WMS Scientific Data meteorology atmosphere climate ocean earth science Support NCAR GDEX rpconroy@ucar.edu none none 1 2048 2048 text/xml image/png image/png;mode=32bit image/gif image/jpeg application/vnd.google-earth.kmz text/plain text/xml text/html XML ncWMS2 GetMap COLORSCALERANGE Of the form min,max this is the scale range used for plotting the data. NUMCOLORBANDS The number of discrete colours to plot the data. Must be between 2 and 250 ABOVEMAXCOLOR The colour to plot values which are above the maximum end of the scale range. Colours are as defined above, with the addition of "extend", which will use the maximum value of the palette. BELOWMINCOLOR The colour to plot values which are below the minimum end of the scale range. Colours are as defined above, with the addition of "extend", which will use the minimum value of the palette. LOGSCALE "true" or "false" - whether to plot data with a logarithmic scale TARGETTIME For in-situ data, all points which fall within the time range (specified in the TIME parameter) will be plotted. In the case that an in-situ point has multiple time readings within that range, the colour used to plot them will depend on the time value which is closest to this given value TARGETELEVATION For in-situ data, all points which fall within the elevation range (specified in the ELEVATION parameter) will be plotted. In the case that an in-situ point has multiple elevation readings within that range, the colour used to plot them will depend on the elevation value which is closest to this given value OPACITY The percentage opacity of the final output image ANIMATION "true" or "false" - whether to generate an animation. This also needs the TIME to be of the formstarttime/endtime, and currently is only implemented for features with a discrete time axis. GetTimeseries This produces either a timeseries graph or, if downloading is enabled, a CSV file containing the data. The URL parameters are identical to those of a GetFeatureInfo request. The TIME parameter should specify a range of times in the form starttime/endtime, and the supported formats are: image/png,image/jpg,image/jpeg,text/csv,text/json,application/prs.coverage+json,application/prs.coverage json GetVerticalProfile This produces either a vertical profile graph or, if downloading is enabled, a CSV file containing the data. The URL parameters are identical to those of a GetFeatureInfo request. The ELEVATION parameter should specify a range of elevations in the form startelevation/endelevation, and the supported formats are: image/png,image/jpg,image/jpeg,text/csv,text/json,application/prs.coverage+json,application/prs.coverage json GetTransect This produces a graph of data values along an arbitrary path. Additionally if there is vertical information present in the dataset, it will produce a vertical section along the same path. It accepts the same URL parameters as a GetMap requestion, with the additional mandatory parameter LINESTRING LINESTRING The points which define the path of the transect to plot. Of the form x1 y1,x2 y2,x3 y3... GetMetadata Fetches small pieces of metadata. Many of these are also present in this capabilities document, but GetMetadata provides a more convenient method of accessing such data. GetMetadata always returns data in the JSON format ITEM This specifies the metadata to return. This can take the values: menu: Returns a tree representation of the available WMS layers, with IDs. Takes the optional parameter DATASET to return the same tree for a single dataset layerDetails: Returns a set of details needed to plot a given layer. This includes such data as units, layer bounding box, configured scale range, etc. Takes the parameters LAYERNAME and TIME. The TIME parameter is optional, and if it is specified then the nearest available time is returned as part of the layer's details. minmax: Calculates the range of values in the given area. Takes the same parameters as a GetMap request. timesteps: Returns the available times for a given day. Takes the parameters LAYERNAME and DAY (yyyy-mm-dd) animationTimesteps: Returns a list of time strings at different temporal resolutions for a given time range. This is used to present to the user different frequencies for the generation of an animation. Takes the parameters LAYERNAME, START, and END GetLegendGraphic The GetLegendGraphic request generates an image which can be used as a legend. There are two main options: Generating just a colourbar, and generating a full legend. COLORBARONLY "true" or "false". Whether to generate a full legend or just the colour bar. If it's "true", the following URL parameters are required: PALETTE: The name of the palette to use. If missing, set to "default" NUMCOLORBANDS: The number of colour bands to use. If missing, set to 250 VERTICAL: Whether to very colours vertically. If missing, defaults to true WIDTH: The width of the image to generate. If missing, defaults to 50 HEIGHT: The height of the image to generate. If missing, defaults to 200 For a full legend, the additional parameters LAYERS and either STYLES, SLD, or SLD_BODY must be supplied. This is because a single WMS layer may depend on an arbitrary number of sub-layers, depending on the style it is plotted in. In addition to these parameters, the optional parameters controlling the style may be supplied (these are the same as documented in the GetMap request). Note that for full legends, the supplied width and height are NOT the final height of the image, but rather the width and height of each individual coloured plot area (i.e. the 1d/2d colourbar) EPSG:4326 CRS:84 EPSG:41001 EPSG:27700 EPSG:3408 EPSG:3409 EPSG:3857 EPSG:5041 EPSG:5042 EPSG:32661 EPSG:32761 hi grid cell mean ice thickness -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z hs grid cell mean snow thickness -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fs grid cell mean snow fraction -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z Tsfc snow/ice surface temperature -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aice ice area (aggregate) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z qi internal ice heat content -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z qs internal snow heat content -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z transix ice mass transport (x) on East side -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z transiy ice mass transport (y) on North side -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fswdn down solar flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fswup upward solar flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z flwdn down longwave flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z snow snowfall rate (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z snow_ai snowfall rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z rain rainfall rate (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z rain_ai rainfall rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fswfac shortwave scaling factor -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fswabs snow/ice/ocn absorbed solar flux (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fswabs_ai snow/ice/ocn absorbed solar flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z alvdr visible direct albedo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z alidr near IR direct albedo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z alvdf visible diffuse albedo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z alidf near IR diffuse albedo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z albice bare ice albedo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z albsno snow albedo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z albpnd melt pond albedo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z coszen cosine of the zenith angle -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z flat latent heat flux (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z flat_ai latent heat flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fsens sensible heat flux (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fsens_ai sensible heat flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z flwup upward longwave flux (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z flwup_ai upward longwave flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z evap evaporative water flux (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z evap_ai evaporative water flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z Tair air temperature -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z Tref 2m reference temperature -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z Qref 2m reference specific humidity -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z congel congelation ice growth -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z frazil frazil ice growth -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z snoice snow-ice formation -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z meltt top ice melt -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z meltb basal ice melt -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z meltl lateral ice melt -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z melts snow melt -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fresh freshwtr flx ice to ocn (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fresh_ai freshwtr flx ice to ocn -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fsalt salt flux ice to ocn (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fsalt_ai salt flux ice to ocean -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fhocn heat flux ice to ocn (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fhocn_ai heat flux ice to ocean -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fswthru SW thru ice to ocean (cpl) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fswthru_ai SW flux thru ice to ocean -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z strength compressive ice strength -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z opening lead area opening rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z divu strain rate (divergence) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z shear strain rate (shear) -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z dvidtt volume tendency thermo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z dvidtd volume tendency dynamics -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z daidtt area tendency thermo -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z daidtd area tendency dynamics -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z dardg1dt ice area ridging rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z dardg2dt ridge area formation rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z dvirdgdt ice volume ridging rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z hisnap ice volume snapshot -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aisnap ice area snapshot -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z trsig internal stress tensor trace -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z ice_present fraction of time-avg interval that any ice is present -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fsurf_ai net surface heat flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z fcondtop_ai top surface conductive heat flux -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aicen001 ice area, category 001 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aicen002 ice area, category 002 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aicen003 ice area, category 003 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aicen004 ice area, category 004 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aicen005 ice area, category 005 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z vicen001 ice volume, category 001 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z vicen002 ice volume, category 002 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z vicen003 ice volume, category 003 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z vicen004 ice volume, category 004 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z vicen005 ice volume, category 005 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z iage sea ice age -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z FYarea first-year ice area -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aerosnossl001 snow ssl aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aerosnoint001 snow int aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aeroicessl001 ice ssl aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aeroiceint001 ice int aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aerosnossl002 snow ssl aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aerosnoint002 snow int aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aeroicessl002 ice ssl aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aeroiceint002 ice int aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aerosnossl003 snow ssl aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aerosnoint003 snow int aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aeroicessl003 ice ssl aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z aeroiceint003 ice int aerosol mass -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z faero_atm001 aerosol deposition rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z faero_atm002 aerosol deposition rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z faero_atm003 aerosol deposition rate -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z faero_ocn001 aerosol flux to ocean -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z faero_ocn002 aerosol flux to ocean -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z faero_ocn003 aerosol flux to ocean -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z apond001 melt pond concentration, category 001 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z apond002 melt pond concentration, category 002 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z apond003 melt pond concentration, category 003 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z apond004 melt pond concentration, category 004 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z apond005 melt pond concentration, category 005 -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 0243-07-01T00:00:00.000Z uarea area of U grid cells -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 dxu U cell width through middle -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 dyu U cell height through middle -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 ANGLE angle grid makes with latitude line on U grid -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 tmask ocean grid mask -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 tarea area of T grid cells -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 dxt T cell width through middle -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 dyt T cell height through middle -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 HTN T cell width on North side -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 HTE T cell width on East side -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 ANGLET angle grid makes with latitude line on T grid -179.9967041015625 179.999267578125 -79.22052001953125 89.70641326904297 uvel ice velocity (x) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z vvel ice velocity (y) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strairx atm/ice stress (x) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strairy atm/ice stress (y) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strcorx coriolis stress (x) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strcory coriolis stress (y) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strocnx ocean/ice stress (x) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strocny ocean/ice stress (y) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strintx internal ice stress (x) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z strinty internal ice stress (y) -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z sig1 norm. principal stress 1 -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z sig2 norm. principal stress 2 -179.978515625 179.9866943359375 -78.95289611816406 89.97734069824219 0243-07-01T00:00:00.000Z