Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

COPO: Extending the frontiers of “FAIR” data in agriculture

View through CrossRef
Abstract Modern scientific advances are increasingly reliant on data. In the agricultural sector, for instance, much of today’s research and innovation are driven by the integration of ever-increasing amounts of heterogeneous data from disparate sources. Whereas the awareness of the FAIR principles for Findable, Accessible, Interoperable and Reusable data has increased, challenges still exist to implement these principles for storing, managing, analysing and distributing data. Collaborative Open Plant Omics (COPO) is a system that attempts to address some of these challenges by enabling scientists to describe their data and research objects using community-sanctioned metadata, and then use public or institutional repositories to share it with the wider scientific community. Data generators are encouraged to use rich semantic metadata when publishing research objects, thus allowing data consumers and tools to find, aggregate, and analyse data which was previously invisible or not shared at all. COPO supports a number of data standards or schemas including the CG Core 2.0 schema (https://agriculturalsemantics.github.io/cg-core/cgcore.html), implemented for use by CGIAR centres. CG Core 2.0 is a schema produced by the CGIAR Big Data Platform to collect information on socio-agronomic studies, thus harmonising data input between CGIAR centres. These centres store their data on locally hosted, publicly accessible digital repositories based on one of three repository software types, i.e. DataVerse, dSpace or CKAN. COPO user interface wizards allow metadata to be added to research objects (e.g., datafiles) with guided help and natural workflows. Metadata can be suggested, that might be appropriate for data based on past submissions and similar workflows. By building upon existing standards to push the state of the art in agricultural data dissemination and mining, COPO seeks to ease the burden of sharing and reusing data by the community. COPO is entirely open source and is freely available on GitHub. A production instance of the platform for use by the community as well as more information can be found at copo-project.org.
Title: COPO: Extending the frontiers of “FAIR” data in agriculture
Description:
Abstract Modern scientific advances are increasingly reliant on data.
In the agricultural sector, for instance, much of today’s research and innovation are driven by the integration of ever-increasing amounts of heterogeneous data from disparate sources.
Whereas the awareness of the FAIR principles for Findable, Accessible, Interoperable and Reusable data has increased, challenges still exist to implement these principles for storing, managing, analysing and distributing data.
Collaborative Open Plant Omics (COPO) is a system that attempts to address some of these challenges by enabling scientists to describe their data and research objects using community-sanctioned metadata, and then use public or institutional repositories to share it with the wider scientific community.
Data generators are encouraged to use rich semantic metadata when publishing research objects, thus allowing data consumers and tools to find, aggregate, and analyse data which was previously invisible or not shared at all.
COPO supports a number of data standards or schemas including the CG Core 2.
0 schema (https://agriculturalsemantics.
github.
io/cg-core/cgcore.
html), implemented for use by CGIAR centres.
CG Core 2.
0 is a schema produced by the CGIAR Big Data Platform to collect information on socio-agronomic studies, thus harmonising data input between CGIAR centres.
These centres store their data on locally hosted, publicly accessible digital repositories based on one of three repository software types, i.
e.
DataVerse, dSpace or CKAN.
COPO user interface wizards allow metadata to be added to research objects (e.
g.
, datafiles) with guided help and natural workflows.
Metadata can be suggested, that might be appropriate for data based on past submissions and similar workflows.
By building upon existing standards to push the state of the art in agricultural data dissemination and mining, COPO seeks to ease the burden of sharing and reusing data by the community.
COPO is entirely open source and is freely available on GitHub.
A production instance of the platform for use by the community as well as more information can be found at copo-project.
org.

Related Results

Desenvolvimento de mudas de copo-de-leite submetidas ao pré-tratamento com ácido giberélico e cultivadas em diferentes substratos
Desenvolvimento de mudas de copo-de-leite submetidas ao pré-tratamento com ácido giberélico e cultivadas em diferentes substratos
Para a propagação de copo-de-leite por meio de rizomas recomenda-se sua imersão em solução com ácido giberélico com a finalidade de acelerar o seu desenvolvimento e posterior forma...
FAIR-IMPACT
FAIR-IMPACT
In this poster we present the FAIR-IMPACT project, “Expanding FAIR solutions across EOSC”, which is funded by the European Commission Horizon Europe programme. The acronym FAIR st...
A Capacity Building Program for developing FAIR skills
A Capacity Building Program for developing FAIR skills
GO FAIR is an international, bottom-up movement dedicated to adhering as closely as possible to the FAIR Guiding Principles in the implementation of data and services as outlined i...
Curriculum Development for FAIR Data Stewardship
Curriculum Development for FAIR Data Stewardship
Abstract The FAIR Guidelines attempts to make digital data Findable, Accessible, Interoperable, and Reusable (FAIR). To prepare FAIR data, a new data science discipl...
Senescência de inflorescências de copo-de-leite: influência de diferentes armazenamentos e procdimentos pós-colheita
Senescência de inflorescências de copo-de-leite: influência de diferentes armazenamentos e procdimentos pós-colheita
<p>O copo-de-leite é bastante apreciado para corte devido às suas características favoráveis para composição de arranjos florais. No entanto, a durabilidade de suas infloresc...
Efeito do silício no desenvolvimento e na nutrição mineral de copo-de-leite
Efeito do silício no desenvolvimento e na nutrição mineral de copo-de-leite
<p>Estudos sobre o efeito do silício na produção de flores-de-corte ainda são bastante escassos. O silício pode afetar a produção vegetal por meio de várias ações indiretas, ...
Administering Fair Use
Administering Fair Use
Fair use is not working. As written by Congress and applied by the courts, the fair use law fails to give individuals sufficiently clear guidance to determine in advance whether th...
Debunking the Fair Use vs. Fair Dealing Myth: Have We Had Fair Use All Along?
Debunking the Fair Use vs. Fair Dealing Myth: Have We Had Fair Use All Along?
According to conventional wisdom, a fundamental difference exists between the American fair use doctrine and the Canadian fair dealing doctrine (or that of other Commonwealth count...

Back to Top