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Concept

data processing method entity

URI	http://vocab.nerc.ac.uk/collection/S01/current/S0111/
Within Vocab	BODC parameter semantic model component names
Preferred Label	data processing method entity
Definition	Portion of the BODC parameter semantic model describing post-analysis data processing. It is part of the how theme.
Broader	S01: how theme
Narrower	S05: protocol of Rasmussen et al. (2006) S05: computation of Blundell and Barber (2005) S05: not specified S05: lipid normalisation (wet weight cct/lipid proportion) S05: lipid normalisation (wet weight cct/lipid proportion) and weaning correction S05: corrected for the detrital contribution S05: decay correction to sampling time S05: concentration to activity conversion based on half life S05: computation S05: calibration against sample data S05: corrected for the dissolution of lithogenic minerals S05: processed following the protocol of Yentsch+Menzel S05: no calibration against sample data S05: calibration against Ca analyses with correction for chlorophyll interference S05: laboratory calibration applied S05: summation of size-fractionated values S05: computation from the ratio of upwelled irradiance at 490 and 570 nm S05: profile integration S05: manufacturer's calibration applied S05: algal1 algorithm S05: correction for nitrite S05: calibration against independent measurements S05: derivation from the raw data from the dark chamber with calibration against sample data S05: computation from the ratio of upwelled irradiance at 440 and 570 nm S05: differencing the results from 0.4um and 104 Dalton filtered water S05: processing following the Lorenzen protocol S05: OC5 algorithm S05: synthesis from multiple satellite sensors S05: summation of size-fractionated values and profile integration S05: normalisation to organic carbon and lutum content (RIKZ 'standard sediment') S05: subtraction of nominal ambient pressure value S05: differencing determinations on sample before and after 400C ignition S05: differencing DMSO before and after incubation S05: differencing DOC before and after incubation S05: differencing of the measurements S05: differencing results from acidified and unacidified samples S05: differencing results from acidified and unacidified samples and profile integration S05: differencing results from acidified and unacidified samples, summation of size fractionated data and profile integration S05: division of in-situ resistivity by resistivity of overlying water S05: division of upwelling irradiance by downwelling irradiance S05: empirical correction for optics fouling and Saunders compressibility correction S05: estimation from phytoplankton spectral absorption coefficients after Dubinsky (1980) S05: estimation from surface roughness S05: expressed as PPi S05: expressed to unspecified datum by subtraction of a constant S05: Fourier analysis after Goda (1970) S05: Fourier analysis after Nolte and Hsu (1972) S05: Fourier analysis with NO depth attenuation correction S05: geometric statistics computation S05: laboratory calibration against formazin S05: manual record analysis S05: most probable number analysis S05: multiplication by 107 S05: NO correction or calibration of raw count rates S05: NO salt correction S05: NO verification against independent measurements S05: computation of carbon biomass from abundance S05: computation of carbon produced from amino acid uptake, abundance and cell volume data S05: computation from air temperature and relative humidity data S05: computation from concentration S05: computation of carbon biomass from abundance using the equation of Putt and Stoecker (1989) S05: analysis of cumulative frequency ordered by phi (coarse to fine) S05: analysis of cumulative settling rate curve S05: analysis of cumulative settling rate curve after Folk and Ward (1957) S05: automated record analysis S05: averaging of all functional beams S05: averaging values from multiple core segments S05: computation of carbon biomass from measured weight and profile integration S05: computation from 1st order Fourier coefficients of directional distribution of energy, A1 and B1 S05: computation from DMS concentration and shipboard wind speed S05: computation from Fm and Fo fluorescence yields from the dark chamber S05: computation from Fm and Fo fluorescence yields from the light chamber S05: computation from potassium concentration S05: computation from rate of change of concentration in overlying water S05: computation of carbon from calcium S05: calibration against sample data and computation from concentration using Benson and Krause algorithm S05: calibration to read zero in clear water S05: calibration using protocols of Deines (1999) S05: computation after Folk and Ward (1957) S05: computation from concentration using Benson and Krause algorithm S05: computation from concentration using Weiss algorithm S05: computation from cross spectra S05: computation from CTD density profile S05: computation from CTD temperature profile S05: computation from fast microstructure temperature S05: computation from horizontal co-spectra translation after Kuik et al. (1988) S05: computation from moments as defined by Cartwright and Longuet-Higgins (1956) S05: computation from pH and alkalinity S05: computation from phi size distribution S05: computation from pressure, salinity and IPTS-68 temperature using UNESCO algorithm S05: computation from probe free-fall time using unspecified algorithm S05: computation from PvI data and measured light profile S05: computation from PvI data and measured wavelength-dependent phytoplankton absorption coefficients S05: computation from salinity and potential temperature using UNESCO algorithm S05: computation from salinity and temperature using UNESCO algorithm S05: computation from temperature and salinity by unspecified algorithm S05: computation from the ratio of horizontal translation to heave S05: computation from travel time averaged from all operational beams and unknown sound velocity profile S05: computation from turbulent kinetic energy and density S05: computation from variation of light intensity with depth S05: computation from volume scatter data S05: correction using co-located air pressure data expressed to unspecified datum by subtraction of a constant S05: correction after Del Grosso S05: computation from wet and dry bulb thermometer data S05: computation of density reciprocal from pressure, temperature and salinity S05: computation of depth using unspecified drop rate algorithm converted to pressure using UNESCO algorithm S05: computation of rate of change from variable incubation durations S05: computation using P-EXEC algorithm S05: computation using stereometrical configurations of Edler (1979) S05: computation using stereometrical configurations of Edler(1979) and carbon factor of Gonzalez and Smetacek(1994) S05: computation using UNESCO algorithm S05: computation using UNESCO algorithm and calibration against independent measurements S05: computation using UNESCO algorithm and NO calibration against independent measurements S05: conversion to Beaufort scale S05: conversion to depth using unspecified algorithm S05: conversion to WMO code S05: conversion to WMO code using table 0885/0877 S05: conversion to WMO code using table 1555 S05: conversion to WMO code using table 3155 S05: conversion to WMO code using table 3700 S05: conversion to WMO code using table 4677/4501 S05: conversion to seawater depth using UNESCO algorithm S05: correction for atmospheric pressure S05: correction to read zero at sea level S05: correction after Kuwahara S05: correction after Wilson S05: correction based on measured sound velocity profile S05: correction for bacterial chlorophyll c+d following Caraco & Puccoon 1986 and Golterman et al. 1978 protocols S05: correction for drift S05: correction for hydrolysis S05: correction for seawater compressibility S05: correction to a common scale S05: correction to a path length of 1m S05: correction to a path length of 1m and for seawater compressibility S05: correction to sea level S05: correction to sea level and averaging of multiple sensors S05: correction to sea level and subtraction of value predicted by tidal analysis S05: correction to true North S05: correction to zero at sea level and conversion to depth using unspecified algorithm S05: correction using Carter's tables S05: correction using co-located air pressure and subtraction of value predicted by tidal analysis S05: correction using Matthew's tables S05: dark current baseline correction S05: derivation from GEBCO centenary edition 1-minute global grid S05: derivation from the raw data from the dark chamber to Kolber et al 1998 biophysical model using Laney v4 2003 software S05: derivation from the raw data from the light chamber to Kolber et al 1998 biophysical model using Laney v4 2003 software S05: differencing carbon uptake with and without nitrification inhibitor S05: volume computation from mass and mean density S05: volume computation from weight loss on drying and salt correction S05: normalisation with biomass expressed as carbon S05: normalisation with biomass expressed as nitrogen S05: processing following SCOR protocol S05: processing after Wright and Coffin (1984) S05: recomputation to potential temperature using pCO2EXP((Theta - T)0.0423) S05: recomputation to water location at fixed time using POL NSP model S05: salt correction S05: smoothed S05: standardisation to NBS scale S05: correction after Stuiver and Reimer S05: subtraction of measured atmospheric pressure and conversion to depth using unspecified algorithm S05: subtraction of Synechococcus+Prochlorococcus from total bacteria S05: subtraction of tidal height sensor2 value from tidal height sensor1 value S05: subtraction of value predicted by tidal analysis S05: summation of staged leachate analyses S05: summation of size-fractions and differencing results from acidified and unacidified samples S05: summation of vehicle depth below water column surface and height above bed S05: correction to in-situ temperature after Takahashi S05: taking the average value from two or more sensors S05: taking the maximum value from two or more sensors S05: tidal analysis S05: transformation from WGS84 to Irish National Grid Reference System S05: unspecified prediction algorithm S05: verification against independent measurements S05: computation from wet bulk density and assumed mineral grain and seawater densities S05: computation from wet bulk density S05: correction for lithogenic Ba contribution S05: computation from pCO2 following correction to dry air and calibration against standards S05: Takahashi correction to in-situ temperature S05: computation from biovolume using equations from Menden-Deuer and Lessard (2000) S05: normalisation from per cell to per cell volume S05: computation using UNESCO 1983 algorithm S05: computation using UNESCO 1983 algorithm and NO calibration against independent measurements S05: computation using UNESCO 1983 algorithm and calibration against independent measurements S05: computation using Andrassy (1956) formula S05: computation by morphometric method S05: categorisation using EMODnet chemistry reporting protocol S05: down-crossing analysis S05: up-crossing analysis S05: correction for variation in surface illumination S05: computation using stereometric formulas S05: expressed at measurement altitude S05: correction for atmospheric stability and to a height of 10m S05: cell averaging S05: classification to a term from the NVS SeaDataCloud Flow Cytometry Standardised Cluster Names Vocabulary (SDN:F02::) S05: computation from PvI and the absorption of photosynthetically active radiation (PAR) data S05: classification to a term from the JNCC's Marine Habitat Classification for Britain and Ireland Version 04.05 (SDN:M20::) S05: classification to a term from the JNCC's Marine Habitat Classification for Britain and Ireland Version 15.03 (SDN:M21::) S05: automated record analysis using the zero-crossing method S05: Tucker-Draper method S05: computation using protocol of Barstow et al. (1991) S05: using the epsilon notation S05: using the delta notation S05: conversion from height above seabed using bathymetric depth S05: computation from regression line of suspended sediment concentration versus water flow velocity S05: computation from total mass of suspended solids and bulk density S05: using 0 or 1 binary classification S05: using P or N binary classification S05: computation using the Blackburn-Caperon model
Note	accepted
Deprecated	false
Alternative Label
Version	2
Has Current Version	http://vocab.nerc.ac.uk/collection/S01/current/S0111/2/
Authored On	2018-08-23 15:23:56

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