Matches in Nanopublications for { ?s <http://purl.org/dc/terms/description> ?o ?g. }
- get-poster-presentations-for-event description "Returns all poster presentations for a given event, with title, date, authors, and nanopub link." assertion.
- assertion description "Publish metadata about a poster presentation, including title, authors, date, event, and optionally a link to the poster or related resources." assertion.
- another-test-group description "just for testing..." assertion.
- test description "for testing." assertion.
- aaa-test-group description "testing..." assertion.
- plantmetwiki description "Plant Metabolic Pathways Wiki (PlantMetWiki) is an open online portal for querying linked specialized plant pathway information." assertion.
- plantmetwiki description "Plant Metabolic Pathways Wiki (PlantMetWiki) is an open online portal for querying linked specialized plant pathway information." assertion.
- plantmetwiki description "Plant Metabolic Pathways Wiki (PlantMetWiki) is an open online portal for querying linked specialized plant pathway information." assertion.
- plantmetwiki description "Plant Metabolic Pathways Wiki (PlantMetWiki) is an open online portal for querying linked specialized plant pathway information." assertion.
- aaa-group description "just for testing" assertion.
- test description "testing..." assertion.
- test-group2 description "still testing..." assertion.
- 2026 description "BioHackathon Europe is an annual event that brings together bioinformaticians and computational biologists from around the world." assertion.
- 2026 description "The European Semantic Web Conference is a major venue for discussing the latest scientific results and technology innovations around semantic technologies and knowledge graphs." assertion.
- get-paragraphs description "This query returns the paragraphs of a space with their title and content, including source nanopub and date." assertion.
- get-presentation-details description "Returns the properties of an introduced presentation or poster, with human-readable labels for recognized predicates. Known properties are shown first." assertion.
- get-paragraphs description "This query returns the paragraphs of an entity (e.g. a space) with their title and content, including source nanopub and date." assertion.
- docs description "This is general documentation about the nanopublication technology." assertion.
- assertion description "Declare a view that should be displayed for the given resource (e.g. space, user, maintained resource)." assertion.
- get-paragraphs description "This query returns the paragraphs of an entity (e.g. a space) with their title and content, including source nanopub and date." assertion.
- fdo2026crate description "Research Object Crate (RO-Crate) is a lightweight method to package research outputs along with their metadata. Signposting provides a simple yet powerful approach to navigate FAIR aspects of the scholarly objects on the Web. Combining these technologies form a "webby" implementation of the FAIR Digital Object principles which is suitable for retrofitting to existing data infrastructures or even for ad-hoc research objects using regular Web hosting platforms. In this tutorial we will give a brief introduction to the FDO principles, and show how they have been realised in deployments using HTTP, HTML and JSON. We demonstrate building FDO metadata using RO-Crate editors, briefly introducing the Web standard JSON-LD. Finally we publish the FDO using Signposting on the Web and assign a persistent identifier. This session is organised as an interactive walk-through, with opportunity to discuss use cases and challenges. It aims to give the participants an overview of the technologies in order to continue training and experimentation at their own pace following the summit. Brief knowledge of Web technology (HTTP, HTML, JSON) is an advantage, but not a requirement. Learning objectives Knowledge of FDO principles and how they can be practically applied Ability to create research objects FDOs with brief metadata Understanding of considerations for FDO deployment on the Web" assertion.
- fdo2026crate description "Research Object Crate (RO-Crate) is a lightweight method to package research outputs along with their metadata. Signposting provides a simple yet powerful approach to navigate FAIR aspects of the scholarly objects on the Web. Combining these technologies form a "webby" implementation of the FAIR Digital Object principles which is suitable for retrofitting to existing data infrastructures or even for ad-hoc research objects using regular Web hosting platforms. In this tutorial we will give a brief introduction to the FDO principles, and show how they have been realised in deployments using HTTP, HTML and JSON. We demonstrate building FDO metadata using RO-Crate editors, briefly introducing the Web standard JSON-LD. Finally we publish the FDO using Signposting on the Web and assign a persistent identifier. This session is organised as an interactive walk-through, with opportunity to discuss use cases and challenges. It aims to give the participants an overview of the technologies in order to continue training and experimentation at their own pace following the summit. Brief knowledge of Web technology (HTTP, HTML, JSON) is an advantage, but not a requirement. Learning objectives Knowledge of FDO principles and how they can be practically applied Ability to create research objects FDOs with brief metadata Understanding of considerations for FDO deployment on the Web" assertion.
- Italian_endemic description "species endemic to Italy" assertion.
- Italian_alpic description "species endemic to the Italian Alps" assertion.
- Italian_alpic description "species endemic to the Italian Alps" assertion.
- Italian_alap_endemic description "species endemic to the Italian Alps and Apennines" assertion.
- Italian_alap_endemic description "species endemic to the Italian Alps and Apennines" assertion.
- Italian_apenninic description "species endemic to Italian Apennines" assertion.
- Italian_apenninic description "species endemic to Italian Apennines" assertion.
- Italian_Sardinia description "species endemic to Sardinian island of Italy" assertion.
- Italian_Sardinia description "species endemic to Sardinia island of Italy" assertion.
- Italian_Sardinia description "species endemic to Sardinia island, Italy" assertion.
- Italian_Sicily description "species endemic to Sicily island of Italy" assertion.
- Italian_Sicily description "species endemic to Sicily island, Italy" assertion.
- research-activity description zookeys.740.23495 provenance.
- get-spaces-and-roles-for-user description "Returns all the spaces a given user belongs to, together with the role names the user has in each space." assertion.
- get-spaces-and-roles-for-user description "Returns all the spaces a given user belongs to, together with the role names the user has in each space." assertion.
- get-spaces-and-roles-for-user description "Returns all the spaces a given user belongs to, together with the role names the user has in each space." assertion.
- get-all-fdos description "This query returns all FDOs, including Handle-based ones and RO-Crates." assertion.
- FDONanopubForFSR description "Nanopublications provide a flexible, interoperable mechanism for representing FIPs and FSRs. Transforming the existing FSR metadata schema into a formal FDO Profileis the next essential step. Combined with SHACL and linked data, nanopubs can fully support FAIR Digital Object implementations." assertion.
- test description "Nanopublications provide a flexible, interoperable mechanism for representing FIPs and FSRs. Transforming the existing FSR metadata schema into a formal FDO Profileis the next essential step. Combined with SHACL and linked data, nanopubs can fully support FAIR Digital Object implementations." assertion.
- assertion description "This template is used to set the default license with which the nanopublications of a User are published. (plus non-commercial)" assertion.
- assertion description "The creator of such a nanopublication declares to be a participant in the specified Space." assertion.
- FAIRVariablePoster description "I-ADOPT enables interoperable, machine-readable variable descriptions by decomposing observable properties into atomic components and linking them to controlled vocabularies, ensuring unambiguous meaning across scientific data and workflows. However, its practical application requires time-consuming manual tasks—such as interpreting variable intent, performing semantic decomposition, and selecting appropriate vocabularies—which demand expertise and have limited adoption. Our LLM-assisted service addresses this barrier by automating these steps, enabling efficient creation of reusable, FAIR-ready metadata." assertion.
- find-fdos description "This query returns all FDOs that have the given search string in their labels." assertion.
- dataset description "Ocean in situ data observe by Argo profiling floats" assertion.
- _step description "Step 2" assertion.
- _step description "Step 1" assertion.
- _step description "Step 3" assertion.
- _plan description "This is a test workflow." assertion.
- _step description "Step 1" assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description "Step 2" assertion.
- _step description "Step 3" assertion.
- _plan description "This is a test workflow." assertion.
- _step description "Preheat an oven to 200 degrees C." assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description "Step 2" assertion.
- _step description "Step 3" assertion.
- _plan description "This is a test workflow." assertion.
- _step description "Preheat an oven to 200 degrees C." assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description "Step 2" assertion.
- _step description "Step 3" assertion.
- _plan description "This is a test workflow." assertion.
- _step description "Preheat an oven to 200 degrees C." assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description "Step 2" assertion.
- _step description "Step 3" assertion.
- _plan description "This is a test workflow." assertion.
- _step description "Preheat an oven to 200 degrees C." assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description "Step 2" assertion.
- _step description "Step 3" assertion.
- _plan description "This is a test workflow." assertion.
- _step description "Preheat an oven to 200 degrees C." assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description "Step 2" assertion.
- _step description "Step 3" assertion.
- _plan description "This is a test workflow." assertion.
- _step description "Preheat an oven to 200 degrees C." assertion.
- _step description " @is_fairstep(label='test_label') def add(a: int, b: int) -> int: """ Computational step adding two ints together. """ return a + b " assertion.
- _step description "Step 1" assertion.
- _step description "Step 2" assertion.