Nanopublications

Matches in Nanopublications for { ?s <http://purl.org/dc/terms/description> ?o ?g. }

Showing items 901 to 1,000 of ±3,596 with 100 items per page.

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MAC-FDO description "The Metabolomics and Analytics Centre (MAC) at the Leiden Academic Centre for Drug Research (LACDR) focuses on the development of high-performance metabolomics platforms aiming for high-throughput analysis and comprehensive metabolite coverage. This project page presents nanopublication-based FAIR Digital Objects (FDOs) that support MAC data stewardship. The templates follow the FAIR Funder Framework co-developed with the GO FAIR Foundation and ZonMw. Find out more about MAC at https://www.universiteitleiden.nl/en/science/drug-research/metabolomics-and-analytics-centre" assertion.
MAC-FDO description "The Metabolomics and Analytics Centre (MAC) at the Leiden Academic Centre for Drug Research (LACDR) focuses on the development of high-performance metabolomics platforms aiming for high-throughput analysis and comprehensive metabolite coverage. This project page presents nanopublication-based FAIR Digital Objects (FDOs) that support MAC data stewardship. The templates follow the FAIR Funder Framework co-developed with the GO FAIR Foundation and ZonMw. Find out more about MAC at https://www.universiteitleiden.nl/en/science/drug-research/metabolomics-and-analytics-centre" assertion.
MAC-FDO description "The Metabolomics and Analytics Centre (MAC) at the Leiden Academic Centre for Drug Research (LACDR) focuses on the development of high-performance metabolomics platforms aiming for high-throughput analysis and comprehensive metabolite coverage. This project page presents nanopublication-based FAIR Digital Objects (FDOs) that support MAC data stewardship. The templates follow the FAIR Funder Framework co-developed with the GO FAIR Foundation and ZonMw. Find out more about MAC at https://www.universiteitleiden.nl/en/science/drug-research/metabolomics-and-analytics-centre" assertion.
MAC-FDO description "The Metabolomics and Analytics Centre (MAC) at the Leiden Academic Centre for Drug Research (LACDR) focuses on the development of high-performance metabolomics platforms aiming for high-throughput analysis and comprehensive metabolite coverage. This project page presents nanopublication-based FAIR Digital Objects (FDOs) that support MAC data stewardship. The templates follow the FAIR Funder Framework co-developed with the GO FAIR Foundation and ZonMw. Find out more about MAC at https://www.universiteitleiden.nl/en/science/drug-research/metabolomics-and-analytics-centre" assertion.
research-activity description s12526-024-01486-w provenance.
fip description "PINK DataDocumentation Framework" assertion.
research-activity description document provenance.
run description "This experiment evaluates a weakly supervised, meta-learning model trained on Thai for hate speech detection and adapted to Lao and Shan using few-shot learning. The model uses linguistically informed embedding alignment (LIEA) and Proto-MAML to support cross-lingual transfer between low-resource languages in the Tai-Kadai language family." assertion.
list_nonqualifed_fsr description "List all non-qualified FAIR Enabling/Supporting Resources." assertion.
researchproject description "Single-cell T-cell Receptor sequencing of paired human atherosclerotic plaques and blood reveals autoimmune-like features of expanded effector T-cells" assertion.
get-fip-decl-in-index description "This query returns all FIP declarations that are part of the most recent versions of the FIP indexes, as these nanopubs are produced by the FIP Wizard." assertion.
get-queries description "Returns all nanopublications that declare a grlc query, thereby defining an API." assertion.
get-fair2adapt-nanopubs description "Search for FAIR2Adapt in nt:hasLabelFromApi in the publication info graph" assertion.
fair2adapt description "Climate change poses risks to European communities, requiring robust adaptation strategies to protect ecosystems, economies and public health. However, fragmented data and limited interoperability across regions hinder coordinated action. Often, valuable insights remain inaccessible to policymakers and researchers seeking evidence-based solutions. Addressing this data-sharing challenge is essential for creating flexible and responsive adaptation frameworks. In this context, the EU-funded FAIR2Adapt project is advancing climate resilience by transforming data into actionable knowledge. By collaborating with the European Open Science Cloud (EOSC), FAIR2Adapt builds a user-friendly, interoperable data-sharing platform using FAIR Digital Objects and tools like the I-ADOPT framework. Through case studies and stakeholder engagement, FAIR2Adapt develops customised, scalable solutions for climate adaptation." assertion.
fair2adapt description "Climate change poses risks to European communities, requiring robust adaptation strategies to protect ecosystems, economies and public health. However, fragmented data and limited interoperability across regions hinder coordinated action. Often, valuable insights remain inaccessible to policymakers and researchers seeking evidence-based solutions. Addressing this data-sharing challenge is essential for creating flexible and responsive adaptation frameworks. In this context, the EU-funded FAIR2Adapt project is advancing climate resilience by transforming data into actionable knowledge. By collaborating with the European Open Science Cloud (EOSC), FAIR2Adapt builds a user-friendly, interoperable data-sharing platform using FAIR Digital Objects and tools like the I-ADOPT framework. Through case studies and stakeholder engagement, FAIR2Adapt develops customised, scalable solutions for climate adaptation." assertion.
fair2adapt description "Climate change poses risks to European communities, requiring robust adaptation strategies to protect ecosystems, economies and public health. However, fragmented data and limited interoperability across regions hinder coordinated action. Often, valuable insights remain inaccessible to policymakers and researchers seeking evidence-based solutions. Addressing this data-sharing challenge is essential for creating flexible and responsive adaptation frameworks. In this context, the EU-funded FAIR2Adapt project is advancing climate resilience by transforming data into actionable knowledge. By collaborating with the European Open Science Cloud (EOSC), FAIR2Adapt builds a user-friendly, interoperable data-sharing platform using FAIR Digital Objects and tools like the I-ADOPT framework. Through case studies and stakeholder engagement, FAIR2Adapt develops customised, scalable solutions for climate adaptation." assertion.
fair2adapt description "Climate change poses risks to European communities, requiring robust adaptation strategies to protect ecosystems, economies and public health. However, fragmented data and limited interoperability across regions hinder coordinated action. Often, valuable insights remain inaccessible to policymakers and researchers seeking evidence-based solutions. Addressing this data-sharing challenge is essential for creating flexible and responsive adaptation frameworks. In this context, the EU-funded FAIR2Adapt project is advancing climate resilience by transforming data into actionable knowledge. By collaborating with the European Open Science Cloud (EOSC), FAIR2Adapt builds a user-friendly, interoperable data-sharing platform using FAIR Digital Objects and tools like the I-ADOPT framework. Through case studies and stakeholder engagement, FAIR2Adapt develops customised, scalable solutions for climate adaptation." assertion.
assertion description "Demo template for MAC digital objects" assertion.
assertion description "Demo template for MAC digital objects" assertion.
assertion description "This template is for nanopublications to introduce a spatial location by bounding box." assertion.
assertion description "This template is for nanopublications to introduce a spatial location by bounding box." assertion.
get-latest-thing-nanopub description "This query returns all latest versions of a given nanopublication and thing URI that is introduced or described therein." assertion.
fip description "test Dissco" assertion.
test description "testing Nanodash updating of introduced things..." assertion.
test description "testing Nanodash updating of introduced things... updated..." assertion.
test description "testing Nanodash updating of introduced things... updated..." assertion.
test description "testing Nanodash updating of introduced things... updated..." assertion.
test description "testing Nanodash updating of introduced things... updated..." assertion.
test description "testing Nanodash updating of introduced things... updated again..." assertion.
test description "another competing update" assertion.
foo description "testing" assertion.
foo description "testing, updated..." assertion.
foo description "testing, updated twice..." assertion.
assertion description "This nanopublication defines an assertion template. Such templates are used to generate the input form for the (blue) assertion part of nanopublications." assertion.
test-query description "This is just a test query" assertion.
test-query description "This is just a test query, updated" assertion.
test-query description "This is just a test query, updated twice..." assertion.
test-query description "This is just a test query, updated three times..." assertion.
test-query description "This is just a test query, updated four times..." assertion.
assertion description "This nanopublication defines an assertion template. Such templates are used to generate the input form for the (blue) assertion part of nanopublications." assertion.
test-query description "This is just a test query, now updated with the final template..." assertion.
test-query description "This is just a test query, now updated with the final template... and updated once more..." assertion.
intro-id-test description "Testing the new introduced resource behavior of Nanodash..." assertion.
intro-id-test description "Testing the new introduced resource behavior of Nanodash... now updated once." assertion.
intro-id-test description "Testing the new introduced resource behavior of Nanodash... now updated twice." assertion.
assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
assertion description "This template allows for defining an FDO according to an FDO Profile for testing." assertion.
assertion description "This is a minimal template." assertion.
assertion description "This is a minimal template." assertion.
assertion description "Such a nanopublication contains the main high-level metadata about a scholarly article, including title, authors, and links to other nanopublications." assertion.
assertion description "This template allows you to express a research statement as an AIDA sentence while also capturing its spatial and temporal context, and optionally linking to scientific papers and specific text extracts. AIDA sentences are: <ul> <li>Atomic: a sentence describing one thought that cannot be further broken down in a practical way</li> <li>Independent: a sentence that can stand on its own, without external references like "this effect" or "we"</li> <li>Declarative: a complete sentence ending with a full stop that could in theory be either true or false</li> <li>Absolute: a sentence describing the core of a claim ignoring the (un)certainty about its truth and ignoring how it was discovered (no "probably" or "evaluation showed that"); typically in present tense</li> </ul> Additionally, you can specify: <ul> <li>Spatial Coverage: Where the research applies (geographic location, bounding box, or geometry)</li> <li>Temporal Coverage: When the research applies or was conducted</li> <li>Resolution: The precision of spatial and temporal measurements</li> <li>Scientific Paper: DOI or URL of the source paper</li> <li>Text Extract: Multiple specific quotes or paraphrases from the paper, each with precise location details (page, section, paragraph)</li> </ul> You can find more information about AIDA sentences <a href="https://github.com/tkuhn/aida" target="_blank">here</a> and about CiTO citation types <a href="http://purl.org/spar/cito" target="_blank">here</a>." assertion.
assertion description "Such a nanopublication contains the main high-level metadata about a scholarly preprint, including title, authors, and links to other nanopublications." assertion.
assertion description "Such a nanopublication contains the main high-level metadata about a scholarly preprint, including title, authors, and links to other nanopublications." assertion.
assertion description "Such a nanopublication contains the main high-level metadata about a scholarly preprint, including title, authors, and links to other nanopublications." assertion.
assertion description "Such a nanopublication contains the main high-level metadata about a scholarly preprint, including title, authors, and links to other nanopublications." assertion.
get-projects description "This query returns all Nanodash projects" assertion.
get-queries description "Returns all nanopublications that declare a grlc query, thereby defining an API." assertion.
nanopub-tutorial-eswc2025 description "This is the project page for the Nanopublication Tutorial at ESWC 2025." assertion.
nanopub-tutorial-eswc2025 description "This is the project page for the Nanopublication Tutorial at ESWC 2025." assertion.
nanopub-tutorial-eswc2025 description "This is the project page for the Nanopublication Tutorial at ESWC 2025." assertion.
nanopub-tutorial-eswc2025 description "This is the project page for the Nanopublication Tutorial at ESWC 2025." assertion.
nanopub-tutorial-eswc2025 description "This is the project page for the Nanopublication Tutorial at ESWC 2025." assertion.
nanopub-tutorial-eswc2025 description "This is the project page for the Nanopublication Tutorial at ESWC 2025." assertion.
nanopub-tutorial-eswc2025 description "This is the project page for the Nanopublication Tutorial at ESWC 2025." assertion.
assertion description "The creator of such a nanopublication declares to have participated in the nanopublication tutorial at ESWC2025." assertion.
assertion description "With this template an object/datatype property is defined in a way it can serve as an FDO attribute of an FDO metadata record." assertion.
assertion description "With this template an object/datatype property is defined in a way it can serve as an FDO attribute of an FDO metadata record." assertion.
assertion description "With this template an object/datatype property is defined in a way it can serve as an FDO attribute of an FDO metadata record." assertion.
get-eswc2025-nanopub-tutorial-participants description "This query returns the participants of the ESWC2025 nanopublication tutorial." assertion.
get-messages-about-eswc2025 description "This query returns plain-text messages about ESWC 2025." assertion.
assertion description "for testing" assertion.
assertion description "for testing" assertion.
assertion description "With this template we can define events." assertion.
myTestEvent description "just a test" assertion.
get-participation description "This query returns all participation links." assertion.
get-participataion description "get particiation-link" assertion.
assertion description "A template for reviewing manuscripts" assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project." assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project." assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project." assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project." assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project." assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project." assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project." assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project. <ul> <li><a href="/query?id=RAkYh4UPJryajbtIDbLG-Bfd6A4JD2SbU9bmZdvaEdFRY/fdo-text-search">fdo-text-search</a></li> <li><a href="/query?id=RAo-eSmHSWWvbZIcU9ekBDqNFETQA7UBn61bP_qGMChpM/find-fdos-by-ref">find-fdos-by-ref</a></li> <li><a href="/query?id=RAP1G35VvTs3gfMaucv_xZUMZuvjB9lxM8tWUGttr5mmo/get-fdo-feed">get-fdo-feed</a></li> <li><a href="/query?id=RAsyc6zFFnE8mblnDfdCCNRsrcN1CSCBDW9I4Ppidgk9g/get-favorite-things">get-favorite-things</a></li> </ul>" assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project. Queries/APIs: <ul> <li><a href="/query?id=RAkYh4UPJryajbtIDbLG-Bfd6A4JD2SbU9bmZdvaEdFRY/fdo-text-search">fdo-text-search</a></li> <li><a href="/query?id=RAo-eSmHSWWvbZIcU9ekBDqNFETQA7UBn61bP_qGMChpM/find-fdos-by-ref">find-fdos-by-ref</a></li> <li><a href="/query?id=RAP1G35VvTs3gfMaucv_xZUMZuvjB9lxM8tWUGttr5mmo/get-fdo-feed">get-fdo-feed</a></li> <li><a href="/query?id=RAsyc6zFFnE8mblnDfdCCNRsrcN1CSCBDW9I4Ppidgk9g/get-favorite-things">get-favorite-things</a></li> </ul>" assertion.
FDO-Connect description "This is the Nanodash project page for the FDO Connect project. Queries/APIs: <ul> <li><a href="/query?id=RAkYh4UPJryajbtIDbLG-Bfd6A4JD2SbU9bmZdvaEdFRY/fdo-text-search">fdo-text-search</a></li> <li><a href="/query?id=RAo-eSmHSWWvbZIcU9ekBDqNFETQA7UBn61bP_qGMChpM/find-fdos-by-ref">find-fdos-by-ref</a></li> <li><a href="/query?id=RAP1G35VvTs3gfMaucv_xZUMZuvjB9lxM8tWUGttr5mmo/get-fdo-feed">get-fdo-feed</a></li> <li><a href="/query?id=RAsyc6zFFnE8mblnDfdCCNRsrcN1CSCBDW9I4Ppidgk9g/get-favorite-things">get-favorite-things</a></li> </ul>" assertion.
get-latest-fdos description "This query returns the latest FDOs." assertion.
get-fdo-profiles description "This query returns all FDO profiles." assertion.
get-fdo-attributes description "This query returns all FDO attributes with their definitions" assertion.
assertion description "This template allows you to create Rosetta Statements following the metamodel described in "Rosetta Statements: Simplifying FAIR Knowledge Graph Construction with a User-Centered Approach". Rosetta Statements model the structure of simple English natural language statements rather than attempting to represent a mind-independent reality. They prioritize: <ul> <li>Cognitive Interoperability: Easy to understand for domain experts</li> <li>Findability: Supports search without requiring SPARQL knowledge</li> <li>Semantic Interoperability: Standardized patterns for each statement type</li> <li>User-Centered Design: Reflects natural language structure</li> </ul> Key Features: <ul> <li>N-ary Support: Handle statements with multiple objects (not just binary relations)</li> <li>Dynamic Labels: Display as natural language sentences in user interfaces</li> <li>Versioning Support: Track changes and editing history</li> <li>Metadata Rich: Include confidence levels, negation, context, and provenance</li> <li>Wikidata Integration: Use Wikidata terms for immediate usability</li> </ul> Statement Structure: <ul> <li>Subject: The main entity the statement is about</li> <li>Predicate: Captured by the statement type/class</li> <li>Objects: Up to 4 object positions (resources or literals)</li> <li>Constraints: Type restrictions for each position</li> </ul> Example: "This apple has a weight of 241.68 grams" becomes a 'has-measurement' statement type with subject=apple, object1=weight (quality), object2=241.68 (value), object3=gram (unit). This approach significantly lowers the barrier for domain experts to create FAIR knowledge graphs without requiring expertise in semantics, RDF, or ontology engineering." assertion.
assertion description "This template allows you to create Rosetta Statements following the metamodel described in "Rosetta Statements: Simplifying FAIR Knowledge Graph Construction with a User-Centered Approach". Rosetta Statements model the structure of simple English natural language statements rather than attempting to represent a mind-independent reality. They prioritize: <ul> <li>Cognitive Interoperability: Easy to understand for domain experts</li> <li>Findability: Supports search without requiring SPARQL knowledge</li> <li>Semantic Interoperability: Standardized patterns for each statement type</li> <li>User-Centered Design: Reflects natural language structure</li> </ul> Key Features: <ul> <li>N-ary Support: Handle statements with multiple objects (not just binary relations)</li> <li>Dynamic Labels: Display as natural language sentences in user interfaces</li> <li>Versioning Support: Track changes and editing history</li> <li>Metadata Rich: Include confidence levels, negation, context, and provenance</li> <li>Wikidata Integration: Use Wikidata terms for immediate usability</li> </ul> Statement Structure: <ul> <li>Subject: The main entity the statement is about</li> <li>Predicate: Captured by the statement type/class</li> <li>Objects: Up to 4 object positions (resources or literals)</li> <li>Constraints: Type restrictions for each position</li> </ul> Example: "This apple has a weight of 241.68 grams" becomes a 'has-measurement' statement type with subject=apple, object1=weight (quality), object2=241.68 (value), object3=gram (unit). This approach significantly lowers the barrier for domain experts to create FAIR knowledge graphs without requiring expertise in semantics, RDF, or ontology engineering." assertion.
get-fdo-by-id description "This query returns the FDO info for a given FDO identifier" assertion.
Bitlings description "Researchers spend the majority of their time twofold – producing output and then looking for the output of others to, in turn, help them produce more output. For both of these activities, computers assist us. Unfortunately, the latter activity is a challenge because we often provide information in a way that is hard for the computer to understand; computers like structured information to provide meaningful knowledge. Therefore, the more structured our research output, the better computers can help us with our research. Bitlings is a lean approach to self-reporting research findings in a structured way so that you can in turn more easily find and use them with the help of the computer. Bitlings is derived from LEIbits: https://w3id.org/kpxl/custom/project/terms/LEIbits " assertion.
Bitlings description "Researchers spend the majority of their time twofold – producing output and then looking for the output of others to, in turn, help them produce more output. For both of these activities, computers assist us. Unfortunately, the latter activity is a challenge because we often provide information in a way that is hard for the computer to understand; computers like structured information to provide meaningful knowledge. Therefore, the more structured our research output, the better computers can help us with our research. Bitlings is a lean approach to self-reporting research findings in a structured way so that you can in turn more easily find and use them with the help of the computer. Bitlings is derived from LEIbits: https://w3id.org/kpxl/custom/project/terms/LEIbits " assertion.

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