Concept
data processing method entity
| URI | http://vocab.nerc.ac.uk/collection/S01/current/S0111/ | ||
|---|---|---|---|
| Within Vocab | BODC parameter semantic model component names | ||
| Alternative Labels | |||
| Definition | Portion of the BODC parameter semantic model describing post-analysis data processing. It is part of the how theme. | ||
| Date | 2018-08-23T15:23:56 | ||
| Identifier | SDN:S01::S0111 | ||
| Note | accepted | ||
| Has Current Version | 2 | ||
| Version | 1 | ||
| version | 2 | ||
| Broader | S01:S013 |
how theme | Mapping: 1473775 |
| Narrower | |||
| S05 BODC parameter semantic model data processing entity descriptions - (208) [+] | |||
S05:S050020 |
algal1 algorithm | Mapping: 1473597 | |
S05:S050063 |
analysis of cumulative frequency ordered by phi (coarse to fine) | Mapping: 1473639 | |
S05:S050064 |
analysis of cumulative settling rate curve | Mapping: 1473640 | |
S05:S050065 |
analysis of cumulative settling rate curve after Folk and Ward (1957) | Mapping: 1473641 | |
S05:S050066 |
automated record analysis | Mapping: 1473642 | |
S05:S050199 |
automated record analysis using the zero-crossing method | Mapping: 1538419 | |
S05:S050067 |
averaging of all functional beams | Mapping: 1473643 | |
S05:S050068 |
averaging values from multiple core segments | Mapping: 1473644 | |
S05:S050014 |
calibration against Ca analyses with correction for chlorophyll interference | Mapping: 1473591 | |
S05:S050022 |
calibration against independent measurements | Mapping: 1473599 | |
S05:S050010 |
calibration against sample data | Mapping: 1473587 | |
S05:S050077 |
calibration against sample data and computation from concentration using Benson and Krause algorithm | Mapping: 1473653 | |
S05:S050078 |
calibration to read zero in clear water | Mapping: 1473654 | |
S05:S050079 |
calibration using protocols of Deines (1999) | Mapping: 1473655 | |
S05:S050187 |
categorisation using EMODnet chemistry reporting protocol | Mapping: 1473763 | |
S05:S050194 |
cell averaging | Mapping: 1473770 | |
S05:S050197 |
classification to a term from the JNCC's Marine Habitat Classification for Britain and Ireland Version 04.05 (SDN:M20::) | Mapping: 1538417 | |
S05:S050198 |
classification to a term from the JNCC's Marine Habitat Classification for Britain and Ireland Version 15.03 (SDN:M21::) | Mapping: 1538418 | |
S05:S050195 |
classification to a term from the NVS SeaDataCloud Flow Cytometry Standardised Cluster Names Vocabulary (SDN:F02::) | Mapping: 1473771 | |
S05:S050009 |
computation | Mapping: 1473586 | |
S05:S050080 |
computation after Folk and Ward (1957) | Mapping: 1473656 | |
S05:S050186 |
computation by morphometric method | Mapping: 1473762 | |
S05:S050070 |
computation from 1st order Fourier coefficients of directional distribution of energy, A1 and B1 | Mapping: 1473646 | |
S05:S050060 |
computation from air temperature and relative humidity data | Mapping: 1473636 | |
S05:S050180 |
computation from biovolume using equations from Menden-Deuer and Lessard (2000) | Mapping: 1473756 | |
S05:S050061 |
computation from concentration | Mapping: 1473637 | |
S05:S050081 |
computation from concentration using Benson and Krause algorithm | Mapping: 1473657 | |
S05:S050082 |
computation from concentration using Weiss algorithm | Mapping: 1473658 | |
S05:S050083 |
computation from cross spectra | Mapping: 1473659 | |
S05:S050084 |
computation from CTD density profile | Mapping: 1473660 | |
S05:S050085 |
computation from CTD temperature profile | Mapping: 1473661 | |
S05:S050071 |
computation from DMS concentration and shipboard wind speed | Mapping: 1473647 | |
S05:S050086 |
computation from fast microstructure temperature | Mapping: 1473662 | |
S05:S050072 |
computation from Fm and Fo fluorescence yields from the dark chamber | Mapping: 1473648 | |
S05:S050073 |
computation from Fm and Fo fluorescence yields from the light chamber | Mapping: 1473649 | |
S05:S050087 |
computation from horizontal co-spectra translation after Kuik et al. (1988) | Mapping: 1473663 | |
S05:S050088 |
computation from moments as defined by Cartwright and Longuet-Higgins (1956) | Mapping: 1473664 | |
S05:S050178 |
computation from pCO2 following correction to dry air and calibration against standards | Mapping: 1473754 | |
S05:S050089 |
computation from pH and alkalinity | Mapping: 1473665 | |
S05:S050090 |
computation from phi size distribution | Mapping: 1473666 | |
S05:S050074 |
computation from potassium concentration | Mapping: 1473650 | |
S05:S050091 |
computation from pressure, salinity and IPTS-68 temperature using UNESCO algorithm | Mapping: 1473667 | |
S05:S050092 |
computation from probe free-fall time using unspecified algorithm | Mapping: 1473668 | |
S05:S050196 |
computation from PvI and the absorption of photosynthetically active radiation (PAR) data | Mapping: 1473772 | |
S05:S050093 |
computation from PvI data and measured light profile | Mapping: 1473669 | |
S05:S050094 |
computation from PvI data and measured wavelength-dependent phytoplankton absorption coefficients | Mapping: 1473670 | |
S05:S050075 |
computation from rate of change of concentration in overlying water | Mapping: 1473651 | |
S05:S050205 |
computation from regression line of suspended sediment concentration versus water flow velocity | Mapping: 1538425 | |
S05:S050095 |
computation from salinity and potential temperature using UNESCO algorithm | Mapping: 1473671 | |
S05:S050096 |
computation from salinity and temperature using UNESCO algorithm | Mapping: 1473672 | |
S05:S050097 |
computation from temperature and salinity by unspecified algorithm | Mapping: 1473673 | |
S05:S050098 |
computation from the ratio of horizontal translation to heave | Mapping: 1473674 | |
S05:S050024 |
computation from the ratio of upwelled irradiance at 440 and 570 nm | Mapping: 1473601 | |
S05:S050017 |
computation from the ratio of upwelled irradiance at 490 and 570 nm | Mapping: 1473594 | |
S05:S050206 |
computation from total mass of suspended solids and bulk density | Mapping: 1538426 | |
S05:S050099 |
computation from travel time averaged from all operational beams and unknown sound velocity profile | Mapping: 1473675 | |
S05:S050100 |
computation from turbulent kinetic energy and density | Mapping: 1473676 | |
S05:S050101 |
computation from variation of light intensity with depth | Mapping: 1473677 | |
S05:S050102 |
computation from volume scatter data | Mapping: 1473678 | |
S05:S050105 |
computation from wet and dry bulb thermometer data | Mapping: 1473681 | |
S05:S050176 |
computation from wet bulk density | Mapping: 1473752 | |
S05:S050175 |
computation from wet bulk density and assumed mineral grain and seawater densities | Mapping: 1473751 | |
S05:S050002 |
computation of Blundell and Barber (2005) | Mapping: 1473579 | |
S05:S050058 |
computation of carbon biomass from abundance | Mapping: 1473634 | |
S05:S050062 |
computation of carbon biomass from abundance using the equation of Putt and Stoecker (1989) | Mapping: 1473638 | |
S05:S050069 |
computation of carbon biomass from measured weight and profile integration | Mapping: 1473645 | |
S05:S050076 |
computation of carbon from calcium | Mapping: 1473652 | |
S05:S050059 |
computation of carbon produced from amino acid uptake, abundance and cell volume data | Mapping: 1473635 | |
S05:S050106 |
computation of density reciprocal from pressure, temperature and salinity | Mapping: 1473682 | |
S05:S050107 |
computation of depth using unspecified drop rate algorithm converted to pressure using UNESCO algorithm | Mapping: 1473683 | |
S05:S050108 |
computation of rate of change from variable incubation durations | Mapping: 1473684 | |
S05:S050185 |
computation using Andrassy (1956) formula | Mapping: 1473761 | |
S05:S050047 |
computation using Fourier analysis after Goda (1970) | Mapping: 1473623 | |
S05:S050048 |
computation using Fourier analysis after Nolte and Hsu (1972) | Mapping: 1473624 | |
S05:S050049 |
computation using Fourier analysis with no depth attenuation correction | Mapping: 1473625 | |
S05:S050027 |
computation using OC5 algorithm | Mapping: 1473604 | |
S05:S050109 |
computation using P-EXEC algorithm | Mapping: 1473685 | |
S05:S050201 |
computation using protocol of Barstow et al. (1991) | Mapping: 1538421 | |
S05:S050191 |
computation using stereometric formulas | Mapping: 1473767 | |
S05:S050110 |
computation using stereometrical configurations of Edler (1979) | Mapping: 1473686 | |
S05:S050111 |
computation using stereometrical configurations of Edler(1979) and carbon factor of Gonzalez and Smetacek(1994) | Mapping: 1473687 | |
S05:S050179 |
computation using Takahashi correction to in-situ temperature | Mapping: 1473755 | |
S05:S050209 |
computation using the Blackburn-Caperon model | Mapping: 1538429 | |
S05:S050182 |
computation using UNESCO 1983 algorithm | Mapping: 1473758 | |
S05:S050184 |
computation using UNESCO 1983 algorithm and calibration against independent measurements | Mapping: 1473760 | |
S05:S050183 |
computation using UNESCO 1983 algorithm and no calibration against independent measurements | Mapping: 1473759 | |
S05:S050112 |
computation using UNESCO algorithm | Mapping: 1473688 | |
S05:S050113 |
computation using UNESCO algorithm and calibration against independent measurements | Mapping: 1473689 | |
S05:S050114 |
computation using UNESCO algorithm and no calibration against independent measurements | Mapping: 1473690 | |
S05:S050008 |
concentration to activity conversion based on half life | Mapping: 1473585 | |
S05:S050204 |
conversion from height above seabed using bathymetric depth | Mapping: 1538424 | |
S05:S050115 |
conversion to Beaufort scale | Mapping: 1473691 | |
S05:S050116 |
conversion to depth using unspecified algorithm | Mapping: 1473692 | |
S05:S050123 |
conversion to seawater depth using UNESCO algorithm | Mapping: 1473699 | |
S05:S050117 |
conversion to WMO code | Mapping: 1473693 | |
S05:S050118 |
conversion to WMO code using table 0885/0877 | Mapping: 1473694 | |
S05:S050119 |
conversion to WMO code using table 1555 | Mapping: 1473695 | |
S05:S050120 |
conversion to WMO code using table 3155 | Mapping: 1473696 | |
S05:S050121 |
conversion to WMO code using table 3700 | Mapping: 1473697 | |
S05:S050122 |
conversion to WMO code using table 4677/4501 | Mapping: 1473698 | |
S05:S050006 |
corrected for the detrital contribution | Mapping: 1473583 | |
S05:S050011 |
corrected for the dissolution of lithogenic minerals | Mapping: 1473588 | |
S05:S050104 |
correction after Del Grosso | Mapping: 1473680 | |
S05:S050126 |
correction after Kuwahara | Mapping: 1473702 | |
S05:S050160 |
correction after Stuiver and Reimer | Mapping: 1473736 | |
S05:S050127 |
correction after Wilson | Mapping: 1473703 | |
S05:S050128 |
correction based on measured sound velocity profile | Mapping: 1473704 | |
S05:S050124 |
correction for atmospheric pressure | Mapping: 1473700 | |
S05:S050193 |
correction for atmospheric stability and to a height of 10m | Mapping: 1473769 | |
S05:S050129 |
correction for bacterial chlorophyll c+d following Caraco & Puccoon 1986 and Golterman et al. 1978 protocols | Mapping: 1473705 | |
S05:S050130 |
correction for drift | Mapping: 1473706 | |
S05:S050131 |
correction for hydrolysis | Mapping: 1473707 | |
S05:S050177 |
correction for lithogenic Ba contribution | Mapping: 1473753 | |
S05:S050021 |
correction for nitrite | Mapping: 1473598 | |
S05:S050132 |
correction for seawater compressibility | Mapping: 1473708 | |
S05:S050190 |
correction for variation in surface illumination | Mapping: 1473766 | |
S05:S050133 |
correction to a common scale | Mapping: 1473709 | |
S05:S050134 |
correction to a path length of 1m | Mapping: 1473710 | |
S05:S050135 |
correction to a path length of 1m and for seawater compressibility | Mapping: 1473711 | |
S05:S050168 |
correction to in-situ temperature after Takahashi | Mapping: 1473744 | |
S05:S050125 |
correction to read zero at sea level | Mapping: 1473701 | |
S05:S050136 |
correction to sea level | Mapping: 1473712 | |
S05:S050137 |
correction to sea level and averaging of multiple sensors | Mapping: 1473713 | |
S05:S050138 |
correction to sea level and subtraction of value predicted by tidal analysis | Mapping: 1473714 | |
S05:S050139 |
correction to true North | Mapping: 1473715 | |
S05:S050140 |
correction to zero at sea level and conversion to depth using unspecified algorithm | Mapping: 1473716 | |
S05:S050141 |
correction using Carter's tables | Mapping: 1473717 | |
S05:S050142 |
correction using co-located air pressure and subtraction of value predicted by tidal analysis | Mapping: 1473718 | |
S05:S050103 |
correction using co-located air pressure data expressed to unspecified datum by subtraction of a constant | Mapping: 1473679 | |
S05:S050143 |
correction using Matthew's tables | Mapping: 1473719 | |
S05:S050144 |
dark current baseline correction | Mapping: 1473720 | |
S05:S050007 |
decay correction to sampling time | Mapping: 1473584 | |
S05:S050145 |
derivation from GEBCO centenary edition 1-minute global grid | Mapping: 1473721 | |
S05:S050146 |
derivation from the raw data from the dark chamber to Kolber et al 1998 biophysical model using Laney v4 2003 software | Mapping: 1473722 | |
S05:S050023 |
derivation from the raw data from the dark chamber with calibration against sample data | Mapping: 1473600 | |
S05:S050147 |
derivation from the raw data from the light chamber to Kolber et al 1998 biophysical model using Laney v4 2003 software | Mapping: 1473723 | |
S05:S050148 |
differencing carbon uptake with and without nitrification inhibitor | Mapping: 1473724 | |
S05:S050032 |
differencing determinations on sample before and after 400C ignition | Mapping: 1473609 | |
S05:S050033 |
differencing DMSO before and after incubation | Mapping: 1473610 | |
S05:S050034 |
differencing DOC before and after incubation | Mapping: 1473611 | |
S05:S050035 |
differencing of the measurements | Mapping: 1473612 | |
S05:S050036 |
differencing results from acidified and unacidified samples | Mapping: 1473613 | |
S05:S050037 |
differencing results from acidified and unacidified samples and profile integration | Mapping: 1473614 | |
S05:S050038 |
differencing results from acidified and unacidified samples, summation of size fractionated data and profile integration | Mapping: 1473615 | |
S05:S050025 |
differencing the results from 0.4um and 10**4 Dalton filtered water | Mapping: 1473602 | |
S05:S050040 |
division of in-situ resistivity by resistivity of overlying water | Mapping: 1473616 | |
S05:S050041 |
division of upwelling irradiance by downwelling irradiance | Mapping: 1473617 | |
S05:S050188 |
down-crossing analysis | Mapping: 1473764 | |
S05:S050042 |
empirical correction for optics fouling and Saunders compressibility correction | Mapping: 1473618 | |
S05:S050043 |
estimation from phytoplankton spectral absorption coefficients after Dubinsky (1980) | Mapping: 1473619 | |
S05:S050044 |
estimation from surface roughness | Mapping: 1473620 | |
S05:S050045 |
expressed as PPi | Mapping: 1473621 | |
S05:S050192 |
expressed at measurement altitude | Mapping: 1473768 | |
S05:S050046 |
expressed to unspecified datum by subtraction of a constant | Mapping: 1473622 | |
S05:S050050 |
geometric statistics computation | Mapping: 1473626 | |
S05:S050051 |
laboratory calibration against formazin | Mapping: 1473627 | |
S05:S050015 |
laboratory calibration applied | Mapping: 1473592 | |
S05:S050004 |
lipid normalisation (wet weight cct/lipid proportion) | Mapping: 1473581 | |
S05:S050005 |
lipid normalisation (wet weight cct/lipid proportion) and weaning correction | Mapping: 1473582 | |
S05:S050052 |
manual record analysis | Mapping: 1473628 | |
S05:S050019 |
manufacturer's calibration applied | Mapping: 1473596 | |
S05:S050053 |
most probable number analysis | Mapping: 1473629 | |
S05:S050054 |
multiplication by 10**7 | Mapping: 1473630 | |
S05:S050013 |
no calibration against sample data | Mapping: 1473590 | |
S05:S050055 |
no correction or calibration of raw count rates | Mapping: 1473631 | |
S05:S050056 |
no salt correction | Mapping: 1473632 | |
S05:S050057 |
no verification against independent measurements | Mapping: 1473633 | |
S05:S050181 |
normalisation from per cell to per cell volume | Mapping: 1473757 | |
S05:S050030 |
normalisation to organic carbon and lutum content (RIKZ 'standard sediment') | Mapping: 1473607 | |
S05:S050151 |
normalisation with biomass expressed as carbon | Mapping: 1473727 | |
S05:S050152 |
normalisation with biomass expressed as nitrogen | Mapping: 1473728 | |
S05:S050003 |
not specified | Mapping: 1473580 | |
S05:S050012 |
processed following the protocol of Yentsch+Menzel | Mapping: 1473589 | |
S05:S050154 |
processing after Wright and Coffin (1984) | Mapping: 1473730 | |
S05:S050153 |
processing following SCOR protocol | Mapping: 1473729 | |
S05:S050026 |
processing following the Lorenzen protocol | Mapping: 1473603 | |
S05:S050018 |
profile integration | Mapping: 1473595 | |
S05:S050001 |
protocol of Rasmussen et al. (2006) | Mapping: 1473578 | |
S05:S050155 |
recomputation to potential temperature using pCO2*EXP((Theta - T)*0.0423) | Mapping: 1473731 | |
S05:S050156 |
recomputation to water location at fixed time using POL NSP model | Mapping: 1473732 | |
S05:S050157 |
salt correction | Mapping: 1473733 | |
S05:S050158 |
smoothed | Mapping: 1473734 | |
S05:S050159 |
standardisation to NBS scale | Mapping: 1473735 | |
S05:S050161 |
subtraction of measured atmospheric pressure and conversion to depth using unspecified algorithm | Mapping: 1473737 | |
S05:S050031 |
subtraction of nominal ambient pressure value | Mapping: 1473608 | |
S05:S050162 |
subtraction of Synechococcus+Prochlorococcus from total bacteria | Mapping: 1473738 | |
S05:S050163 |
subtraction of tidal height sensor2 value from tidal height sensor1 value | Mapping: 1473739 | |
S05:S050164 |
subtraction of value predicted by tidal analysis | Mapping: 1473740 | |
S05:S050016 |
summation of size-fractionated values | Mapping: 1473593 | |
S05:S050029 |
summation of size-fractionated values and profile integration | Mapping: 1473606 | |
S05:S050166 |
summation of size-fractions and differencing results from acidified and unacidified samples | Mapping: 1473742 | |
S05:S050165 |
summation of staged leachate analyses | Mapping: 1473741 | |
S05:S050167 |
summation of vehicle depth below water column surface and height above bed | Mapping: 1473743 | |
S05:S050028 |
synthesis from multiple satellite sensors | Mapping: 1473605 | |
S05:S050169 |
taking the average value from two or more sensors | Mapping: 1473745 | |
S05:S050170 |
taking the maximum value from two or more sensors | Mapping: 1473746 | |
S05:S050171 |
tidal analysis | Mapping: 1473747 | |
S05:S050172 |
transformation from WGS84 to Irish National Grid Reference System | Mapping: 1473748 | |
S05:S050200 |
Tucker-Draper method | Mapping: 1538420 | |
S05:S050173 |
unspecified prediction algorithm | Mapping: 1473749 | |
S05:S050189 |
up-crossing analysis | Mapping: 1473765 | |
S05:S050207 |
using 0 or 1 binary classification | Mapping: 1538427 | |
S05:S050208 |
using P or N binary classification | Mapping: 1538428 | |
S05:S050203 |
using the delta notation | Mapping: 1538423 | |
S05:S050202 |
using the epsilon notation | Mapping: 1538422 | |
S05:S050174 |
verification against independent measurements | Mapping: 1473750 | |
S05:S050149 |
volume computation from mass and mean density | Mapping: 1473725 | |
S05:S050150 |
volume computation from weight loss on drying and salt correction | Mapping: 1473726 | |
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