Total P08 categories: 12 (1 deprecated) | Total P03 keywords: 77 (6 deprecated)
The biological oceanographic science domain
SDN:P03::B005
This group incorporates all state variables pertaining to bacteria (Kingdom Monera)and viruses. Note that Monera includes both Phylum Bacteria and Phylum Cyanophycota (cyanobacteria but sometimes called blue-green algae). Most parameters in this group express the abundance, either as cell counts or biomass, of various types of bacteria or viruses. However, the group also includes parameters that describe any other property of these entities that are not rates or fluxes . Examples include cell size, cell volume and the proportion of the population associated with the particulate phase.
SDN:P03::B070
All parameters of any dimensionality (per unit volume, area or simply counts) quantifying the numbers, mass or diversity (species variation) of biota in water bodies, sediment or the atmosphere.
SDN:P03::B007
This group contains all parameters relating to the composition of organisms or their constituent parts. It may include any analytical measurements on biological material, but is specifically designed for heavy metal and organic contaminant biota pollution monitoring data.
SDN:P03::B015
This group incorporates all variables pertaining to birds, mammals and reptiles, including abundance, biomass, biological function and state of health.
SDN:P03::B060
Parameters pertaining to all types of diseases, infections, poisonings and physical damage in any type of biota.
SDN:P03::B020
This group incorporates all state variables pertaining to fish, such as abundance, biomass and fisheries data.
SDN:P03::B055
Parameters pertaining to plants in the taxonomic groups Rhodophycota, Chromphycota and Chlorophycota (seaweeds/macroalgae) and Charophyta plus Anthophyta (seagrass)
SDN:P03::B025
This group incorporates all state variables pertaining to microzooplankton, defined as heterotrophic organisms smaller than 200 microns in length. The term covers organisms sometimes referred to as picozooplankton or nanozooplankton. Most parameters express the abundance, either as cell counts or biomass, of various types of microzooplankton, but may include other properties such as cell volume. Rates (including grazing parameters) and fluxes are not included here (see Rates and Fluxes APGs).
SDN:P03::B027
This is a 'safety net' category to cover biological parameters that cannot be mapped to other Agreed Parameter Groups. It should be regarded as a transitional grouping: if a significant number of related parameters map to this group then the creation of an additional group should be discussed and agreed. The following parameters within the BODC Parameter Dictionary currently (May 2003) fall into this category. Specimen length (mean and standard deviation) Exuvia Growth coefficient and standard error Algal fragment abundance Total plankton abundance Pollen abundance Fungal spore abundance Transparent exopolymer particle abundance Genetic parameters such as RuBisCO hybridisation
SDN:P03::B030
Parameters related to autotrophic organisms smaller than 200 microns that are free-floating in water bodies, live in sediment or on the seabed.
SDN:P03::B035
This group incorporates plant pigment concentration parameters and uncalibrated readings from instruments that make in-situ pigment measurements, such as fluorometer voltages. The grouping includes measurements on pigments in the particulate phase of the water column (expressed as pigment mass per unit volume/mass of water), pigments in sediment (expressed as pigment mass per unit mass or volume of sediment) and zooplankton gut pigment contents (expressed as pigment mass per individual).
SDN:P03::G055
Parameters pertaining to flora, fauna and their fossil remains in rocks and unlithified sediment. Includes zoobenthos, phytobenthos and palaeontology.
SDN:P03::UWPH
Still or video digital images taken below the surface of the water column
SDN:P03::B045
This group incorporates all state variables pertaining to zooplankton, which are defined for the purposes of this grouping as any heterotrophic organisms in the water column that are not mammals, reptiles or fish. Most parameters in this group express the abundance, either as cell counts or biomass, of various types of zooplankton. However, the group also includes parameters that describe any other property of these entities that are not rates or fluxes , such as the concentrations of faecal pellets or eggs in the water column or sediment.
The chemical oceanographic science domain
SDN:P03::C003
This group contains parameters pertaining to amino acid concentrations. Amino acids are defined as carboxylic acids with an amino group at the alpha position. The grouping covers concentrations of these compounds in the water column (mass of amino acid per unit mass/volume of water) or their content in sediment or suspended particulate matter. The grouping does not include amino acid fluxes or rate variables, such as bacterial production by leucine uptake.
SDN:P03::B007
This group contains all parameters relating to the composition of organisms or their constituent parts. It may include any analytical measurements on biological material, but is specifically designed for heavy metal and organic contaminant biota pollution monitoring data.
SDN:P03::C005
This group contains the state variable parameters pertaining to carbon, nitrogen and phosphorus that do not obviously belong in other groupings. Consequently, this grouping should be considered as an 'others' category and its contents should be periodically reviewed with a view to the creation of additional groupings should this be deemed necessary. In the case of carbon, parameters are split between this grouping and the Carbonate System APG. The latter are clearly defined and this group contains anything that is left. Current (May 2003) carbon parameters in this grouping from the BODC Parameter Dictionary include: Measurements of the calcite concentration in the water column expressed in terms of carbon concentration per unit volume/mass of water. Particulate organic (or total) carbon concentration. Dissolved organic carbon concentration. Total, organic and/or inorganic carbon content (mass carbon per unit mass of substrate) of sediment or suspended particulate material. For nitrogen, the parameters are split between this APG and Nutrients. Again, the latter is more clearly defined, leaving the rest for this grouping. Current (May 2003) nitrogen parameters in this grouping from the BODC Parameter Dictionary include: Particulate nitrogen ("PON") concentration. Dissolved total nitrogen. Nitrogen content of sediment. For phosphorus, the parameters are again split between this APG and Nutrients, which is the more clearly defined. Current (May 2003) phosphorus parameters in this grouping from the BODC Parameter Dictionary include: Particulate total and organic phosphorus concentration. Dissolved total phosphorus. Phosphorus content of sediment or SPM.
SDN:P03::C010
This group incorporates the state variables that describe the concentration of dissolved inorganic carbon and the status of the equilibrium between this and the atmospheric carbon dioxide concentration. These are: Carbon dioxide partial pressure/fugacity. Total alkalinity. pH Dissolved inorganic carbon (TCO 2 ) The group also includes parameters that are essential for the interpretation of the data, such as the temperature at which a parameter was collected or to which it has been recalculated.
SDN:P03::C015
This group incorporates dissolved gas concentrations and/or saturations, excluding: Gases that are incorporated into the water column through chemical reaction and quantified as the products of the reaction, such as ammonia and carbon dioxide. Gases that belong to other chemical-type APGs. For example, methane parameters are placed in the Hydrocarbons APG and not Dissolved Gases. Gases are defined as substances with a boiling point below 50 °C at atmospheric pressure (terrestrial conditions extreme limit). The group also includes: Parameters collected by instruments making in-situ measurements of dissolved gas concentration, such as oxygen membrane current and temperature. Parameters required for data standardisation, such as oxygen fixation temperature. Parameters required for the interpretation of gas concentration parameters, such as the temperature and pressure at which the concentration has been calculated if these differ from the in-situ conditions for the sample. This APG should represents dissolved gases that do not fit in any other category and consequently its contents should be periodically reviewed to see if further classes need to be specified.
SDN:P03::C017
This group incorporates the parameters relating to the fatty acid content of sediment or suspended particulate material. Contents are expressed either as 'concentrations' (SPM fatty acid per unit volume of water) or 'contents' (quantity of fatty acid per unit mass of sediment or SPM). Fatty acids are considered as the naturally occurring continuous chain, saturated and unsaturated aliphatic acids. In their ester form these are the constituents of the fats, waxes and oils of plants and animals. Simpler carboxylic acids with an alkyl or alkenyl group, sometimes loosely termed 'fatty acids' are not included.
SDN:P03::C020
Parameters concerning all compounds of carbon covalently bonded to and one or members of the halogen group (fluorine, chlorine, bromine or iodine) but with no other functional groups. It includes naturally generated compounds (usually short-chain haloalkanes and haloalkenes), man-made freons and contaminants such as organochlorine pesticides.
SDN:P03::C025
This group contains parameter codes describing the concentrations of the compounds of carbon and hydrogen. All compounds conforming to this definition are placed in this APG, including aromatic compounds, even polycyclic aromatic hydrocarbons traditionally categorised as 'pollutants'. This is to circumvent problems deciding which hydrocarbons are pollutants and which are not.
SDN:P03::C030
This group contains parameter codes relating to the abundance of both radioactive and stable isotopes. All types of substrate are included - water, SPM, sediment and biological material.
SDN:P03::C035
Parameters pertaining to metal and trace metalloid (i.e. excluding Si) concentrations in any material.
SDN:P03::C040
This group contains parameter codes describing the concentrations of the substances that provide the essential basic elements - nitrogen, phosphorus and silicon - to the phytoplankton. The species covered are: Nitrogen - nitrate, nitrite, ammonium and urea. Phosphorus - orthophosphate Silicon - hydrosilicic acid, commonly termed 'silicate'. The grouping also covers uncalibrated analytical or in-situ instrument outputs, such as monochromatic optical absorbances at the appropriate wavelengths for nutrient determination.
SDN:P03::C045
This is a 'safety net' category to cover inorganic chemical parameters that cannot be mapped to other Agreed Parameter Groups. It should be regarded as a transitional grouping: if a significant number of related parameters map to this group then the creation of an additional group should be discussed and agreed. The following parameters within the BODC Parameter Dictionary currently (May 2003) fall into this category. Non-metal concentrations in the water column, suspended particulate material and sediment. Element distribution coefficients between dissolved and particulate phases. Thermodynamic data such as ligand binding strengths. Redox potentials. Uncalibrated analytical instrument output, such as XRF counts for element-specific peaks.
SDN:P03::C050
This is a 'safety net' category to cover organic chemical parameters that cannot be mapped to other Agreed Parameter Groups. It should be regarded as a transitional grouping: if a significant number of related parameters map to this group then the creation of an additional group should be discussed and agreed. The following parameters within the BODC Parameter Dictionary currently (May 2003) fall into this category. Alkenones, alkanols and alkenoate concentrations. Organometallic compound and ligand, such as dimethyl arsenic and Fe-organic ligand, concentrations. Organosulphur compound, such as dimethyl sulphoxide and DMSP, concentrations. Note that dimethyl sulphide has been categorised as a dissolved gas. Biomarker compound, such as DNA, RNA and ATP, concentrations. Carbohydrate concentrations. Protein concentrations. Amine concentrations.
SDN:P03::C055
This group is designed to bring together parameters pertaining to concentrations of extremely toxic organic chemicals in air, water, SPM, sediment or biological material. It has been set up as an alternative miscellaneous APG to 'Other Organic Chemical Measurements' to assist searches for environmentally significant substances. The inclusion of a parameter in this grouping has to be subjective to some extent. The following types of substance have been included for the current (May 2003) version of the BODC Parameter Dictionary. Polychlorobiphenols (PCBs) Pesticides Herbicides Anti-fouling agents
The physical oceanographic science domain
SDN:P03::D005
This group contains parameter codes relating to the propagation of sound through seawater, such as signal amplitude, noise, signal return, travel time and sound velocity.
SDN:P03::D030
This APG contains all parameters pertaining to the measurement of: Eulerian currents Lagrangian currents (except drifter position) Vertical currents River flow velocity
SDN:P03::D015
This APG contains parameters pertaining to the optical properties of seawater. Assigning parameters to this group encounters two areas of difficulty. Optical techniques, such as transmissometers and nephelometers, are used to quantify SPM concentration. The 'usual' parameter for transmissometer measurements is optical attenuance (or its natural log), which is clearly an optical property. Consequently, attenuance, percentage transmission and their precursor voltages have been included in this APG. However, the usual calibrated parameter from a nephelometer is turbidity, which is clearly more closely related to the suspended load of the water column. Consequently, nephelometer parameters, including raw voltages, have been included in the Suspended Particulate Matter APG. Light intensity, such as downwelling irradiance, may be measured by sensors placed either above or below the surface of the water. It might be argued that the latter belonged in the Meteorology APG. However, some irradiance records include measurements both above and below the sea surface to quantify light loss across the air-sea interface. Consequently, both surface and subsurface irradiance have been placed in the Optical Properties APG.
SDN:P03::D020
This is a 'safety net' category to cover physical oceanographic parameters that cannot be mapped to other Agreed Parameter Groups. It should be regarded as a transitional grouping: if a significant number of related parameters map to this group then the creation of an additional group should be discussed and agreed. The following parameters within the BODC Parameter Dictionary currently (May 2003) fall into this category. Parameters derived from temperature and salinity, such as density anomaly and Brunt-Vaisala frequency. The volume to mass (litres to kilograms) conversion parameter. Parameters measured by in-situ turbulence probes (e.g. FLY probe), such as temperature dissipation rate, turbulent kinetic energy dissipation and diffusivity. The BODC parameters 'PRES' (sea pressure in decibars) and 'ADEP' (depth in metres) are also included in this group. This is because there is an ambiguity problem with these parameters assigned to both measurements of tidal height by water level recorders (obviously Currents, Sea Level and Waves APG) and to the 'z' spatial co-ordinate for CTD and radiosonde data (obviously Administration and Dimensions APG). This problem will be addressed in a planned future restructuring of the BODC database by setting up and applying two separate codes. Pressure channels in current meter records pose additional problems as the data may either be used as a measure of tidal height or to monitor the depth of the instrument, looking primarily for knockdown. Current thinking is to assign the 'tidal height' pressure code in this case as the pressure record rarely provides an accurate estimate of the instrument's 'z' co-ordinate.
SDN:P03::D032
This APG contains all parameters pertaining to the measurement of: Sea level relative to a terrestrial datum Water column height at a fixed location
SDN:P03::D025
This APG includes the parameters associated with the in-situ measurement of water column temperature (including potential temperature) and salinity (including conductivity). Parameters derived from either temperature or salinity (but not temperature AND salinity), such as temperature gradient or temperature variance, are also included.
SDN:P03::D034
This APG contains all parameters pertaining to the measurement of: Wave height Wave period Wave direction Wave energy spectra
The marine geological science domain
SDN:P03::GPYS
In-situ measurements of physical phenomena designed to elucidate the composition and structure of underlying geological units
SDN:P03::G030
Parameters pertaining to the absolute and stratigraphic age of rocks (including speleotherms) and unlithified sediment.
SDN:P03::GTHM
Parameters pertaining to the distribution of the degree of hotness in geologic units (including bodies of unconsolidated sediment), heat transfer in the Earth and the thermal properties of rocks, minerals and sediments.
SDN:P03::G005
Parameters related to the strength and characteristics of the Earth's magnetic and gravity fields and the spatial variation in water body depth.
SDN:P03::GMAR
Parameters describing the morphology, evolution and associated transport phenomena of both seafloor and coastal landforms and features. Seafloor features may include bedforms, seamounts and ridges. Coastal features may include beaches and dunes.
SDN:P03::G055
Parameters pertaining to flora, fauna and their fossil remains in rocks and unlithified sediment. Includes zoobenthos, phytobenthos and palaeontology.
SDN:P03::G035
Parameters pertaining to the chemistry (including isotopic composition) of rocks (including speleotherms) and unlithified sediment.
SDN:P03::G045
Parameters pertaining to the petrological characterisation and component minerals of rocks (including speleotherms) and unlithified sediment.
SDN:P03::G040
Parameters pertaining to the physical properties of rocks (including speleotherms) and unlithified sediment.
SDN:P03::GSED
Parameters pertaining to the sedimentological characterisation (e.g. structure, formation) of rocks (including speleothems) and unlithified sediment
SDN:P03::G050
Parameters pertaining to the chemistry of the interstitial pore waters in unlithified sediments.
SDN:P03::G060
Parameters pertaining to the removal and deposition of unlithified sediments.
SDN:P03::G012
Parameters associated with determination of sub-floor structure based on the propogation of acoustic energy and acoustic imaging of the sea floor.
SDN:P03::G015
Parameters pertaining to material in suspension within water bodies.
SDN:P03::UWPH
Still or video digital images taken below the surface of the water column
The atmospheric sciences domain
SDN:P03::M005
Parameters quantifying and characterising the solid, liquid and gaseous materials that make up the Earth's atmosphere
SDN:P03::M010
Physical phenomena and properties of the atmosphere including air temperature, air pressure, humidity, precipitation, wind velocity and radiation.
No specific association with an identified domain
SDN:P03::O005
This group contains parameter codes that relate to the rate of transfer of material across real or virtual interfaces. The current (May 2003) BODC Parameter Dictionary includes two types of flux: Vertical fluxes of mass, chemical species and biological entities through the water column (sediment trap fluxes). Fluxes of chemical species between the water column and the underlying sediment, including sediment oxygen demand. However, other categories, such as the estuary discharge fluxes, are envisaged in the future. Note that this APG has been given 'priority' status to enable modellers to easily ascertain the extent of rate variable availability. Flux parameters are included in this APG in preference to any other APG that might seem appropriate.
SDN:P03::O010
This group contains parameter codes that relate to the rate of change of quantity of any chemical species or biological entity. Rates mey be the result of biological (e.g. production), chemical (e.g. photochemical degradation) or biogeochemical (e.g. particulate phase metal uptake rate) processes. The current (May 2003) BODC Parameter Dictionary includes the following types of rate: Primary production ( 14 C uptake rate) Photosynthesis kinetics (P:I experiments) New/regenerated ( 15 N) production Calcification Nitrification Nutrient uptake rates Bacterial production, including thymidine/leucine uptake Metal uptake rates Egg production rates Bacterial and phytoplankton grazing rates Food clearance rates Chemical photoproduction and degradation rates DOC production/uptake DMS/DMSP/DMSO dynamics Excretion and faecal pellet production rates Oxygen/DIC production/respiration Hydrolysis rates Growth efficiency/rates Sulphate reduction rates Some experimental condition parameters, such as incubation temperatures and durations, are also included. Note that this APG has been given 'priority' status to enable modellers to easily ascertain the extent of rate variable availability. Rate parameters are included in this APG in preference to any other APG that might seem appropriate.
Parameters related to spatial and temporal co-ordinates, entity referencing (eg record numbering and keys) and access control
The terrestrial science domain
SDN:P03::G030
Parameters pertaining to the absolute and stratigraphic age of rocks (including speleotherms) and unlithified sediment.
SDN:P03::G055
Parameters pertaining to flora, fauna and their fossil remains in rocks and unlithified sediment. Includes zoobenthos, phytobenthos and palaeontology.
SDN:P03::G035
Parameters pertaining to the chemistry (including isotopic composition) of rocks (including speleotherms) and unlithified sediment.
SDN:P03::G045
Parameters pertaining to the petrological characterisation and component minerals of rocks (including speleotherms) and unlithified sediment.
SDN:P03::G040
Parameters pertaining to the physical properties of rocks (including speleotherms) and unlithified sediment.
SDN:P03::G060
Parameters pertaining to the removal and deposition of unlithified sediments.
The cryosphere science domain, including ice on both land and sea
The domain documenting the habitat (physical, biological or chemical conditions) surrounding an organism or a group of organisms, or factors affecting any part of the earth ecosystem past and present.
SDN:P03::H002
Parameters describing the nature and impact of coastal and offshore man-made objects and the process of creating them.
SDN:P03::B050
Grouping of parameters that characterise, spatially define, label or classify places where organisms are found.
SDN:P03::H001
Parameters describing the abundance, nature and impact of material added to the environment by the activities of man.
The science domain concerned with aquatic life taken from the wild or farmed for human consumption
SDN:P03::B020
This group incorporates all state variables pertaining to fish, such as abundance, biomass and fisheries data.
SDN:P03::H004
Parameters related to any aspect of the taking of water-living fauna from the wild
The domain documenting the activities of man that have an effect on the Earth System.
SDN:P03::H006
Datasets related to the process or industry of farming aquatic animal and plants.
SDN:P03::H007
Datasets related to the process of managing aquatic and coastal environments.
SDN:P03::H008
Datasets related to the process or industry of deploying and maintaining communication and power cables.
SDN:P03::H002
Parameters describing the nature and impact of coastal and offshore man-made objects and the process of creating them.
SDN:P03::H009
Datasets related to the process of managing cultural and historical artifacts.
SDN:P03::H010
Datasets related to the process or industry of electrical power generation.
SDN:P03::H004
Parameters related to any aspect of the taking of water-living fauna from the wild
SDN:P03::H005
Parameters quantifying the level of any type of human activity, generally in the context of environmental considerations
SDN:P03::H011
Datasets related to the process or industry of locating and extracting hydrocarbon compounds from underground sources.
SDN:P03::H012
Datasets related to the process or industry of locating and extracting coal or other minerals.
SDN:P03::H013
Datasets related to the process or industry of deploying and maintaining pipelines.
SDN:P03::H001
Parameters describing the abundance, nature and impact of material added to the environment by the activities of man.
SDN:P03::H014
Datasets related to the process or industry of extracting salt from saltwater.
SDN:P03::H015
Datasets related to the process or industry of tourism including activities and facilities or installations.
SDN:P03::H016
Datasets related to the process or industry of transport including activities and facilities or installations.
The hydrological science domain, including water quality, groundwater, and river systems
SDN:P03::H017
Parameters related to the measurement and mapping of water body depths and elevations.
SDN:P03::H018
Parameters pertaining to the concentration of inorganic halogen compounds in ice formations.
SDN:P03::H019
Parameters pertaining to the concentration of inorganic sulphur compounds in ice formations.
SDN:P03::H020
Parameters pertaining to the concentration of organic sulphur compounds in ice formations.
SDN:P03::H021
Parameters related to the quantification of groundwater resources.
SDN:P03::H022
Parameters pertaining to the chemical composition and properties of groundwater.
SDN:P03::H023
Parameters related to the age determination of ice formations.
SDN:P03::H024
Parameters pertaining to the movement and dynamics of ice formations.
SDN:P03::H025
Parameters used to monitor and assess the presence and impact of invasive species in aquatic environments.
SDN:P03::H026
Parameters pertaining to the concentration of metals in suspended particulate matter in water bodies.
SDN:P03::H027
Parameters pertaining to the concentration of metals in ice and snow formations.
SDN:P03::H028
Parameters related to the exchange of materials between the water column and the bed of water bodies.
SDN:P03::H029
Parameters related to the monitoring and assessment of pollution incidents in water bodies.
SDN:P03::H030
Parameters pertaining to the measurement of river water flow rates and discharge volumes.
SDN:P03::H031
Parameters related to the spectral analysis of wave data in water bodies.
SDN:P03::H032
Parameters pertaining to the stable isotope composition of ice and snow formations.
SDN:P03::H033
Parameters related to the measurement of water content in terrestrial environments.
SDN:P03::H034
Parameters used to assess water quality through biological indicators.
P03 keywords without a P08 broader concept
SDN:P03::Z005
This APG is primarily intended for parameters that specify the dimensions: x, y (e.g. latitude, longitude) z (e.g. height above sea level/sea floor, depth/pressure) t (e.g. date/time, elapsed time) However, there are other parameters, such as general purpose quality control flags, sequence numbers, platform orientation (heading)/velocity, sampling duration/quantity (e.g. volume filtered) that have been included in the BODC dictionary mapping. It is inevitable that a grouping such as this will become the final resting place for parameters that do not fit into any other existing APG. The mappings to this group therefore require periodical review. Note the potential for problems with confusion between pressure/depth as a z co-ordinate, as a sea level parameter (variation with time), or as a seafloor topography (bathymetry) measurement. Each of these should be assigned a different parameter if sensible grouping is to be possible. BODC currently has problems in this area that have been temporarily resolved by mapping ambiguous pressure/depth parameters into the Other Physical Oceanographic Measurements APG until the problems can be resolved as part of a planned future database restructure.
SDN:P03::M015
This group incorporates all parameters pertaining to frozen precipitation, lying snow and ice, permafrost, icebergs, glaciers and ice caps.
SDN:P03::D010
This APG contains all parameters pertaining to the measurement of: Eulerian currents Lagrangian currents (except drifter position) Vertical currents River flow velocity Wave height Wave period Wave direction Wave energy spectra Sea level relative to a terrestrial datum Water column height at a fixed location
SDN:P03::G025
This APG includes all geochemical and parameters for igneous rocks, metamorphic rocks and high-temperature mineral deposits. Age parameters include parameters relating to both geochemical and stratigraphic techniques.
SDN:P03::H003
Measurements and parameterisations from which the climatic conditions in the recent or geological past may be determined or described.
SDN:P03::G010
This group includes parameters pertaining to the physical properties of sediment. 'Sediment' can include both bottom and suspended particulate material if the property is equally applicable whether or not the sediment is in suspension. This category will inevitably end up as a 'catch all' for sediment parameters that cannot be mapped to other APGs, and consequently its composition should be periodically reviewed. The BODC Parameter Dictionary currently (May 2003) includes the following types of parameter in this grouping: Sediment cohesive strength (e.g. erosion stress and shear velocity). Mineralogy (including organic matter content). Dating and accumulation rate. Porosity and water content Grain size and density. Magnetic susceptibility and resistivity.
SDN:P03::G020
This APG covers geochemical and age data collected from fully lithified sediments (i.e. sedimentary rocks), water-deposited minerals (e.g. tufa and speleothems) and hard biological deposits (e.g. coral reefs). The group includes both geochemical and stratigraphic geochronological parameters
SDN:P03::T001
This APG contains parameters related to the characterisation of the land surface. These are usually, but not exclusively, determined by remote sensing techniques. Data types falling within the scope of the group are: Land surface temperature Land vegetation Vertical currents Terrestrial water content Terrestrial mapping and the geo-location of features such as coastlines
SDN:P03::B040
This group contains state variables for animals, other than fish, that live on the sea floor or in the sediment. Most parameters pertain to the abundance, expressed as numbers or biomass per unit area of sea floor, of species, genera or less rigorous groupings of animals. However any other properties of these entities that are not rates or fluxes could be included.
SDN:P03::INAZ
There is no appropriate value.