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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 (31)Preflabel
ACCLAE01Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol <1um phase] by filtration and ion chromatography
ACCLAE02Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol >1um phase] by filtration and ion chromatography
ACCLASE1Concentration standard error of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol <1um phase] by filtration and ion chromatography
ACCLASE2Concentration standard error of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol >1um phase] by filtration and ion chromatography
ACCLXX01Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol phase] by filtration and ion chromatography
ASDCLA01Concentration standard deviation of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol <1um phase] by filtration and ion chromatography
ASDCLA02Concentration standard deviation of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol >1um phase] by filtration and ion chromatography
ASDCLX01Concentration standard deviation of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol phase] by filtration and ion chromatography
CCH88051Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol phase]
CCH88052Concentration uncertainty of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol phase]
CCH88111Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol <1um phase]
CCH88131Concentration standard deviation of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol <1um phase]
CCH88167Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of rainwater [dissolved plus reactive particulate phase]
CCH88191Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol >1um phase]
CCH88211Concentration standard deviation of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol >1um phase]
CCH88307Concentration uncertainty of chloride {Cl- CAS 16887-00-6} per unit volume of rainwater [dissolved plus reactive particulate phase]
CCI1CL1XConcentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol 0.16-1um phase] by cascade impaction and ion chromatography
CCI2CL1XConcentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol 1-5um phase] by cascade impaction and ion chromatography
CCI3CL1XConcentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol 5-10um phase] by cascade impaction and ion chromatography
CCI4CL1XConcentration of chloride {Cl- CAS 16887-00-6} per unit volume of the atmosphere [aerosol >10um phase] by cascade impaction and ion chromatography
CLXXICD2Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the sediment pore water [dissolved plus reactive particulate <0.4/0.45um phase] by in-situ pore water sampling, filtration and ion chromatography
CLXXICGSConcentration of chloride {Cl- CAS 16887-00-6} per unit volume of the sediment pore water [dissolved plus reactive particulate phase] by polyacrylamide gel probe sampling and ion chromatography
CLXXIETXConcentration of chloride {Cl- CAS 16887-00-6} per unit volume of the water body [dissolved plus reactive particulate phase] by ion-selective electrode
CNCLSP01Concentration of chloride {Cl- CAS 16887-00-6} per unit volume of the groundwater [dissolved plus reactive particulate phase] by ion chromatography