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Overview of current output files which will be converted to a CF compliant file |
...
Terms:
Geographic coordinate systems:
In Delft3D there are two methods to store coordinates:
- Cartesian
- Spherical
SOBEK stores output in a cartesian system. If you start an empty SOBEK session the default is to show the Dutch Map stored in Amersfoort New system.
| Current Delft3D/SOBEK | CF Compliant | notes |
---|---|---|---|
Datum (shape of the earth) | Delft3D:WGS_1984 | WGS_1984 | The geoid is not explicitly defined in the CF convention. There was some discussion on this. |
Projection/Geographic Coordinate System | Delft3D Spherical:WGS84 | Projection by grid mapping. Projection information is also stored. Data is alwasy provided in WGS84 |
|
Distance function | Delft3D:Spherical & Cartesian |
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...
Abbreviation | Meaning |
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D | depth points, corners of grid cells |
Z | water level points, cell centres of grid |
UV | velocity points |
Z (UV) | data averaged to water level points (data on file defined at velocity points) |
c | defined at cell centres in vertical direction |
i | defined at cell interfaces in vertical direction |
d.a. |
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Quantity | Unit | Location | Cell method | Symbol | Standard Name | Descripton | ||
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morphologic grid |
| D |
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hydrodynamic grid |
| Z (1) |
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domain decomposition boundaries |
| UV |
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open boundaries |
| UV |
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closed boundaries |
| UV |
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thin dams |
| UV |
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temporarily inactive water level points |
| Z |
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temporarily inactive velocity points |
| UV |
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air temperature | °C | Z |
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| air_temperature |
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cloud coverage | % 1 | Z |
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| cloud_area_fraction |
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relative air humidity | % 1 | Z |
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| relative_humidity |
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wind speed | m/s | Z |
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| wind_speed |
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wave height | m | Z |
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| wave_height |
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wave vector | m | Z |
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orbital velocity amplitude | m/s | Z |
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wave period | s | Z |
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wave length | m | Z |
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short-wave energy | J/m^2 | Z |
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roller energy | J/m^2 | Z |
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transport velocity of roller energy | m/s | Z (UV) |
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transport velocity of wave energy | m/s | Z (UV) |
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wave force | N/m^2 | Z (UV) |
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roller force | N/m^2 | Z (UV) |
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water level (when dry: bed level) | m | Z |
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| sea_surface_elevation |
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water level | m | Z |
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water depth | m | Z |
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| depth |
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depth averaged velocity | m/s | Z (UV) |
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| sea_water_x_velocity? |
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horizontal velocity | m/s | Z (UV), c |
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velocity | m/s | Z (UV), c |
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| upward_sea_water_velocity |
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vertical velocity | m/s | Z, c |
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velocity in depth averaged flow direction | m/s | Z (UV), c |
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velocity normal to depth averaged flow direction | m/s | Z (UV), c |
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filtered depth averaged velocity | m/s | Z (UV), c |
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d.a. velocity fluctuations | m/s | Z (UV), c |
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froude number | Z |
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head | m | Z |
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| sea_water_density |
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density | kg/m^3 | Z, c |
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non-hydrostatic pressure | Pa | Z, c |
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constituents(2) | (2) | Z, c |
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constituents flux(2) | (2)*m^3/s | Z (UV), c |
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constituents cumulative flux(2) | (2)*m^3 | Z (UV), c |
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turbulent quantities(2) | (2) | Z, i |
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vertical eddy viscosity | m^2/s | Z, i |
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vertical eddy diffusivity | m^2/s | Z, i |
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horizontal viscosity | m^2/s | Z,i |
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Richardson number | Z, i |
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vorticity | 1/s | D, c |
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enstrophy | 1/s^2 | D, c |
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characteristic velocity | m/s | Z |
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characteristic velocity magnitude | m/s | Z |
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height above bed for characteristic velocity | m | Z |
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bed shear velocity magnitude | m/s | Z |
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settling velocity | m/s | Z, i |
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equilibrium concentration | kg/m^3 | Z, c |
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bed bed load transport due to currents (zeta point) | (4) | Z |
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bed load transport due to currents | (4) | Z (UV) |
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bed load transport due to waves (zeta point) | (4) | Z |
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bed load transport due to waves | (4) | Z (UV) |
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suspended load transport due to waves (zeta point) | (4) | Z |
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suspended load transport due to waves | (4) | Z (UV) |
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bed load transport | (4) | Z (UV) |
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d.a. suspended transport | (4) | Z (UV) |
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total transport | (4) | Z (UV) |
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mean bed load transport | (4) | Z (UV) |
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mean d.a. suspended transport | (4) | Z (UV) |
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mean total transport | (4) | Z (UV) |
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concentration | kg/m^3 | Z,c(gen.sig.) gensig) |
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settling velocity | m/s | Z,i(gen.sig.) gensig) |
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bed shear stress | N/m^2 | Z (UV) |
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maximum bed shear stress | N/m^2 | Z |
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excess bed shear ratio | Z |
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initial bed level | m | D (2)i |
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| bedrock_altitude? |
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bed level in water level points | m | Z(2)i |
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bed slope | Z (UV) |
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cum. erosion/sedimentation | m | Z(2)i |
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morphological acceleration factor |
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available mass of sediment | kg/m^2 | Z |
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sediment fraction in top layer | Z |
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mud fraction in top layer | Z |
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sediment fraction | Z, c (bed) |
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cumulative mass error | m | Z |
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arithmic mean sediment diameter | m | Z |
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geometric mean sediment diameter | m | Z |
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hiding and exposure | Z | hiding and exposure |
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| Z | ||
reduction factor due to limited sediment thickness | Z |
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other fields | (5) | Z(4) |
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- In the current version of the program, the hydrodynamic grid connects the 3D coördinates of the cell centres of the computation grid points. This may change in a future release to represent the bounding boxes of the grid cells.
- These fields are expanded depending on the contents of the data file. Units: temperature in °C, salinity in ppt, secondary flow in m/s, sediment concentrations in kg/m$^3$, turbulent kinetic energy in m$^2$/s$^2$, energy dissipation in m$^2$/s$^3$. The user defined tracer concentrations are in unknown units.
- These locations are only valid if the correct drying/flooding setting is selected in the file options dialog.
- Units depend on the model input. By default the units are m$^3$/sm where the volume represents m$^3$ stone. It can also be switched to m$^3$/sm where the volume represents m$^3$ bed volume, or kg/sm.
- New 2D and 3D fields of the same dimension as the grid are automatically detected. They are assumed to be located at water level points.
...
ID | Unit | Description | Substance group | Standard name |
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cTR1 | (g/m3 ) | conservative tracer source 1 | Age and fraction |
|
cTR2 | (g/m3 ) | conservative tracer source 2 | Age and fraction |
|
cTR3 | (g/m3 ) | conservative tracer source 3 | Age and fraction |
|
cTR4 | (g/m3 ) | conservative tracer source 4 | Age and fraction |
|
cTR5 | (g/m3 ) | conservative tracer source 5 | Age and fraction |
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dTR1 | (g/m3 ) | decayable tracer source 1 | Age and fraction |
|
dTR2 | (g/m3 ) | decayable tracer source 2 | Age and fraction |
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dTR3 | (g/m3 ) | decayable tracer source 3 | Age and fraction |
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dTR4 | (g/m3 ) | decayable tracer source 4 | Age and fraction |
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dTR5 | (g/m3 ) | decayable tracer source 5 | Age and fraction |
|
ASMPOM | (gO2/m3 ) | particulate degradable organic matter | ASM Substances |
|
ASMPOMS1 |
| undefined | ASM Substances |
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ASMPIM | (gO2/m3 ) | particulate inert organic matter | ASM Substances |
|
ASMPIMS1 |
| undefined | ASM Substances |
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HetBac | (gO2/m3 ) | heterotrophic bacteria | ASM Substances |
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HetBacS1 |
| undefined | ASM Substances |
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AutBac | (gO2/m3 ) | nitrifying autotrophic bacteria | ASM Substances |
|
AutBacS1 |
| undefined | ASM Substances |
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ASMDOM | (gO2/m3 ) | dissolved organic matter concentration | ASM Substances |
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ASMFOM | (gO2/m3 ) | fermentation products concentration | ASM Substances |
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ASMDIM |
| undefined | ASM Substances |
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AlgC |
| undefined | Auxiliary nut.bal.DBS |
|
AlgC_S1 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgN | (gN/m3 ) | total nitrogen in algae | Auxiliary nut.bal.DBS |
|
AlgN_S1 |
| undefined | Auxiliary nut.bal.DBS |
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AlgN_S2 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgNS1 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgP | (gP/m3 ) | total phosphorus in algae | Auxiliary nut.bal.DBS |
|
AlgP_S1 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgP_S2 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgPS1 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgSi | (gSi/m3 ) | total silica in algae | Auxiliary nut.bal.DBS |
|
AlgSi_S1 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgSi_S2 |
| undefined | Auxiliary nut.bal.DBS |
|
AlgSiS1 |
| undefined | Auxiliary nut.bal.DBS |
|
CA++ _tot | (g/m3 ) | component Ca++ | Charon component |
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CD++ _tot | (g/m3 ) | component Cd++ | Charon component |
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CEC _tot | (eq/m3 ) | component CEC (adsorption sites inorganic matter) | Charon component |
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CL- _tot | (g/m3 ) | component Cl- | Charon component |
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CO2 _tot | (g/m3 ) | component CO2 | Charon component |
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CR+++ _tot | (g/m3 ) | component Cr+++ | Charon component |
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CU++ _tot | (g/m3 ) | component Cu++ | Charon component |
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FEADS _tot | (eq/m3 ) | component FeADS (adsorption sites iron oxide) | Charon component |
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H2O _tot | (g/m3 ) | component H2O | Charon component |
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H2PO4-_tot | (g/m3 ) | component H2PO4- | Charon component |
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HG++ _tot | (g/m3 ) | component Hg++ | Charon component |
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HHUM _tot | (eq/m3 ) | component HHUM (adsorption sites dis. organic matt | Charon component |
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K+ _tot | (g/m3 ) | component K+ | Charon component |
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MG++ _tot | (g/m3 ) | component Mg++ | Charon component |
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NA+ _tot | (g/m3 ) | component Na+ | Charon component |
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NH4+ _tot | (g/m3 ) | component NH4+ | Charon component |
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NI++ _tot | (g/m3 ) | component Ni++ | Charon component |
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O2 _tot | (g/m3 ) | component O2 | Charon component |
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OH- _tot | (g/m3 ) | component OH- | Charon component |
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PB++ _tot | (g/m3 ) | component Pb++ | Charon component |
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SO4-- _tot | (g/m3 ) | component SO4-- | Charon component |
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ZN++ _tot | (g/m3 ) | component Zn++ | Charon component |
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CA++ _dis | (g/m3 ) | dissolved component Ca++ | Charon hybrid |
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CA++ _par | (g/m3 ) | particulate component Ca++ | Charon hybrid |
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CD++ _dis | (g/m3 ) | dissolved component Cd++ | Charon hybrid |
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CD++ _par | (g/m3 ) | particulate component Cd++ | Charon hybrid |
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CL- _dis | (g/m3 ) | dissolved component Cl- | Charon hybrid hybrid |
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CO2 _dis | (g/m3 ) | dissolved component CO2 | Charon hybrid |
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CO2 _par | (g/m3 ) | particulate component CO2 | Charon hybrid |
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CR+++ _dis | (g/m3 ) | dissolved component Cr+++ | Charon hybrid |
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CR+++ _par | (g/m3 ) | particulate component Cr+++ | Charon hybrid |
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CU++ _dis | (g/m3 ) | dissolved component Cu++ | Charon hybrid |
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CU++ _par | (g/m3 ) | particulate component Cu++ | Charon hybrid |
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H2PO4-_dis | (g/m3 ) | dissolved component H2PO4- | Charon hybrid |
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H2PO4-_par | (g/m3 ) | particulate component H2PO4- | Charon hybrid |
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HG++ _dis | (g/m3 ) | dissolved component Hg++ | Charon hybrid |
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HG++ _par | (g/m3 ) | particulate component Hg++ | Charon hybrid |
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HHUM _dis | (eq/m3 ) | dissolved component HHUM | Charon hybrid |
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K+ _dis | (g/m3 ) | dissolved component K+ | Charon hybrid |
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K+ _par | (g/m3 ) | particulate component K+ | Charon hybrid |
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MG++ _dis | (g/m3 ) | dissolved component Mg++ | Charon hybrid |
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MG++ _par | (g/m3 ) | particulate component Mg++ | Charon hybrid |
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NA+ _dis | (g/m3 ) | dissolved component Na+ | Charon hybrid |
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NA+ _par | (g/m3 ) | particulate component Na+ | Charon hybrid |
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NH4+ _dis | (g/m3 ) | dissolved component NH4+ | Charon hybrid |
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NH4+ _par | (g/m3 ) | particulate component NH4+ | Charon hybrid |
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NI++ _dis | (g/m3 ) | dissolved component Ni++ | Charon hybrid |
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NI++ _par | (g/m3 ) | particulate component Ni++ | Charon hybrid |
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O2 _dis | (g/m3 ) | dissolved component O2 | Charon hybrid |
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PB++ _dis | (g/m3 ) | dissolved component Pb++ | Charon hybrid |
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PB++ _par | (g/m3 ) | particulate component Pb++ | Charon hybrid |
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SO4-- _dis | (g/m3 ) | dissolved component SO4-- | Charon hybrid |
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ZN++ _dis | (g/m3 ) | dissolved component Zn++ | Charon hybrid |
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ZN++ _par | (g/m3 ) | particulate component Zn++ | Charon hybrid |
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CA++ | (g/m3 ) | Ca++ | Charon species |
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CACEC | (g/m3 ) | CaCEC | Charon species |
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CACL+ | (g/m3 ) | CaCl+ | Charon species |
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CAHCO3 | (g/m3 ) | CaHCO3 | Charon species |
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CAHUM | (g/m3 ) | Ca adsorbed to organic matter | Charon species |
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CASO4 | (g/m3 ) | CaSO4 | Charon species |
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CD++ | (g/m3 ) | Cd++ | Charon species |
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CDCEC | (g/m3 ) | CdCEC | Charon species |
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CDCl+ | (g/m3 ) | CdCl+ | Charon species |
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CDCL2 | (g/m3 ) | CdCl2 | Charon species |
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CDCL3- | (g/m3 ) | CdCl3- | Charon species |
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CDCL4- | (g/m3 ) | CdCl4- | Charon species |
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CDCO3 | (g/m3 ) | CdCO3 | Charon species |
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CDHCO3 | (g/m3 ) | CdHCO3+ | Charon species |
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CDHUM | (g/m3 ) | CdHUM | Charon species |
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CDSO4 | (g/m3 ) | CdSO4 | Charon species |
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CH4 | (g/m3 ) | CH4 (methane) | Charon species |
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CO2 | (g/m3 ) | CO2 | Charon species |
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CO3-- | (g/m3 ) | CO3-- | Charon species |
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CRCEC | (g/m3 ) | CrCEC | Charon species |
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CRO4 | (g/m3 ) | CrO4-- | Charon species |
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CU++ | (g/m3 ) | Cu++ | Charon species |
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CU2HUM | (g/m3 ) | Cu2HUM | Charon species |
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CUCEC | (g/m3 ) | CuCEC | Charon species |
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CUCl+ | (g/m3 ) | CuCl+ | Charon species |
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CUCL2 | (g/m3 ) | CuCl2 | Charon species |
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CUCL3- | (g/m3 ) | CuCl3- | Charon species |
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CUCL4- | (g/m3 ) | CuCl4-- | Charon species |
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CUCO3 | (g/m3 ) | CuCO3 | Charon species |
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CUCO32 | (g/m3 ) | CuCO32 | Charon species |
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CUHCO3 | (g/m3 ) | CuHCO3+ | Charon species |
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CUSO4 | (g/m3 ) | CuSO4 | Charon species |
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H+ | (g/m3 ) | H+ | Charon species species |
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H2O | (g/m3 ) | H2O | Charon species |
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H2PO4- | (g/m3 ) | H2PO4- | Charon species |
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H2S | (g/m3 ) | H2S | Charon species |
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H3PO4 | (g/m3 ) | H3PO4 | Charon species |
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HCEC | (g/m3 ) | HCEC | Charon species |
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HCO3- | (g/m3 ) | HCO3- | Charon species |
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HCRO4 | (g/m3 ) | HCrO4- | Charon species |
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HG++ | (g/m3 ) | Hg++ | Charon species |
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HGCL+ | (g/m3 ) | HgCL+ | Charon species |
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HGCL2 | (g/m3 ) | HgCL2 | Charon species |
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HGCL3 | (g/m3 ) | HgCL3- | Charon species |
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HGCL4 | (g/m3 ) | HgCL4 | Charon species |
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HGCO3 | (g/m3 ) | HgCO3 | Charon species |
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HGHCO3 | (g/m3 ) | HgHCO3 | Charon species |
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HGHUM | (g/m3 ) | HgHUM | Charon species |
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HGSO4 | (g/m3 ) | HgSO4 | Charon species |
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HHUM | (g/m3 ) | HHUM (Humus) | Charon species |
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HPO4-- | (g/m3 ) | HPO4-- | Charon species |
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HS- | (g/m3 ) | HS- | Charon species |
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HUM | (gC/m3 ) | Dissolved Organic Carbon (HUM) | Charon species |
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K+ | (g/m3 ) | K+ | Charon species |
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KCEC | (g/m3 ) | KCEC | Charon species |
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KCL | (g/m3 ) | KCl | Charon species |
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KCRO4 | (g/m3 ) | KCrO4 | Charon species |
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KHCO3 | (g/m3 ) | KHCO3 | Charon species |
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KSO4- | (g/m3 ) | KSO4- | Charon species |
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MG++ | (g/m3 ) | Mg++ | Charon species |
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MGCEC | (g/m3 ) | MgCEC | Charon species |
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MGCL+ | (g/m3 ) | MgCl+ | Charon species |
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MGCO3 | (g/m3 ) | MgCO3 | Charon species |
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MGHCO3 | (g/m3 ) | MgHCO3+ | Charon species |
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MGHUM | (g/m3 ) | Mg adsorbed to organic matter | Charon species |
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MGSO4 | (g/m3 ) | MgSO4 | Charon species |
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NA+ | (g/m3 ) | Na+ | Charon species |
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NACEC | (g/m3 ) | NaCEC | Charon species |
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NACL | (g/m3 ) | NaCl | Charon species |
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NACO3- | (g/m3 ) | NaCO3- | Charon species |
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NACRO4 | (g/m3 ) | NaCrO4 | Charon species |
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NAHCO3 | (g/m3 ) | NaHCO3 | Charon species |
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NH3 | (gN/m3 ) | Unionized ammonia (NH3) | Charon species |
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NH4+ | (g/m3 ) | NH4+ | Charon species |
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NH4CEC | (g/m3 ) | NH4CEC | Charon species |
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NI++ | (g/m3 ) | Ni++ | Charon species |
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NICL+ | (g/m3 ) | NiCl+ | Charon species |
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NICL2 | (g/m3 ) | NiCl2 | Charon species |
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NICO3 | (g/m3 ) | NiCO3 | Charon species |
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NIHCO3 | (g/m3 ) | NiHCO3+ | Charon species |
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NIHUM | (g/m3 ) | NiHUM | Charon species |
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NISO4 | (g/m3 ) | NiSO4 | Charon species |
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NO2- | (g/m3 ) | Nitrite (NO2) | Charon species |
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OH- | (g/m3 ) | OH- | Charon species |
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PB++ | (g/m3 ) | Pb++ | Charon species |
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PBCEC | (g/m3 ) | PbCEC | Charon species |
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PBCL+ | (g/m3 ) | PbCl+ | Charon species |
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PBCL2 | (g/m3 ) | PbCl2 | Charon species |
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PBCL3- | (g/m3 ) | PbCl3- | Charon species |
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PBCL4 | (g/m3 ) | PbCl4-- | Charon species |
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PBCO3 | (g/m3 ) | PbCO3 | Charon species |
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PBHCO3 | (g/m3 ) | PbHCO3 | Charon species |
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PBSO4 | (g/m3 ) | PbSO4 | Charon species species |
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PFE1 | (g/m3 ) | PO4--- adsorbed to iron oxide | Charon species |
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PFE2 | (g/m3 ) | HPO4-- adsorbed to iron oxide | Charon species |
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PO4--- | (g/m3 ) | PO4--- | Charon species |
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RES | (g/m3 ) | RES | Charon species |
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RES2 | (g/m3 ) | RES2 | Charon species |
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S-- | (g/m3 ) | S-- | Charon species |
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SO4-- | (g/m3 ) | SO4-- | Charon species |
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ZN++ | (g/m3 ) | Zn++ | Charon species |
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ZNCEC | (g/m3 ) | ZnCEC | Charon species |
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ZNCL+ | (g/m3 ) | ZnCl+ | Charon species |
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ZNCL2 | (g/m3 ) | ZnCl2 | Charon species |
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ZNCL3- | (g/m3 ) | ZnCl3- | Charon species |
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ZNCL4- | (g/m3 ) | ZnCl4-- | Charon species |
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ZNCO3 | (g/m3 ) | ZnCO3 | Charon species |
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ZNCO32 | (g/m3 ) | ZnCO32 | Charon species |
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ZNHCO3 | (g/m3 ) | ZnHCO3 | Charon species |
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ZNHUM | (g/m3 ) | ZnHUM | Charon species |
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ZNSO4 | (g/m3 ) | ZnSO4 | Charon species |
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EColi | (MPN/m3 ) | E. Coli bacteria | Coli-Bacteria |
|
FColi | (MPN/m3 ) | Faecal coli bacteria | Coli-Bacteria |
|
TColi | (MPN/m3 ) | Total coli bacteria | Coli-Bacteria |
|
AAP | (gP/m3 ) | adsorbed ortho phosphate | Eutrophication |
|
AAPS1 | (gP ) | adsorbed O-PO4 in layer S1 | Eutrophication |
|
AAPS2 | (gP ) | adsorbed O-PO4 in layer S2 | Eutrophication |
|
BLOOMALG01 | (gC/m3 ) | concentration of algae type 1 | Eutrophication |
|
BLOOMALG02 | (gC/m3 ) | concentration of algae type 2 | Eutrophication |
|
BLOOMALG03 | (gC/m3 ) | concentration of algae type 3 | Eutrophication |
|
BLOOMALG04 | (gC/m3 ) | concentration of algae type 4 | Eutrophication |
|
BLOOMALG05 | (gC/m3 ) | concentration of algae type 5 | Eutrophication |
|
BLOOMALG06 | (gC/m3 ) | concentration of algae type 6 | Eutrophication |
|
BLOOMALG07 | (gC/m3 ) | concentration of algae type 7 | Eutrophication |
|
BLOOMALG08 | (gC/m3 ) | concentration of algae type 8 | Eutrophication |
|
BLOOMALG09 | (gC/m3 ) | concentration of algae type 9 | Eutrophication |
|
BLOOMALG10 | (gC/m3 ) | concentration of algae type 10 | Eutrophication |
|
BLOOMALG11 | (gC/m3 ) | concentration of algae type 11 | Eutrophication |
|
BLOOMALG12 | (gC/m3 ) | concentration of algae type 12 | Eutrophication |
|
BLOOMALG13 | (gC/m3 ) | concentration of algae type 13 | Eutrophication |
|
BLOOMALG14 | (gC/m3 ) | concentration of algae type 14 | Eutrophication |
|
BLOOMALG15 | (gC/m3 ) | concentration of algae type 15 | Eutrophication |
|
DetC | (gC/m3 ) | Detritus Carbon (DetC) | Eutrophication |
|
DetCS1 | (gC ) | DetC in layer S1 | Eutrophication |
|
DetCS2 | (gC ) | DetC in layer S2 | Eutrophication |
|
DetN | (gN/m3 ) | Detritus Nitrogen (DetN) | Eutrophication |
|
DetNS1 | (gN ) | DetN in layer S1 | Eutrophication |
|
DetNS2 | (gN ) | DetN in layer S2 | Eutrophication |
|
DetP | (gP/m3 ) | Detritus Phosphorus (DetP) | Eutrophication |
|
DetPS1 | (gP ) | DetP in layer S1 | Eutrophication |
|
DetPS2 | (gP ) | DetP in layer S2 | Eutrophication |
|
DetSi | (gSi/m3 ) | Detritus Silica (DetSi) | Eutrophication |
|
DetSiS1 | (gSi ) | DetSi in layer S1 | Eutrophication |
|
DetSiS2 | (gSi ) | DetSi in layer S2 | Eutrophication |
|
DIAT | (gC/m3 ) | Diatoms | Eutrophication |
|
DiatS1 | (gC ) | Diatoms in layer S1 | Eutrophication |
|
DiatS2 | (gC ) | Diatoms in layer S2 | Eutrophication |
|
GREEN | (gC/m3 ) | Algae (non-Diatoms) | Eutrophication |
|
GreenS1 | (gC ) | Algae in layer S1 | Eutrophication |
|
GreenS2 | (gC ) | Algae in layer S2 | Eutrophication |
|
NH4 | (gN/m3 ) | Ammonium (NH4) | Eutrophication |
|
NO3 | (gN/m3 ) | Nitrate (NO3) | Eutrophication |
|
OOC | (gC/m3 ) | Other Organic Carbon (OOC) | Eutrophication |
|
OOCS1 | (gC ) | OOC in layer S1 | Eutrophication |
|
OOCS2 | (gC ) | OOC in layer S2 | Eutrophication |
|
OON | (gN/m3 ) | Other Organic Nitrogen (OON) | Eutrophication |
|
OONS1 | (gN ) | OON in layer S1 | Eutrophication |
|
OONS2 | (gN ) | OON in layer S2 | Eutrophication |
|
OOP | (gN/m3 ) | Other Organic Phosphorus (OOP) | Eutrophication |
|
OOPS1 | (gP ) | OOP in layer S1 | Eutrophication |
|
OOPS2 | (gP ) | OOP in layer S2 | Eutrophication |
|
OOSi | (gSi/m3 ) | Other Organic Silica (OOSi) | Eutrophication |
|
OOSiS1 | (gSi ) | OOSi in layer S1 | Eutrophication |
|
OOSiS2 | (gSi ) | OOSi in layer S2 | Eutrophication |
|
PAP | (gP/m3 ) | Adsorbed ortho-phosphate (irreversible) | Eutrophication |
|
PO4 | (gP/m3 ) | Ortho-Phosphate (PO4) | Eutrophication |
|
Si | (gSi/m3 ) | dissolved Silica (Si) | Eutrophication |
|
APHANFIX | (gC/m3 ) | N-fixing Aphanizomenon | Eutrophication |
|
APHANIZO | (gC/m3 ) | Aphanizomenon | Eutrophication |
|
BLUEGRN | (gC/m3 ) | Blue Greens | Eutrophication |
|
DINOFLAG | (gC/m3 ) | Dinoflagellates | Eutrophication |
|
DINOMIX | (gC/m3 ) | Mixotrophic dinoflagellates | Eutrophication |
|
FDIATOMS | (gC/m3 ) | Freshwater Diatoms | Eutrophication |
|
FFLAGELA | (gC/m3 ) | Freshwater flagellates | Eutrophication |
|
GREENS | (gC/m3 ) | Green algae | Eutrophication |
|
MDIATOMS | (gC/m3 ) | Marine Diatoms | Eutrophication |
|
MFLAGELA | (gC/m3 ) | Marine flagellates | Eutrophication |
|
MICROCYS | (gC/m3 ) | Microcystis | Eutrophication |
|
OSCILAT | (gC/m3 ) | Oscillatoria | Eutrophication |
|
PHAEOCYS | (gC/m3 ) | Phaeocystis | Eutrophication |
|
UlvaF | (gC ) | Ulva rooted | Eutrophication |
|
UlvaS | (gC/m3 ) | Ulva suspended | Eutrophication |
|
SO4 | (gS/m3 ) | sulphate (SO4) | Eutrophication |
|
SUD | (gS/m3 ) | total dissolved sulphide (SUD) | Eutrophication |
|
SUP | (gS/m3 ) | particulate sulphide (SUP) | Eutrophication |
|
Bulkvolume |
| undefined | GEM Substances |
|
DOC | (gC/m3 ) | Dissolved Organic Carbon (DOC) | GEM Substances |
|
DON | (gN/m3 ) | Dissolved Organic Nitrogen (DON) | GEM Substances |
|
DOP | (gP/m3 ) | Dissolved Organic Phosphorus (DOP) | GEM Substances |
|
Mfb1Diat | (gC/m3 ) | microfytobenthos (Diatoms) | GEM Substances |
|
MFB1DiatS1 | (gC ) | MFB Diatoms biomass in layer S1 | GEM Substances |
|
MFB1DiatS2 | (gC ) | MFB Diatoms biomass in layer S2 | GEM Substances |
|
MFB2NDiaS1 | (gC ) | MFB n-diat biomass in layer S1 | GEM Substances |
|
MFB2NDiaS2 | (gC ) | MFB n-diat biomass in sediment S2 | GEM Substances |
|
Mfb2NDiat | (gC/m3 ) | microfytobenthos (non-Diatoms) | GEM Substances |
|
Mnd1Diat-m | (gC/m3 ) | algae Mnd1 Diat-m | GEM Substances |
|
Mnd2Flag-m | (gC/m3 ) | algae Mnd2 Flag-m | GEM Substances |
|
Mnd3Diat-f | (gC/m3 ) | algae Mnd3 Diat-f | GEM Substances |
|
Mnd4Flag-f | (gC/m3 ) | algae Mnd4 Flag-f | GEM Substances |
|
Opal | (gSi/m3 ) | Opal-Si | GEM Substances |
|
POC1 | (gC/m3 ) | POC1 (fast decaying fraction) | GEM Substances |
|
POC2 | (gC/m3 ) | POC2 (slow decaying fraction) | GEM Substances |
|
POC3 | (gC/m3 ) | POC3 (refractory fraction) | GEM Substances |
|
PON1 | (gN/m3 ) | PON1 (fast decaying fraction) | GEM Substances |
|
PON2 | (gN/m3 ) | PON2 (slow decaying fraction) | GEM Substances |
|
PON3 | (gN/m3 ) | PON1 (refractory fraction) | GEM Substances |
|
POP1 | (gP/m3 ) | POP1 (fast decaying fraction) | GEM Substances |
|
POP2 | (gP/m3 ) | POP2 (slow decaying fraction) | GEM Substances |
|
POP3 | (gP/m3 ) | POP3 (refractory fraction) | GEM Substances |
|
POSi1 | (gSi/m3 ) | dummy fast detritus silicium | GEM Substances |
|
VIVP | (gP/m3 ) | Vivianite-P | GEM Substances |
|
ZooDyn | (gC/m3 ) | concentration of zooplankton, forcing | GEM Substances |
|
Alka | (gHCO3/m3 ) | alkalinity | General |
|
Cl | (g/m3 ) | Chloride | General | General |
Continuity | (g/m3 ) | Continuity | General |
|
DisHum | (g/m3 ) | Dissolved humic acids | General |
|
ModTemp | (oC ) | Water Temperature | General |
|
NatTemp | (oC ) | natural temperature | General |
|
Salinity | (g/kg ) | Salinity | General |
|
TIC | (gC/m3 ) | total inorganic carbonate | General |
|
FrCon |
| Fraction fresh water from constant discharge | General |
|
FrFlow |
| Fraction fresh water from variable discharge | General |
|
SalBnd | (ppt ) | Salinity from boundary inflow | General |
|
Cd | (g/m3 ) | Cadmium (Cd) | Heavy metals |
|
Cd-Dis | (g/m3 ) | dissolved concentration Cd | Heavy metals |
|
Cd-Par | (g/m3 ) | particulate concentration Cd | Heavy metals |
|
CdS1 | (g ) | Cd in layer S1 | Heavy metals |
|
CdS1-Dis | (g ) | dissolved mass Cd in layer S1 | Heavy metals |
|
CdS1-Par | (g ) | particulate mass Cd in layer S1 | Heavy metals |
|
CdS2 | (g ) | Cd in layer S2 | Heavy metals |
|
CdS2-Dis | (g ) | dissolved mass Cd in layer S2 | Heavy metals |
|
CdS2-Par | (g ) | particulate mass Cd in layer S2 | Heavy metals |
|
Cr | (g/m3 ) | Chromium (Cr) | Heavy metals |
|
Cr-Dis | (g/m3 ) | dissolved concentration Cr | Heavy metals |
|
Cr-Par | (g/m3 ) | particulate concentration Cr | Heavy metals |
|
CrS1 | (g ) | Cr in layer S1 | Heavy metals |
|
CrS1-Dis | (g ) | dissolved mass Cr in layer S1 | Heavy metals |
|
CrS1-Par | (g ) | particulate mass Cr in layer S1 | Heavy metals |
|
CrS2 | (g ) | Cr in layer S2 | Heavy metals |
|
CrS2-Dis | (g ) | dissolved mass Cr in layer S2 | Heavy metals |
|
CrS2-Par | (g ) | particulate mass Cr in layer S2 | Heavy metals |
|
Cu | (g/m3 ) | Copper (Cu) | Heavy metals |
|
Cu-Dis | (g/m3 ) | dissolved concentration Cu | Heavy metals |
|
Cu-Par | (g/m3 ) | particulate concentration Cu | Heavy metals |
|
CuS1 | (g ) | Cu in layer S1 | Heavy metals |
|
CuS1-Dis | (g ) | dissolved mass Cu in layer S1 | Heavy metals |
|
CuS1-Par | (g ) | particulate mass Cu in layer S1 | Heavy metals |
|
CuS2 | (g ) | Cu in layer S2 | Heavy metals |
|
CuS2-Dis | (g ) | dissolved mass Cu in layer S2 | Heavy metals |
|
CuS2-Par | (g ) | particulate mass Cu in layer S2 | Heavy metals |
|
Hg | (g/m3 ) | Mercury (Hg) | Heavy metals |
|
Hg-Dis | (g/m3 ) | dissolved concentration Hg | Heavy metals |
|
Hg-Par | (g/m3 ) | particulate concentration Hg | Heavy metals |
|
HgS1 | (g ) | Hg in layer S1 | Heavy metals |
|
HgS1-Dis | (g ) | dissolved mass Hg in layer S1 | Heavy metals |
|
HgS1-Par | (g ) | particulate mass Hg in layer S1 | Heavy metals |
|
HgS2 | (g ) | Hg in layer S2 | Heavy metals |
|
HgS2-Dis | (g ) | dissolved mass Hg in layer S2 | Heavy metals |
|
HgS2-Par | (g ) | particulate mass Hg in layer S2 | Heavy metals |
|
Ni | (g/m3 ) | Nickel (Ni) | Heavy metals |
|
Ni-Dis | (g/m3 ) | dissolved concentration Ni | Heavy metals |
|
Ni-Par | (g/m3 ) | particulate concentration Ni | Heavy metals |
|
NiS1 | (g ) | Ni in layer S1 | Heavy metals |
|
NiS1-Dis | (g ) | dissolved mass Ni in layer S1 | Heavy metals |
|
NiS1-Par | (g ) | particulate mass Ni in layer S1 | Heavy metals |
|
NiS2 | (g ) | Ni in layer S2 | Heavy metals |
|
NiS2-Dis | (g ) | dissolved mass Ni in layer S2 | Heavy metals |
|
NiS2-Par | (g ) | particulate mass Ni in layer S2 | Heavy metals |
|
Pb | (g/m3 ) | Lead (Pb) | Heavy metals |
|
Pb-Dis | (g/m3 ) | dissolved concentration Pb | Heavy metals |
|
Pb-Par | (g/m3 ) | particulate concentration Pb | Heavy metals |
|
PbS1 | (g ) | Pb in layer S1 | Heavy metals |
|
PbS1-Dis | (g ) | dissolved mass Pb in layer S1 | Heavy metals |
|
PbS1-Par | (g ) | particulate mass Pb in layer S1 | Heavy metals |
|
PbS2 | (g ) | Pb in layer S2 | Heavy metals |
|
PbS2-Dis | (g ) | dissolved mass Pb in layer S2 | Heavy metals |
|
PbS2-Par | (g ) | particulate mass Pb in layer S2 | Heavy metals |
|
Va | (g/m3 ) | Vanadium (Va) | Heavy metals |
|
Va-Dis | (g/m3 ) | dissolved concentration Va | Heavy metals |
|
Va-Par | (g/m3 ) | particulate concentration Va | Heavy metals |
|
VaS1 | (g ) | Va in layer S1 | Heavy metals |
|
VaS1-Dis | (g ) | dissolved mass Va in layer S1 | Heavy metals |
|
VaS1-Par | (g ) | particulate mass Va in layer S1 | Heavy metals |
|
VaS2 | (g ) | Va in layer S2 | Heavy metals |
|
VaS2-Dis | (g ) | dissolved mass Va in layer S2 | Heavy metals |
|
VaS2-Par | (g ) | particulate mass Va in layer S2 | Heavy metals |
|
Zn | (g/m3 ) | Zinc (Zn) | Heavy metals |
|
Zn-Dis | (g/m3 ) | dissolved concentration Zn | Heavy metals |
|
Zn-Par | (g/m3 ) | particulate concentration Zn | Heavy metals |
|
ZnS1 | (g ) | Zn in layer S1 | Heavy metals |
|
ZnS1-Dis | (g ) | dissolved mass Zn in layer S1 | Heavy metals |
|
ZnS1-Par | (g ) | particulate mass Zn in layer S1 | Heavy metals |
|
ZnS2 | (g ) | Zn in layer S2 | Heavy metals |
|
ZnS2-Dis | (g ) | dissolved mass Zn in layer S2 | Heavy metals |
|
ZnS2-Par | (g ) | particulate mass Zn in layer S2 | Heavy metals |
|
As | (g/m3 ) | Arsenic (As) | Heavy metals |
|
As-Dis | (g/m3 ) | dissolved concentration As | Heavy metals |
|
As-Par | (g/m3 ) | particulate concentration As | Heavy metals |
|
AsS1 | (g ) | As in layer S1 | Heavy metals |
|
AsS1-Dis | (g ) | dissolved mass As in layer S1 | Heavy metals |
|
AsS1-Par | (g ) | particulate mass As in layer S1 | Heavy metals |
|
AsS2 | (g ) | As in layer S2 | Heavy metals |
|
AsS2-Dis | (g ) | dissolved mass As in layer S2 | Heavy metals |
|
AsS2-Par | (g ) | particulate mass As in layer S2 | Heavy metals |
|
Cha | gC/m3 | Chattonella sp. | Kajima |
|
ChaN | gN/m3 | Chattonella sp. Nitrogen | Kajima |
|
ChaP | gP/m3 | Chattonella sp. Phosphorus | Kajima |
|
COD1_NK | (mgO/l ) | Imported COD NK | Kajima specials |
|
COD2_NK | (mgO/l ) | Internally produced COD NK | Kajima specials |
|
DO_NK | (gO2/m3 ) | Dissolved oxygen NK | Kajima specials |
|
IN_NK | (mgN/l ) | Inorganic nitrogen NK | Kajima specials |
|
IP_NK | (mgP/l ) | Inorganic phosphorus NK | Kajima specials |
|
ON_NK | (mgN/l ) | Organic nitrogen NK | Kajima specials |
|
OP_NK | (mgP/l ) | Organic phosphorus NK | Kajima specials |
|
S2MIN_AO | (mg S/l ) | Sulphide | Kajima specials |
|
SULPH_AO | (mg S/l ) | Sulphur particles | Kajima specials |
|
153 | (g/m3 ) | Polychloorbiphenyl (PCB-153) | Organic micro pollutants |
|
153-dis | (g/m3 ) | dissolved concentration 153 | Organic micro pollutants |
|
153-par | (g/m3 ) | particulate concentration 153 | Organic micro pollutants |
|
153S1 | (g ) | PCB-153 in layer S1 | Organic micro pollutants |
|
153S1-Dis | (g ) | dissolved mass 153 in layer S1 | Organic micro pollutants |
|
153S1-Par | (g ) | particulate mass 153 in layer S1 | Organic micro pollutants |
|
153S2 | (g ) | PCB-153 in layer S2 | Organic micro pollutants |
|
153S2-Dis | (g ) | dissolved mass 153 in layer S2 | Organic micro pollutants |
|
153S2-Par | (g ) | particulate mass 153 in layer S2 | Organic micro pollutants |
|
Atr | (g/m3 ) | Atrazine (Atr) | Organic micro pollutants |
|
Atr-dis | (g/m3 ) | dissolved concentration Atrazine | Organic micro pollutants |
|
Atr-par | (g/m3 ) | particulate concentration Atrazine | Organic micro pollutants |
|
AtrS1 | (g ) | Atrazine in layer S1 | Organic micro pollutants |
|
AtrS1-Dis | (g ) | dissolved mass Atrazine in layer S1 | Organic micro pollutants |
|
AtrS1-Par | (g ) | particulate mass Atrazine in layer S1 | Organic micro pollutants |
|
AtrS2 | (g ) | Atrazine in layer S2 | Organic micro pollutants |
|
AtrS2-Dis | (g ) | dissolved mass Atrazine in layer S2 | Organic micro pollutants |
|
AtrS2-Par | (g ) | particulate mass Atrazine in layer S2 | Organic micro pollutants |
|
BaP | (g/m3 ) | Benzo(a)pyrene (BaP) | Organic micro pollutants |
|
BaP-dis | (g/m3 ) | dissolved concentration BaP | Organic micro pollutants |
|
BaP-par | (g/m3 ) | particulate concentration BaP | Organic micro pollutants pollutants |
|
BaPS1 | (g ) | BaP in layer S1 | Organic micro pollutants |
|
BaPS1-Dis | (g ) | dissolved mass BaP in layer S1 | Organic micro pollutants |
|
BaPS1-Par | (g ) | particulate mass BaP in layer S1 | Organic micro pollutants |
|
BaPS2 | (g ) | BaP in layer S2 | Organic micro pollutants |
|
BaPS2-Dis | (g ) | dissolved mass BaP in layer S2 | Organic micro pollutants |
|
BaPS2-Par | (g ) | particulate mass BaP in layer S2 | Organic micro pollutants |
|
Diu | (g/m3 ) | Diuron (Diu) | Organic micro pollutants |
|
Diu-dis | (g/m3 ) | dissolved concentration Diu | Organic micro pollutants |
|
Diu-par | (g/m3 ) | particulate concentration Diu | Organic micro pollutants |
|
DiuS1 | (g ) | Diu in layer S1 | Organic micro pollutants |
|
DiuS1-Dis | (g ) | dissolved mass Diu in layer S1 | Organic micro pollutants |
|
DiuS1-Par | (g ) | particulate mass Diu in layer S1 | Organic micro pollutants |
|
DiuS2 | (g ) | Diu in layer S2 | Organic micro pollutants |
|
DiuS2-Dis | (g ) | dissolved mass Diu in layer S2 | Organic micro pollutants |
|
DiuS2-Par | (g ) | particulate mass Diu in layer S2 | Organic micro pollutants |
|
Flu | (g/m3 ) | Fluoranthene (Flu) | Organic micro pollutants |
|
Flu-dis | (g/m3 ) | dissolved concentration Flu | Organic micro pollutants |
|
Flu-par | (g/m3 ) | particulate concentration Flu | Organic micro pollutants |
|
FluS1 | (g ) | Flu in layer S1 | Organic micro pollutants |
|
FluS1-Dis | (g ) | dissolved mass Flu in layer S1 | Organic micro pollutants |
|
FluS1-Par | (g ) | particulate mass Flu in layer S1 | Organic micro pollutants |
|
FluS2 | (g ) | Flu in layer S2 | Organic micro pollutants |
|
FluS2-Dis | (g ) | dissolved mass Flu in layer S2 | Organic micro pollutants |
|
FluS2-Par | (g ) | particulate mass Flu in layer S2 | Organic micro pollutants |
|
HCB | (g/m3 ) | Hexachlorobenzene (HCH) | Organic micro pollutants |
|
HCB-dis | (g/m3 ) | dissolved concentration HCB | Organic micro pollutants |
|
HCB-par | (g/m3 ) | particulate concentration HCB | Organic micro pollutants |
|
HCBS1 | (g ) | HCB in layer S1 | Organic micro pollutants |
|
HCBS1-Dis | (g ) | dissolved mass HCB in layer S1 | Organic micro pollutants |
|
HCBS1-Par | (g ) | particulate mass HCB in layer S1 | Organic micro pollutants |
|
HCBS2 | (g ) | HCB in layer S2 | Organic micro pollutants |
|
HCBS2-Dis | (g ) | dissolved mass HCB in layer S2 | Organic micro pollutants |
|
HCBS2-Par | (g ) | particulate mass HCB in layer S2 | Organic micro pollutants |
|
HCH | (g/m3 ) | Lindane (HCH) | Organic micro pollutants |
|
HCH-dis | (g/m3 ) | dissolved concentration HCH | Organic micro pollutants |
|
HCH-par | (g/m3 ) | particulate concentration HCH | Organic micro pollutants |
|
HCHS1 | (g ) | HCH in layer S1 | Organic micro pollutants |
|
HCHS1-Dis | (g ) | dissolved mass HCH in layer S1 | Organic micro pollutants |
|
HCHS1-Par | (g ) | particulate mass HCH in layer S1 | Organic micro pollutants |
|
HCHS2 | (g ) | HCH in layer S2 | Organic micro pollutants |
|
HCHS2-Dis | (g ) | dissolved mass HCH in layer S2 | Organic micro pollutants |
|
HCHS2-Par | (g ) | particulate mass HCH in layer S2 | Organic micro pollutants |
|
Mef | (g/m3 ) | Mefinphos (Mef) | Organic micro pollutants |
|
Mef-dis | (g/m3 ) | dissolved concentration Mef | Organic micro pollutants |
|
Mef-par | (g/m3 ) | particulate concentration Mef | Organic micro pollutants |
|
MefS1 | (g ) | Mef in layer S1 | Organic micro pollutants |
|
MefS1-Dis | (g ) | dissolved mass Mef in layer S1 | Organic micro pollutants |
|
MefS1-Par | (g ) | particulate mass Mef in layer S1 | Organic micro pollutants |
|
MefS2 | (g ) | Mef in layer S2 | Organic micro pollutants |
|
MefS2-Dis | (g ) | dissolved mass Mef in layer S2 | Organic micro pollutants |
|
MefS2-Par | (g ) | particulate mass Mef in layer S2 | Organic micro pollutants |
|
OMP | (g/m3 ) | Organic Micro Pollutant (OMP) | Organic micro pollutants |
|
OMPS1 | (g ) | OMP in sediment 1 | Organic micro pollutants |
|
OMPS1-Dis | (g ) | dissolved mass OMP in S1 | Organic micro pollutants |
|
OMPS1-Par | (g ) | particulate mass OMP in S1 | Organic micro pollutants |
|
OMPS2 | (g ) | OMP in sediment 2 | Organic micro pollutants |
|
OMPS2-Dis | (g ) | dissolved mass OMP in S2 | Organic micro pollutants |
|
OMPS2-Par | (g ) | particulate mass OMP in S2 | Organic micro pollutants |
|
OMP-dis | (g/m3 ) | dissolved concentration OMP | Organic micro pollutants |
|
OMP-par | (g/m3 ) | particulate concentration OMP | Organic micro pollutants pollutants |
|
BODC | (gC/m3 ) | BOD-Carbon | Oxygen-BOD |
|
BODCS1 | (gC ) | BOD-Carbon in layer S1 | Oxygen-BOD |
|
CBOD5 | (gO2/m3 ) | carbonaceous BOD (first pool) at 5 days | Oxygen-BOD |
|
CBOD5_2 | (gO2/m3 ) | carbonaceous BOD (second pool) at 5 days | Oxygen-BOD |
|
CBODu | (gO2/m3 ) | carbonaceous BOD (first pool) ultimate | Oxygen-BOD |
|
CBODu_2 | (gO2/m3 ) | carbonaceous BOD (second pool) ultimate | Oxygen-BOD |
|
COD_Cr | (gO2/m3 ) | COD concentration by the Cr-method | Oxygen-BOD |
|
COD_Mn | (gO2/m3 ) | COD concentration by the Mn-method | Oxygen-BOD |
|
NBOD5 | (gO2/m3 ) | nitrogenous BOD at 5 days | Oxygen-BOD |
|
NBODu | (gO2/m3 ) | nitrogenous BOD ultimate | Oxygen-BOD |
|
OXY | (g/m3 ) | Dissolved Oxygen | Oxygen-BOD |
|
SOD | (gO2/m3 ) | Sediment oxygen demand (SOD) | Oxygen-BOD |
|
CBOD5_3 | (gO2/m3 ) | carbonaceous BOD (third pool) at 5 days | Oxygen-BOD |
|
IM1 | (gDM/m3 ) | inorganic matter (IM1) | Suspended matter |
|
IM1S1 | (gDM ) | IM1 in layer S1 | Suspended matter |
|
IM1S2 | (gDM ) | IM1 in layer S2 | Suspended matter |
|
IM2 | (gDM/m3 ) | inorganic matter (IM2) | Suspended matter |
|
IM2S1 | (gDM ) | IM2 in layer S1 | Suspended matter |
|
IM2S2 | (gDM ) | IM2 in layer S2 | Suspended matter |
|
IM3 | (gDM/m3 ) | inorganic matter (IM3) | Suspended matter |
|
IM3S1 | (gDM ) | IM3 in layer S1 | Suspended matter |
|
IM3S2 | (gDM ) | IM3 in layer S2 | Suspended matter |
|
Zsand | (mm ) | Sand | Suspended matter |
|
http://cf-pcmdi.llnl.gov/documents/cf-standard-names/8/cf-standard-name-table.html/
Standard names for chemicals:
http://en.wikipedia.org/wiki/IUPAC_nomenclature_of_inorganic_chemistry
Locations (Staggering)
Grid/network
...
Required information per file format:
- References to write and read routines.
- References to example files. (in quickplot tests)
- For each file we need information of how this file will be made CF compliant.
GRID
file:///d:/checkouts/matlab/Grid - Dutch Coast
file:///d:/checkouts/matlab/GRID - FLOW restart
file:///d:/checkouts/matlab/Grid - grensproject
file:///d:/checkouts/matlab/Grid - Maas
file:///d:/checkouts/matlab/Grid - opstuw
file:///d:/checkouts/matlab/GRID - portcarrara
file:///d:/checkouts/matlab/Grid - Roosteren
file:///d:/checkouts/matlab/Grid - SWAN
file:///d:/checkouts/matlab/GRID - trirst - JJ
file:///d:/checkouts/matlab/GRID - tru1 - JM
file:///d:/checkouts/matlab/GRID - weirs
file:///d:/checkouts/matlab/Grid - World
...