| Conceptid (3127) | Preflabel |
|---|---|
| ZNKDRAX2 | Fast distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of zinc {Zn CAS 7440-66-6} in the water body by tracer doping, incubation at 100uE/m2/s light level, filtration and gamma spectroscopy |
| ZNKDRDX2 | Distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of zinc {Zn CAS 7440-66-6} in the water body by isotope-labelled tracer addition, incubation in the dark, filtration and gamma spectroscopy |
| ZNLSCVZZ | Log ligand binding strength of zinc-complexing organic ligands {Zn_org_ligands} in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry |
| 3H1HMXTX | Atomic ratio of tritium/hydrogen in the water body [dissolved plus reactive particulate phase] by mass spectrometry |
| 408ERXSD | Downwelling vector irradiance as energy (408nm wavelength) in the atmosphere by cosine-collector radiometer |
| 412ERSSD | Downwelling vector irradiance as energy (412nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed |
| 412ERXSD | Downwelling vector irradiance as energy (412nm wavelength) in the atmosphere by cosine-collector radiometer |
| 412ERXUD | Downwelling vector irradiance as energy (412nm wavelength) in the water body by cosine-collector radiometer |
| 412LRXUU | Upwelling radiance as energy (412nm wavelength) in the water body by radiance sensor |
| 437ERXSD | Downwelling vector irradiance as energy (437nm wavelength) in the atmosphere by cosine-collector radiometer |
| 440VUU01 | Instrument output (voltage) in the water body by cosine-collector upwelling 440nm radiometer |
| 443ERSSD | Downwelling vector irradiance as energy (443nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed |
| 443ERXSD | Downwelling vector irradiance as energy (443nm wavelength) in the atmosphere by cosine-collector radiometer |
| 443ERXUD | Downwelling vector irradiance as energy (443nm wavelength) in the water body by cosine-collector radiometer |
| 443LRXUU | Upwelling radiance as energy (443nm wavelength) in the water body by radiance sensor |
| 488ERXUD | Downwelling vector irradiance as energy (488nm wavelength) in the water body by cosine-collector radiometer |
| 488LRXUU | Upwelling radiance as energy (488nm wavelength) in the water body by radiance sensor |
| 490ERSSD | Downwelling vector irradiance as energy (490nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed |
| 490ERXSD | Downwelling vector irradiance as energy (490nm wavelength) in the atmosphere by cosine-collector radiometer |
| 490ERXUD | Downwelling vector irradiance as energy (490nm wavelength) in the water body by cosine-collector radiometer |
| 490KRXXX | Light extinction coefficient (490nm wavelength) in the water body by radiometer and computation from variation of light intensity with depth |
| 490LRXUU | Upwelling radiance as energy (490nm wavelength) in the water body by radiance sensor |
| 490VUU01 | Instrument output (voltage) in the water body by cosine-collector upwelling 490nm radiometer |
| 510ERSSD | Downwelling vector irradiance as energy (510nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed |
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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.