Pan-European infrastructure for ocean & marine data management

P01 Vocabulary - Facet Search on Semantic Components

P01 Vocabulary - Facet Search on Semantic Components

The P01 Parameter Usage Vocabulary is based on a semantic model. This model uses a defined set of controlled vocabularies (the semantic components). The Facet Search below facilitates you to search for specific existing P01 terms using components for drilling down.

Are you missing specific P01 terms in the vocabulary, then you can compose and submit new terms for review and uptake using the P01 Vocabulary Builder tool.

Conceptid (20)Preflabel
MDSVSVCLSettling-velocity median of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
MDSVSVCPSettling-velocity median of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
MDSVSVPHSettling-velocity median of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
MDSVSVSPSettling-velocity median of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
MNSVSVCLSettling-velocity mean of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
MNSVSVCPSettling-velocity mean of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
MNSVSVPHSettling-velocity mean of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
MNSVSVSPSettling-velocity mean of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVASVCLProportion settling slower than 0.1 m/day of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVASVCPProportion settling slower than 0.1 m/day of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVASVPHProportion settling slower than 0.1 m/day of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVASVSPProportion settling slower than 0.1 m/day of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVBSVCLProportion settling slower than 1 m/day of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVBSVCPProportion settling slower than 1 m/day of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVBSVPHProportion settling slower than 1 m/day of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVBSVSPProportion settling slower than 1 m/day of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVCSVCLProportion settling slower than 10 m/day of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVCSVCPProportion settling slower than 10 m/day of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVCSVPHProportion settling slower than 10 m/day of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
PSVCSVSPProportion settling slower than 10 m/day of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve