparaciones entre ellas. Suelen adoptar la forma de una encuesta o de una base de datos estructurada y, en muchos casos, utilizan un conjunto de categorías diferente al que la institución ha registrado en GRSciColl para sus colecciones. La aplicación de categorías consistentes entre las colecciones es necesaria para realizar comparaciones consistentes entre ellas. - -Los resultados de las encuestas quedarían claramente etiquetados y no serían editables, ya que representan una evaluación particular en un contexto definido. - -Pretendemos explorar la posibilidad de archivar los resultados de dichas encuestas cuando hayan producido datos que puedan ser expresados en el marco de Latimer Core. Como ejemplo, la Encuesta Global de Colección evaluó a las instituciones contra un esquema de encuesta que incluye: - -- El tipo de las colecciones clasificadas en una lista específica (por ejemplo, anfibios, aves, moluscos, biología humana) -- La región geográfica categorizada en una lista específica (p. ej., Australia, Asia, el Pacífico, Europa) -- El número de objetos retenidos para la combinación del tipo de colección y región agrupados por rangos (1-10, 11-100, etc.) -- El número de años de experiencia del personal por región y por separado por tipo de colección +## 3. Encuestas institucionales -Los resultados de estos datos se pueden estructurar como Latimer Core y sostener como una respuesta de encuesta frente al protocolo de encuesta específico para la institución. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -Nosotros prevemos que archivar estos puede traer beneficios: +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -- GRSciColl puede ayudar a proporcionar servicios que controlan los paneles de control e informes -- Los protocolos de las encuestas pueden ser compartidos con otras iniciativas, ayudando a aumentar la gama de instituciones que se pueden comparar de forma consistente -- Los resultados de encuestas anteriores se hacen más visibles y pueden reducir el esfuerzo invertido, o la necesidad de realizar más encuestas +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -Dada la retroalimentación recibida, también exploraremos cómo hacer de GRSciColl un lugar donde las encuestas pueden converger y ser actualizadas. Por ejemplo, intentaremos responder a preguntas como: +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -- ¿Podemos hacer de GRSciColl un lugar para recoger los resultados de las encuestas combinando la revisión del esquema de datos y la carga de los descriptores de la colección? -- ¿Debemos / podemos y de qué forma hacemos las encuestas editables? -- Responder a estas preguntas ayudará a dar forma a la hoja de ruta para el año siguiente. +## 4. Una nueva interfaz de usuario para GRSciColl -## 4. Una nueva interfaz de usuario para GRSciColl +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -La interfaz pública de GRSciColl está limitada en capacidades, ofreciendo menos de la interfaz de gestión y lo que es posible utilizando el software de los Portales Alojados GBIF como el sitio de DiSSCo Reino Unido. Pretendemos reemplazar el sitio existente de GRSciColl por un despliegue de portal alojado mejorado con nuevas características, tales como mapas para instituciones y texto explicativo claro para usuarios y gestores de datos. El trabajo en esto ha comenzado y se puede ver en https://scientific-collections.gbif.org. +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -## 5. Mecanismo establecido para actualizaciones regulares de la comunidad +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -A medida que la comunidad de usuarios y editores de GRSciColl crece, queremos ofrecer un lugar donde podamos comunicar actualizaciones, brindar retroalimentación y discutir mejoras para el sistema. Ya existe una lista de correo informal para los mediadores de GRSciColl y otras partes interesadas. Creemos que las reuniones virtuales periódicas serían una gran manera de intercambiar de forma más interactiva. Nuestro objetivo es celebrar reuniones cada cuatro meses durante un año y evaluar si la frecuencia y el formato de esas reuniones son suficientes. diff --git a/fr/road-map.md b/fr/road-map.md index 01ba777c..5fc6bfdf 100644 --- a/fr/road-map.md +++ b/fr/road-map.md @@ -1,7 +1,7 @@ --- permalink: /fr/road-map lang-ref: road-map -title: GRSciColl 2023-2024 road map +title: GRSciColl 2025 road map description: | This road map builds in the [2021 roadmap](https://github.com/gbif/registry/blob/dev/roadmap-grscicoll-2021.md) as well as the efforts in 2022 to build a community of editors an mediators. background: "{{ site.data.images.pandeleteius.src }}" @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. Review data schema +## 1. Continue work with the community as well as exiting platforms to update and grow data and improve interoperability -The data model for GRSciColl has evolved over time to accommodate the data sources being connected, such as iDigBio, Index Herbariorum and the original databases that were integrated. At the same time, there has been extensive work by the [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) to standardize relevant approaches and vocabularies emerging from a framework called [Latimer Core](https://doi.org/10.3897/biss.6.91159). +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -We will review all the fields in the data schema and their content to ensure they are intuitive, thoroughly documented and, where possible, aligned to Latimer Core. As examples of what this might entail, GRSciColl currently has: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. -- “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline +## 2. Create and run a GRSciColl training module for editors -It is sometimes unclear when and how the fields “inactive” and “isHerbarium” should and might be used. +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. Support structured collection descriptors - -Currently GRSciColl is not structured to allow discovery of collections or individual specimens that could be critical for researchers. Support for describing a registered collection in GRSciColl is currently limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and e.g. important collectors. With this enhancement, we intend to support richer, structured descriptions, such as the ability to upload an inventory of the species represented or e.g. a table representing the “species, sex, object count”. This is intended to both facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. +The goal is to organize at least one online training event in 2025. We anticipate supporting multiple descriptors for a collection, with a descriptor containing a title, textual explanation and a table of data edited inline or uploaded as e.g. a spreadsheet. -A simple example is illustrated. - -Screenshot 2023-09-28 at 16 43 46 - -We envisage the system would be flexible enough to accommodate differing levels of detail from simple lists, to detailed representations of the collection which we anticipate exist for some collections. By supporting multiple descriptors for a collection, the system would support different aspects of the collection to be documented at different detail levels. The contents will be indexed to help discoverability of collections. For example, we aim to index scientific names using the GBIF Backbone taxonomy in order to facilitate collection discovery by taxa. - -It should be noted that this approach would mean that one may not be able to aggregate counts across descriptors as objects may be included in multiple places and thus double counted. However, the primary focus of this is to support the needs of taxonomists looking to discover collections of interest or where individual specimens may reside. - -The Index Herbariorum has descriptor tables (example) which would be automatically incorporated during the synchronization process. - -An API that exposes the descriptors as a Latimer Core document representing the collection will be available (likely in JSON format). - -## 3. Institutional surveys - -While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. - -The survey results would be clearly labeled as such and not be editable as they represent a particular assessment in a defined context. - -We intend to explore adding the ability to archive the outputs of such surveys when they have produced data that can be expressed within the framework of Latimer Core. As an example, the Global Collection Survey assessed institutions against a survey scheme that included: - -- The type of the collections categorised to a specific list (Amphibians, birds, molluscs, human biology etc) The geographic region categorised to a specific list (Australasia, Pacific, Europe etc) The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100 etc) The number of staff years of experience per region and separately per collection type -- The geographic region categorized to a specific list (e.g. Australasia, Pacific, Europe) -- The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100, etc.) -- GRSciColl can help provide services that drive dashboards and reports Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted. +## 3. Improve discoverability and representation of collections by topic -The outputs of these data can likely be structured as Latimer Core, and held as a survey response against the specific survey protocol for the institution. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -We foresee that archiving these may bring benefits: +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -- GRSciColl can help provide services that drive dashboards and reports -- Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner -- The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -- For example, we will try to answers questions like: Can we make GRSciColl a place to collect survey results by combining the data schema review and the upload of collection descriptors? -- Should/can we and how to make surveys editable? -- Answering those questions will help shape the roadmap for the following year. +## 4. Facilitate linking literature to GRSciColl -## 4. A new user interface for GRSciColl +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -## 5. Establish mechanism for regular community updates +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -As the community of GRSciColl editors and users is growing, we want to offer a place where we can communicate updates, feedback and discuss improvements for the system. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. diff --git a/it/road-map.md b/it/road-map.md index aee80b44..0ded1b05 100644 --- a/it/road-map.md +++ b/it/road-map.md @@ -1,7 +1,7 @@ --- permalink: /it/road-map lang-ref: road-map -title: GRSciColl 2023-2024 road map +title: GRSciColl 2025 road map description: | This road map builds in the [2021 roadmap](https://github.com/gbif/registry/blob/dev/roadmap-grscicoll-2021.md) as well as the efforts in 2022 to build a community of editors an mediators. background: "{{ site.data.images.pandeleteius.src }}" @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. Review data schema +## 1. Continue work with the community as well as exiting platforms to update and grow data and improve interoperability -The data model for GRSciColl has evolved over time to accommodate the data sources being connected, such as iDigBio, Index Herbariorum and the original databases that were integrated. At the same time, there has been extensive work by the TDWG Collections Descriptions Interest Group to standardise approaches and vocabularies that are of relevance - this is emerging as a framework called Latimer Core. +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -We will review all the fields in the data schema and their content to ensure they are intuitive, documented and where possible, aligned to Latimer Core. As examples of what this might entail, GRSciColl currently has: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. -- “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline +## 2. Create and run a GRSciColl training module for editors -“Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline It is sometimes unclear when and how the fields “inactive”, and “isHerbarium” should be used and might +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. Support structured collection descriptors - -Currently GRSciColl is not structured to allow discovery of collections or individual specimens that could be critical for researchers. Support for describing a registered collection in GRSciColl is currently limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and e.g. important collectors. With this enhancement, we intend to support richer, structured descriptions, such as the ability to upload an inventory of the species represented or e.g. a table representing the “species, sex, object count”. This is intended to both facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. +The goal is to organize at least one online training event in 2025. We anticipate supporting multiple descriptors for a collection, with a descriptor containing a title, textual explanation and a table of data edited inline or uploaded as e.g. a spreadsheet. -A simple example is illustrated. - -Screenshot 2023-09-28 at 16 43 46 - -We envisage the system would be flexible enough to accommodate differing levels of detail from simple lists, to detailed representations of the collection which we anticipate exist for some collections. By supporting multiple descriptors for a collection, the system would support different aspects of the collection to be documented at different detail levels. The contents will be indexed to help discoverability of collections. For example, we aim to index scientific names using the GBIF Backbone taxonomy in order to facilitate collection discovery by taxa. - -It should be noted that this approach would mean that one may not be able to aggregate counts across descriptors as objects may be included in multiple places and thus double counted. However, the primary focus of this is to support the needs of taxonomists looking to discover collections of interest or where individual specimens may reside. - -The Index Herbariorum has descriptor tables (example) which would be automatically incorporated during the synchronization process. - -An API that exposes the descriptors as a Latimer Core document representing the collection will be available (likely in JSON format). - -## 3. Institutional surveys - -While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. - -The survey results would be clearly labeled as such and not be editable as they represent a particular assessment in a defined context. - -We intend to explore adding the ability to archive the outputs of such surveys when they have produced data that can be expressed within the framework of Latimer Core. As an example, the Global Collection Survey assessed institutions against a survey scheme that included: - -- The type of the collections categorised to a specific list (Amphibians, birds, molluscs, human biology etc) The geographic region categorised to a specific list (Australasia, Pacific, Europe etc) The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100 etc) The number of staff years of experience per region and separately per collection type -- The geographic region categorized to a specific list (e.g. Australasia, Pacific, Europe) -- The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100, etc.) -- GRSciColl can help provide services that drive dashboards and reports Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted. +## 3. Improve discoverability and representation of collections by topic -The outputs of these data can likely be structured as Latimer Core, and held as a survey response against the specific survey protocol for the institution. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -We foresee that archiving these may bring benefits: +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -- GRSciColl can help provide services that drive dashboards and reports -- Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner -- The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -- For example, we will try to answers questions like: Can we make GRSciColl a place to collect survey results by combining the data schema review and the upload of collection descriptors? -- Should/can we and how to make surveys editable? -- Answering those questions will help shape the roadmap for the following year. +## 4. Facilitate linking literature to GRSciColl -## 4. A new user interface for GRSciColl +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -## 5. Establish mechanism for regular community updates +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -As the community of GRSciColl editors and users is growing, we want to offer a place where we can communicate updates, feedback and discuss improvements for the system. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. diff --git a/ja/road-map.md b/ja/road-map.md index 3c3f5845..da96629b 100644 --- a/ja/road-map.md +++ b/ja/road-map.md @@ -1,7 +1,7 @@ --- permalink: /road-map lang-ref: road-map -title: GRSciColl 2023-2024 road map +title: GRSciColl 2025 road map description: | This road map builds in the [2021 roadmap](https://github.com/gbif/registry/blob/dev/roadmap-grscicoll-2021.md) as well as the efforts in 2022 to build a community of editors an mediators. background: "{{ site.data.images.pandeleteius.src }}" @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. Review data schema +## 1. Continue work with the community as well as exiting platforms to update and grow data and improve interoperability -The data model for GRSciColl has evolved over time to accommodate the data sources being connected, such as iDigBio, Index Herbariorum and the original databases that were integrated. At the same time, there has been extensive work by the TDWG Collections Descriptions Interest Group to standardise approaches and vocabularies that are of relevance - this is emerging as a framework called Latimer Core. +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -We will review all the fields in the data schema and their content to ensure they are intuitive, documented and where possible, aligned to Latimer Core. As examples of what this might entail, GRSciColl currently has: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. -- “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline +## 2. Create and run a GRSciColl training module for editors -“Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline It is sometimes unclear when and how the fields “inactive”, and “isHerbarium” should be used and might +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. Support structured collection descriptors - -Currently GRSciColl is not structured to allow discovery of collections or individual specimens that could be critical for researchers. Support for describing a registered collection in GRSciColl is currently limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and e.g. important collectors. With this enhancement, we intend to support richer, structured descriptions, such as the ability to upload an inventory of the species represented or e.g. a table representing the “species, sex, object count”. This is intended to both facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. +The goal is to organize at least one online training event in 2025. We anticipate supporting multiple descriptors for a collection, with a descriptor containing a title, textual explanation and a table of data edited inline or uploaded as e.g. a spreadsheet. -A simple example is illustrated. - -Screenshot 2023-09-28 at 16 43 46 - -We envisage the system would be flexible enough to accommodate differing levels of detail from simple lists, to detailed representations of the collection which we anticipate exist for some collections. By supporting multiple descriptors for a collection, the system would support different aspects of the collection to be documented at different detail levels. The contents will be indexed to help discoverability of collections. For example, we aim to index scientific names using the GBIF Backbone taxonomy in order to facilitate collection discovery by taxa. - -It should be noted that this approach would mean that one may not be able to aggregate counts across descriptors as objects may be included in multiple places and thus double counted. However, the primary focus of this is to support the needs of taxonomists looking to discover collections of interest or where individual specimens may reside. - -The Index Herbariorum has descriptor tables (example) which would be automatically incorporated during the synchronization process. - -An API that exposes the descriptors as a Latimer Core document representing the collection will be available (likely in JSON format). - -## 3. Institutional surveys - -While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. - -The survey results would be clearly labeled as such and not be editable as they represent a particular assessment in a defined context. - -We intend to explore adding the ability to archive the outputs of such surveys when they have produced data that can be expressed within the framework of Latimer Core. As an example, the Global Collection Survey assessed institutions against a survey scheme that included: - -- The type of the collections categorised to a specific list (Amphibians, birds, molluscs, human biology etc) The geographic region categorised to a specific list (Australasia, Pacific, Europe etc) The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100 etc) The number of staff years of experience per region and separately per collection type -- The geographic region categorized to a specific list (e.g. Australasia, Pacific, Europe) -- The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100, etc.) -- GRSciColl can help provide services that drive dashboards and reports Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted. +## 3. Improve discoverability and representation of collections by topic -The outputs of these data can likely be structured as Latimer Core, and held as a survey response against the specific survey protocol for the institution. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -We foresee that archiving these may bring benefits: +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -- GRSciColl can help provide services that drive dashboards and reports -- Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner -- The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -- For example, we will try to answers questions like: Can we make GRSciColl a place to collect survey results by combining the data schema review and the upload of collection descriptors? -- Should/can we and how to make surveys editable? -- Answering those questions will help shape the roadmap for the following year. +## 4. Facilitate linking literature to GRSciColl -## 4. A new user interface for GRSciColl +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -## 5. Establish mechanism for regular community updates +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -As the community of GRSciColl editors and users is growing, we want to offer a place where we can communicate updates, feedback and discuss improvements for the system. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. diff --git a/ru/road-map.md b/ru/road-map.md index f1c5e1a7..7d179f16 100644 --- a/ru/road-map.md +++ b/ru/road-map.md @@ -1,7 +1,7 @@ --- permalink: /ru/road-map lang-ref: road-map -title: GRSciColl 2023-2024 road map +title: GRSciColl 2025 road map description: | This road map builds in the [2021 roadmap](https://github.com/gbif/registry/blob/dev/roadmap-grscicoll-2021.md) as well as the efforts in 2022 to build a community of editors an mediators. background: "{{ site.data.images.pandeleteius.src }}" @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. Review data schema +## 1. Continue work with the community as well as exiting platforms to update and grow data and improve interoperability -The data model for GRSciColl has evolved over time to accommodate the data sources being connected, such as iDigBio, Index Herbariorum and the original databases that were integrated. At the same time, there has been extensive work by the TDWG Collections Descriptions Interest Group to standardise approaches and vocabularies that are of relevance - this is emerging as a framework called Latimer Core. +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -We will review all the fields in the data schema and their content to ensure they are intuitive, documented and where possible, aligned to Latimer Core. As examples of what this might entail, GRSciColl currently has: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. -- “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline +## 2. Create and run a GRSciColl training module for editors -“Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline It is sometimes unclear when and how the fields “inactive”, and “isHerbarium” should be used and might +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. Support structured collection descriptors - -Currently GRSciColl is not structured to allow discovery of collections or individual specimens that could be critical for researchers. Support for describing a registered collection in GRSciColl is currently limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and e.g. important collectors. With this enhancement, we intend to support richer, structured descriptions, such as the ability to upload an inventory of the species represented or e.g. a table representing the “species, sex, object count”. This is intended to both facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. +The goal is to organize at least one online training event in 2025. We anticipate supporting multiple descriptors for a collection, with a descriptor containing a title, textual explanation and a table of data edited inline or uploaded as e.g. a spreadsheet. -A simple example is illustrated. - -Screenshot 2023-09-28 at 16 43 46 - -We envisage the system would be flexible enough to accommodate differing levels of detail from simple lists, to detailed representations of the collection which we anticipate exist for some collections. By supporting multiple descriptors for a collection, the system would support different aspects of the collection to be documented at different detail levels. The contents will be indexed to help discoverability of collections. For example, we aim to index scientific names using the GBIF Backbone taxonomy in order to facilitate collection discovery by taxa. - -It should be noted that this approach would mean that one may not be able to aggregate counts across descriptors as objects may be included in multiple places and thus double counted. However, the primary focus of this is to support the needs of taxonomists looking to discover collections of interest or where individual specimens may reside. - -The Index Herbariorum has descriptor tables (example) which would be automatically incorporated during the synchronization process. - -An API that exposes the descriptors as a Latimer Core document representing the collection will be available (likely in JSON format). - -## 3. Institutional surveys - -While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. - -The survey results would be clearly labeled as such and not be editable as they represent a particular assessment in a defined context. - -We intend to explore adding the ability to archive the outputs of such surveys when they have produced data that can be expressed within the framework of Latimer Core. As an example, the Global Collection Survey assessed institutions against a survey scheme that included: - -- The type of the collections categorised to a specific list (Amphibians, birds, molluscs, human biology etc) The geographic region categorised to a specific list (Australasia, Pacific, Europe etc) The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100 etc) The number of staff years of experience per region and separately per collection type -- The geographic region categorized to a specific list (e.g. Australasia, Pacific, Europe) -- The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100, etc.) -- GRSciColl can help provide services that drive dashboards and reports Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted. +## 3. Improve discoverability and representation of collections by topic -The outputs of these data can likely be structured as Latimer Core, and held as a survey response against the specific survey protocol for the institution. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -We foresee that archiving these may bring benefits: +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -- GRSciColl can help provide services that drive dashboards and reports -- Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner -- The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -- For example, we will try to answers questions like: Can we make GRSciColl a place to collect survey results by combining the data schema review and the upload of collection descriptors? -- Should/can we and how to make surveys editable? -- Answering those questions will help shape the roadmap for the following year. +## 4. Facilitate linking literature to GRSciColl -## 4. A new user interface for GRSciColl +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -## 5. Establish mechanism for regular community updates +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -As the community of GRSciColl editors and users is growing, we want to offer a place where we can communicate updates, feedback and discuss improvements for the system. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. diff --git a/zh-tw/faq.md b/zh-tw/faq.md index b4d50a17..fa4a06dd 100644 --- a/zh-tw/faq.md +++ b/zh-tw/faq.md @@ -39,7 +39,7 @@ GRSciColl originated independently from GBIF, it has [its own history](/about#da * A GRSciColl collection entry can refer to a historical collection that was lost or split. * Datasets published on GBIF contain biodiversity data while collection entries on GRSciColl can describe geological or archeological collections for example. -GBIF publishers may choose to publish all their records in one dataset but describe their holdings with several collection entries in GRSciColl. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. +GBIF publishers may choose to publish all their records in one dataset but describe their holdings with several collection entries in GRSciColl. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. See how occurrences published on GBIF are linked to GRSciColl entries [here](/connected-systems#occurrences-published-on-gbif). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how occurrences published on GBIF are linked to GRSciColl entries [here](/connected-systems#occurrences-published-on-gbif). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). @@ -47,9 +47,9 @@ See how occurrences published on GBIF are linked to GRSciColl entries [here](/co GRSciColl originated independently from GBIF, it has [its own history](/about#data-history). Many datasets published on GBIF contain records for specimens that belong to collections registered in GRSciColl. The content between GBIF and GRSciColl can overlap. However, there are a few differences: Many datasets published on GBIF contain records for specimens that belong to collections registered in GRSciColl. The content between GBIF and GRSciColl can overlap. See [the question above](/faq#what-is-the-difference-between-gbif-datasets-and-grscicoll-collections). However, there are some differences: * GBIF publishers are registered organizations that actively share data on GBIF. They use [publishing tools](https://data-blog.gbif.org/post/installations-and-hosting-solutions-explained/) in order to share datasets on GBIF. Some publishers are museums and herbaria but others are citizen science initiatives, journals or research facilities which might only be sharing observations, taxa descriptions or DNA-derived data. They use [publishing tools](https://data-blog.gbif.org/post/installations-and-hosting-solutions-explained/) in order to share datasets on GBIF. Some publishers are museums and herbaria but others are citizen science initiatives, journals or research facilities which might only be sharing observations, taxa descriptions or DNA-derived data. -* GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. +* GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. -A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. +A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. See how occurrences published on GBIF are linked to GRSciColl entries [here](/connected-systems#occurrences-published-on-gbif). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how occurrences published on GBIF are linked to GRSciColl entries [here](/connected-systems#occurrences-published-on-gbif). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). GRSciColl originated independently from GBIF, it has [its own history](/about#data-history). Many datasets published on GBIF contain records for specimens that belong to collections registered in GRSciColl. The content between GBIF and GRSciColl can overlap. However, there are a few differences: Many datasets published on GBIF contain records for specimens that belong to collections registered in GRSciColl. The content between GBIF and GRSciColl can overlap. See [the question above](/faq#what-is-the-difference-between-gbif-datasets-and-grscicoll-collections). However, there are some differences: @@ -63,7 +63,7 @@ Collection descriptors are uploaded to GRSciColl as tables with associated title * Each line corresponds to a group of specimens described and each column is a descriptor. * When possible, these descriptors should be mapped to [Darwin Core](https://dwc.tdwg.org/terms/) and/or [Latimer core](https://ltc.tdwg.org) terms. -* A table can contain information about a specific aspect or subset of the collection. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. +* A table can contain information about a specific aspect or subset of the collection. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. Learn how to share collection descriptors on our [how-to page](/how-to). @@ -117,7 +117,7 @@ The GRSciColl editing interface lives in the [GBIF Registry](https://registry.gb ### How to edit entries connected to external sources -You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. +You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. You will notice that you cannot edit fields that come from external sources. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. The only way to do so is to edit the entry at the source (a link to the source is provided) or disconnect the entry from the source. ### How to disconnect an entry from an external source @@ -129,12 +129,12 @@ You will notice that you cannot edit fields that come from external sources. The ### How to link specimen-related occurrences published on GBIF to GRSciColl entries -In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: +In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: In order for your specimens to be displayed on the GRSciColl, they mus be published on GBIF.org and linked to at least one GRSciColl entry. See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: See how to publish data on GBIF.org [here](https://www.gbif.org/publishing-data) and how to link the occurrences to GRSciColl below: -The recommended and most declarative way to link data to institutions or collection entities in GRSciColl is to use the full URL for the entity. For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: +The recommended and most declarative way to link data to institutions or collection entities in GRSciColl is to use the full URL for the entity. For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: For example, when using Darwin Core: * dwc:institutionID: https://www.gbif.org/grscicoll/institution/e3d4dcc4-81e2-444c-8a5c-41d1044b5381 * dwc:collectionID: https://www.gbif.org/grscicoll/collection/772f9e37-4643-452b-82b4-a06550283096 -It is also possible to use additional related identifiers. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. +It is also possible to use additional related identifiers. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. See this blog post for more details. [Link occurrences](https://data-blog.gbif.org/post/grscicoll-flags/){: .button .is-primary} diff --git a/zh-tw/home.md b/zh-tw/home.md index e525ecbd..a4d0b188 100644 --- a/zh-tw/home.md +++ b/zh-tw/home.md @@ -43,7 +43,7 @@ navbar: Ideas for the home page and content more broadly -pages: API + download, reports About (history, roadmap) How to (register, edit, use) A metrics page? Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact +pages: API + download, reports About (history, roadmap) How to (register, edit, use) A metrics page? Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact homepage shortcut Map of institutions Register new institution about api download reports GRSciColl visualized grscicoll related news stories from contentful diff --git a/zh-tw/how-to.md b/zh-tw/how-to.md index b660da2e..6ec78feb 100644 --- a/zh-tw/how-to.md +++ b/zh-tw/how-to.md @@ -70,4 +70,4 @@ If you are interested in using the API for editing GRSciColl, the permission sys ## How to share collection descriptors -We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. In the meantime, please refer to this tutorial here: https://data-blog.gbif.org/post/grscicoll-collection-descriptors/ +We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. In the meantime, please refer to this tutorial here: https://data-blog.gbif.org/post/grscicoll-collection-descriptors/ diff --git a/zh-tw/road-map.md b/zh-tw/road-map.md index 056fe4c6..0e77a3d6 100644 --- a/zh-tw/road-map.md +++ b/zh-tw/road-map.md @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. 1. 1. 1. 1. 1. 1. Review data schema +## 1. 1. 1. 1. 1. 1. 1. Review data schema -The data model for GRSciColl has evolved over time to accommodate the data sources being connected, such as iDigBio, Index Herbariorum and the original databases that were integrated. At the same time, there has been extensive work by the [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) to standardize relevant approaches and vocabularies emerging from a framework called [Latimer Core](https://doi.org/10.3897/biss.6.91159). At the same time, there has been extensive work by the [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) to standardize relevant approaches and vocabularies emerging from a framework called [Latimer Core](https://doi.org/10.3897/biss.6.91159). At the same time, there has been extensive work by the [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) to standardize relevant approaches and vocabularies emerging from a framework called [Latimer Core](https://doi.org/10.3897/biss.6.91159). +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -We will review all the fields in the data schema and their content to ensure they are intuitive, thoroughly documented and, where possible, aligned to Latimer Core. As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. -- “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline +## 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. Support structured collection descriptors -It is sometimes unclear when and how the fields “inactive” and “isHerbarium” should and might be used. +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. Support structured collection descriptors +The goal is to organize at least one online training event in 2025. -GRSciColl is not currently structured to allow discovery of collections or individual specimens, which could be critical for researchers. Support for describing a registered collection in GRSciColl is at present limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and, for example, important collectors. This enhancement is intended to support richer, structured descriptions as well as the ability to upload an inventory of the species represented or a table representing the “species, sex, object count”. This approach aims both to facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. +We would also provide support for anyone interested in organizing training or GRSciColl curation sessions based on the module content. -We anticipate supporting multiple descriptors for a collection, with a descriptor containing a title, textual explanation and a table of data edited inline or uploaded as a spreadsheet. +## 3. 3. 3. 3. 3. 3. 3. Institutional surveys -A simple example is illustrated. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -Screenshot 2023-09-28 at 16 43 46 +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -We envisage the system would be flexible enough to accommodate differing levels of detail, from simple lists to detailed representations of the collection that exist for some collections. By supporting multiple descriptors for a collection, the system would support varied levels of documenting detailed aspects of a collection, and indexing the contents would improve their discoverability. For example, we aim to index scientific names using the [GBIF Backbone Taxonomy](https://doi.org/10.15468/39omei) in order to facilitate collection discovery by taxa. +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -It should be noted that this approach would mean that one may not be able to aggregate counts across descriptors, as objects may be included in multiple places and thus double-counted. However, the primary focus is to support the needs of taxonomists looking to discover collections of interest or identify locations where individual specimens may reside. However, the primary focus is to support the needs of taxonomists looking to discover collections of interest or identify locations where individual specimens may reside. +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -The Index Herbariorum has descriptor tables (See for example the `collections summary` tab on this [Index Herbariorum page](https://sweetgum.nybg.org/science/ih/herbarium-details/?irn=125976)), which would be automatically incorporated during the synchronization process. +## 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. A new user interface for GRSciColl -An API that exposes the descriptors as a Latimer Core document representing the collection will be available (likely in JSON format). +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -## 3. 3. 3. 3. 3. 3. 3. Institutional surveys +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -Survey results would be clearly labeled and not be editable as they represent a particular assessment in a defined context. - -We intend to explore adding the ability to archive the outputs of such surveys when they have produced data that can be expressed within the framework of Latimer Core. As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: - -- The type of the collections categorised to a specific list (e.g. amphibians, birds, molluscs, human biology) -- The geographic region categorized to a specific list (e.g. Australasia, Pacific, Europe) -- The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100, etc.) -- The number of staff years of experience per region and separately per collection type - -The outputs of these data can likely be structured as Latimer Core and held as a survey response against the specific survey protocol for the institution. - -We foresee that archiving these may bring benefits: - -- GRSciColl can help provide services that drive dashboards and reports -- Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner -- The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted - -Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: - -- Can we make GRSciColl a place to collect survey results by combining the data schema review and the upload of collection descriptors? -- Should/can we and how to make surveys editable? -- Answering those questions will help shape the road map for the following year. - -## 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. A new user interface for GRSciColl - -The public interface of GRSciColl is limited in capabilities, offering less than both the management interface and what is possible using the GBIF Hosted Portal software like the DiSSCo UK site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen at https://scientific-collections.gbif.org. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen at https://scientific-collections.gbif.org. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen at https://scientific-collections.gbif.org. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen at https://scientific-collections.gbif.org. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen at https://scientific-collections.gbif.org. - -## 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. Establish mechanism for regular community updates - -As the community of GRSciColl editors and users is growing, we want to offer a place where we can communicate updates, provide feedback and discuss improvements for the system. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. diff --git a/zh/connected-systems.md b/zh/connected-systems.md index 3ddc2c12..3aca92fc 100644 --- a/zh/connected-systems.md +++ b/zh/connected-systems.md @@ -98,7 +98,7 @@ Similarly, the publisher information available on GBIF can be used as a primary ## GRSciColl as content for other websites -The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. 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Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. +The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl content, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. The [GRSciColl API](/api) makes it possible for other applications to access the GRSciColl data programmatically. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. This means that other website are able to display the GRSciColl conten, which remains centrally curated. Anyone can use the API to include the GRSciColl data in their systems. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. Below are two documented examples. 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Below are two documented examples. ### iDigBio diff --git a/zh/faq.md b/zh/faq.md index 01f14e88..825f9970 100644 --- a/zh/faq.md +++ b/zh/faq.md @@ -39,7 +39,7 @@ GRSciColl originated independently from GBIF, it has [its own history](/about#da * A GRSciColl collection entry can refer to a historical collection that was lost or split. * Datasets published on GBIF contain biodiversity data while collection entries on GRSciColl can describe geological or archeological collections for example. -GBIF publishers may choose to publish all their records in one dataset but describe their holdings with several collection entries in GRSciColl. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. +GBIF publishers may choose to publish all their records in one dataset but describe their holdings with several collection entries in GRSciColl. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. Alternatively, several datasets can contain records corresponding to specimens belonging to the same collection. See how occurrences published on GBIF are linked to GRSciColl entries [here](/connected-systems#occurrences-published-on-gbif). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how occurrences published on GBIF are linked to GRSciColl entries [here](/connected-systems#occurrences-published-on-gbif). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how occurrences published on GBIF are linked to GRSciColl entries [here](/connected-systems#occurrences-published-on-gbif). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). See how GBIF datasets can be linked to GRSciColl collection entries [here](/connected-systems#gbif-dataset-metadata-and-gbif-publisher-pages). @@ -47,7 +47,7 @@ See how occurrences published on GBIF are linked to GRSciColl entries [here](/co GRSciColl originated independently from GBIF, it has [its own history](/about#data-history). Many datasets published on GBIF contain records for specimens that belong to collections registered in GRSciColl. The content between GBIF and GRSciColl can overlap. However, there are a few differences: Many datasets published on GBIF contain records for specimens that belong to collections registered in GRSciColl. The content between GBIF and GRSciColl can overlap. GRSciColl originated independently from GBIF, it has [its own history](/about#data-history). Many datasets published on GBIF contain records for specimens that belong to collections registered in GRSciColl. The content between GBIF and GRSciColl can overlap. See [the question above](what-is-the-difference-between-GBIF-datasets-and-GRSciColl-collections). However, they are some differences: However, there are some differences: * GBIF publishers are registered organizations that actively share data on GBIF. They use [publishing tools](https://data-blog.gbif.org/post/installations-and-hosting-solutions-explained/) in order to share datasets on GBIF. Some publishers are museums and herbaria but others are citizen science initiatives, journals or research facilities which might only be sharing observations, taxa descriptions or DNA-derived data. They use [publishing tools](https://data-blog.gbif.org/post/installations-and-hosting-solutions-explained/) in order to share datasets on GBIF. Some publishers are museums and herbaria but others are citizen science initiatives, journals or research facilities which might only be sharing observations, taxa descriptions or DNA-derived data. -* GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. +* GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. GRSciColl institutions were registered because they are known to hold physical scientific collections. GRSciColl institution entries can be added by GRSciColl editors (based on information found in publications or online) or by the institutions themselves. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. 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Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. 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Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. 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Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. 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Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. 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Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. 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Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they A large administrative entity like a university can register as a GBIF publisher and describe its departments as GRSciColl institutions. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. Alternatively, some GBIF publishers can correspond to smaller entities and have they institution represented as one entry in GRSciColl. @@ -63,7 +63,7 @@ Collection descriptors are uploaded to GRSciColl as tables with associated title * Each line corresponds to a group of specimens described and each column is a descriptor. * When possible, these descriptors should be mapped to [Darwin Core](https://dwc.tdwg.org/terms/) and/or [Latimer core](https://ltc.tdwg.org) terms. -* A table can contain information about a specific aspect or subset of the collection. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. +* A table can contain information about a specific aspect or subset of the collection. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. A table can contain information about a specific aspect or subset of the collection. Tables might contain overlapping information or different descriptions for the same subset of specimens. Learn how to share collection descriptors on our [how-to page](/how-to). diff --git a/zh/how-to.md b/zh/how-to.md index b660da2e..6ec78feb 100644 --- a/zh/how-to.md +++ b/zh/how-to.md @@ -70,4 +70,4 @@ If you are interested in using the API for editing GRSciColl, the permission sys ## How to share collection descriptors -We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. In the meantime, please refer to this tutorial here: https://data-blog.gbif.org/post/grscicoll-collection-descriptors/ +We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. We are working on improving the documentation. In the meantime, please refer to this tutorial here: https://data-blog.gbif.org/post/grscicoll-collection-descriptors/ diff --git a/zh/road-map.md b/zh/road-map.md index 7f3cd827..7dba13c0 100644 --- a/zh/road-map.md +++ b/zh/road-map.md @@ -1,7 +1,7 @@ --- permalink: /road-map lang-ref: road-map -title: GRSciColl 2023-2024 road map +title: GRSciColl 2025 road map description: | This road map builds in the [2021 roadmap](https://github.com/gbif/registry/blob/dev/roadmap-grscicoll-2021.md) as well as the efforts in 2022 to build a community of editors an mediators. background: "{{ site.data.images.pandeleteius.src }}" @@ -15,66 +15,38 @@ height: 70vh toc: true --- -## 1. 1. 1. 1. 1. 1. 1. Review data schema +## 1. 1. 1. 1. 1. 1. 1. Review data schema -The data model for GRSciColl has evolved over time to accommodate the data sources being connected, such as iDigBio, Index Herbariorum and the original databases that were integrated. At the same time, there has been extensive work by the [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) to standardize relevant approaches and vocabularies emerging from a framework called [Latimer Core](https://doi.org/10.3897/biss.6.91159). At the same time, there has been extensive work by the [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) to standardize relevant approaches and vocabularies emerging from a framework called [Latimer Core](https://doi.org/10.3897/biss.6.91159). At the same time, there has been extensive work by the [TDWG Collections Descriptions Interest Group](https://www.tdwg.org/community/cd/) to standardize relevant approaches and vocabularies emerging from a framework called [Latimer Core](https://doi.org/10.3897/biss.6.91159). +We aim to keep supporting our community of editors, train and welcome new editors as well as work with other data holding platforms (such as CETAF and ALA) to improve the data available in GRSciColl. -We will review all the fields in the data schema and their content to ensure they are intuitive, documented and where possible, aligned to Latimer Core. As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: As examples of what this might entail, GRSciColl currently has: +Some of the work with existing platforms may include: +- Importing identifiers to facilitate interoperability, +- Set up connection so an external platform can become a master source for GRSciColl entries, +- Help with bulk import and update of GRSciColl data based on these sources. -- “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. “ContentType” uses a controlled vocabulary that has caused confusion for editors. This should be reviewed and aligned to Latimer Core. “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline It is sometimes unclear when and how the fields “inactive”, and “isHerbarium” should be used and might This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. This should be reviewed and aligned to Latimer Core. -- “Discipline” with a controlled vocabulary that could be aligned to the Latimer Core Discipline +## 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. Support structured collection descriptors -It is sometimes unclear when and how the fields “inactive” and “isHerbarium” should and might be used. +The GBIF Secretariat, in collaboration with our community, is developing a training module for GRSciColl editors. This module aims to cover everything a National GRSciColl editor might need to curate and edit GRSciColl content. -## 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. 2. Support structured collection descriptors - -Currently GRSciColl is not structured to allow discovery of collections or individual specimens that could be critical for researchers. Support for describing a registered collection in GRSciColl is currently limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and e.g. important collectors. With this enhancement, we intend to support richer, structured descriptions, such as the ability to upload an inventory of the species represented or e.g. a table representing the “species, sex, object count”. This is intended to both facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. Support for describing a registered collection in GRSciColl is at present limited to single fields that capture broad statements of taxonomic coverage, geographic coverage and, for example, important collectors. This enhancement is intended to support richer, structured descriptions as well as the ability to upload an inventory of the species represented or a table representing the “species, sex, object count”. This approach aims both to facilitate discovery of collections (“who holds preserved material of a specific species”) and to allow a more accurate description of a collections holding, whether digitized or not. +The goal is to organize at least one online training event in 2025. We anticipate supporting multiple descriptors for a collection, with a descriptor containing a title, textual explanation and a table of data edited inline or uploaded as e.g. a spreadsheet. -A simple example is illustrated. - -Screenshot 2023-09-28 at 16 43 46 - -We envisage the system would be flexible enough to accommodate differing levels of detail from simple lists, to detailed representations of the collection which we anticipate exist for some collections. By supporting multiple descriptors for a collection, the system would support different aspects of the collection to be documented at different detail levels. The contents will be indexed to help discoverability of collections. We envisage the system would be flexible enough to accommodate differing levels of detail from simple lists, to detailed representations of the collection which we anticipate exist for some collections. By supporting multiple descriptors for a collection, the system would support different aspects of the collection to be documented at different detail levels. The contents will be indexed to help discoverability of collections. For example, we aim to index scientific names using the GBIF Backbone taxonomy in order to facilitate collection discovery by taxa. By supporting multiple descriptors for a collection, the system would support varied levels of documenting detailed aspects of a collection, and indexing the contents would improve their discoverability. For example, we aim to index scientific names using the [GBIF Backbone Taxonomy](https://doi.org/10.15468/39omei) in order to facilitate collection discovery by taxa. - -It should be noted that this approach would mean that one may not be able to aggregate counts across descriptors as objects may be included in multiple places and thus double counted. However, the primary focus of this is to support the needs of taxonomists looking to discover collections of interest or where individual specimens may reside. However, the primary focus of this is to support the needs of taxonomists looking to discover collections of interest or where individual specimens may reside. However, the primary focus is to support the needs of taxonomists looking to discover collections of interest or identify locations where individual specimens may reside. - -The Index Herbariorum has descriptor tables (example) which would be automatically incorporated during the synchronization process. - -An API that exposes the descriptors as a Latimer Core document representing the collection will be available (likely in JSON format). - -## 3. 3. 3. 3. 3. 3. 3. Institutional surveys - -While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. - -The survey results would be clearly labeled as such and not be editable as they represent a particular assessment in a defined context. - -We intend to explore adding the ability to archive the outputs of such surveys when they have produced data that can be expressed within the framework of Latimer Core. As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: As an example, the Global Collection Survey assessed institutions against a survey scheme that included: - -- While the collection descriptors above aim to help taxonomists discover where specimens of a particular species are preserved, institutional surveys are concerned with assessment and comparison across institutions. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. There are many approaches to assess the composition and size of collections held by institutions, with a view to generate aggregate views at higher scales (e.g. nationally) and to draw comparisons across them. These are often in the form of a survey or structured database and in many cases use a different set of categories than how the institution has registered its collections within GRSciColl. The application of consistent categories across collections are necessary to draw consistent comparisons across them. -- The geographic region categorized to a specific list (e.g. Australasia, Pacific, Europe) -- The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100, etc.) -- The type of the collections categorised to a specific list (Amphibians, birds, molluscs, human biology etc) The geographic region categorised to a specific list (Australasia, Pacific, Europe etc) The number of objects held for the combination of the collection type and region grouped by ranges (1-10, 11-100 etc) The number of staff years of experience per region and separately per collection type +## 3. 3. 3. 3. 3. 3. 3. Institutional surveys -The outputs of these data can likely be structured as Latimer Core, and held as a survey response against the specific survey protocol for the institution. +A lot of the GRSciColl content is not standardized and lives in various free text fields. For example, many entomology collections can only be found by using a combination of keywords like “entomology” and “insect” in free text searches. -We foresee that archiving these may bring benefits: +With the help of the relevant communities, we would like to identify collections that belong to defined disciplines and topics and make them discoverable by adding relevant collection descriptors. Examples of such collections would be entomology, mammalogy, phycology and ornithology collections. -- GRSciColl can help provide services that drive dashboards and reports -- Survey protocols may be shared with other initiatives, helping increase the range of institutions that can be compared in a consistent manner -- The results of previous surveys become more visible and may reduce effort spent, or the need for more surveys to be conducted +One avenue to explore to improve the representation of these collections is to extract collections mentioned in publications such as this one: https://doi.org/10.1643/ASIHCODONS2020. -Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: For example, we will try to answers questions like: +Alongside this work, we would implement a vocabulary for the Latimer Core term objectClassificationName most likely based on the topics developed by DISSCO (see also this GitHub issue: https://github.com/gbif/vocabulary/issues/157). -- Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. Given the feedback received, we will also explore how to make GRSciColl a place where surveys can converge and be updated. For example, we will try to answers questions like: Can we make GRSciColl a place to collect survey results by combining the data schema review and the upload of collection descriptors? Should/can we and how to make surveys editable? Answering those questions will help shape the roadmap for the following year. Should/can we and how to make surveys editable? Answering those questions will help shape the roadmap for the following year. -- Should/can we and how to make surveys editable? -- Answering those questions will help shape the road map for the following year. +## 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. A new user interface for GRSciColl -## 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. A new user interface for GRSciColl +Collections are often cited in publications but not always in a standardized manner. It might later be difficult to link a collection to its citation. -The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a hosted portal deployment enhanced with new features, such as maps for institutions and clear explanatory text for users and data managers. Work on this has begun and can be seen this webiste current. The public interface of GRSciColl is limited in capabilities, offering less than the management interface and what is possible using the GBIF Hosted Portal software, such as the DiSSCo UK site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development site. We intend to replace the existing GRSciColl site with a deployment of a hosted portal, enhanced with new features, such as maps for institutions, and clear explanatory text for users and data managers. Work on this has begun and can be seen on the development sit Work on this has begun and can be seen at https://scientific-collections.gbif.org. +We will work with the community and journals, when possible, to agree on best practice for citation of collections. The goal is to facilitate citing a collection and linking specimens coming from PLAZI processed publications to GRSciColl. -## 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. 5. Establish mechanism for regular community updates +A second aspect of this work will be to set up guidelines for institutions who wish to share bibliographic references and citations of their collections on GRSciColl. -As the community of GRSciColl editors and users is growing, we want to offer a place where we can communicate updates, provide feedback and discuss improvements for the system. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate. There is already an informal mailing list for GRSciColl mediators and other interested parties. We think that regular virtual meetups would be a great way to exchange more interactively. We aim to have meetings every four months for a year and assess whether the frequency and format of those meetings is adequate.