Matches in Nanopublications for { ?s <http://purl.org/dc/terms/description> ?o ?g. }
- assertion description "Such a nanopublication expresses citation relations of a given work based on the CiTO relation types." assertion.
- assertion description "Template for defining an identifier service." assertion.
- assertion description "Template for defining an identifier service." assertion.
- assertion description "Template for defining an identifier service." assertion.
- assertion description "Template for defining a registry of digital objects." assertion.
- fip description "FAIR-SaaS" assertion.
- fip description "eLTER FIP 2022: This is the FIP for the eLTER Community representing the choices made in 2022." assertion.
- fip description "FAIR-SaaS" assertion.
- fip description "FAIR-SaaS" assertion.
- fip description "FAIR-SaaS" assertion.
- assertion description "Template for defining a community of practice aiming at implementing the FAIR principles." assertion.
- assertion description "Template for defining a community of practice aiming at implementing the FAIR principles." assertion.
- assertion description "Template for defining a registry of digital objects." assertion.
- get-nanopubs-for-pubkey description "This query returns all nanopub IDs for the given pubkey hash." assertion.
- assertion description "Template for defining a community of practice aiming at implementing the FAIR principles." assertion.
- assertion description "Template for defining a registry of digital objects." assertion.
- FIP-Ontology description "This is an ontology of the FAIR Implementation Profiles (FIP) for the FAIR principles." assertion.
- FIP-Ontology description "This is an ontology of the FAIR Implementation Profiles (FIP) for the FAIR principles." assertion.
- FAIR-Vocabulary description "This is the formal vocabulary (ontology) describing the FAIR principles." assertion.
- FAIR-ICC-Model description "This is the formal model describing the Implementation Choices and Challenges for the FAIR principles." assertion.
- fip description "testmarek" assertion.
- fip description "testmarek" assertion.
- fip description "testmarek" assertion.
- assertion description "Template for defining a registry of digital objects." assertion.
- get-nanopubs-for-pubkey-and-type description "This query returns all nanopub IDs for the given pubkey hash and (optionally) type." assertion.
- get-nanopubs-for-pubkey-and-type description "This query returns all nanopub IDs for the given pubkey hash and (optionally) type." assertion.
- assertion description "Demo template for MAC digital objects" assertion.
- assertion description "Demo template for MAC digital objects" assertion.
- assertion description "Demo template for MAC digital objects" assertion.
- Publication description "ewqr" assertion.
- AdditionalDataFile description "Supplementary Tables" assertion.
- qcuyg description "Supplementary Tables" assertion.
- metabo12070618 description "research paper from MAC" assertion.
- assertion description "Demo for MAC: Such a nanopublication expresses citation relations of a given article based on the CiTO relation types." assertion.
- assertion description "Demo for MAC: Such a nanopublication expresses citation relations of a given article based on the CiTO relation types." assertion.
- assertion description "Demo for MAC: Such a nanopublication expresses citation relations of a given article based on the CiTO relation types." assertion.
- assertion description "Demo template for MAC digital objects" assertion.
- jv9f8 description "lipidomicstandards.org report" assertion.
- Barbaraarticle description "sfsaf" assertion.
- assertion description "Template for describing a dataset at summary level" assertion.
- research-activity description document provenance.
- research-activity description document provenance.
- research-activity description document provenance.
- research-activity description document provenance.
- fip description "EPND Case study 1: This is the FIP of EPND Case study 1" assertion.
- assertion description "Demo template for MAC digital objects" assertion.
- fip description "Nanopublication FIP" assertion.
- fip description "Nanopublication FIP" 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.