View source: R/dbGetClimateSpace.R
getClimateSpace | R Documentation |
Extract the distribution of the studied climate gradient(s) across the study area.
getClimateSpace( climate, xmn = NA, xmx = NA, ymn = NA, ymx = NA, continents = NA, countries = NA, basins = NA, sectors = NA, realms = NA, biomes = NA, ecoregions = NA, elev_min = NA, elev_max = NA, elev_range = NA, dbname = "gbif4crest_02" )
climate |
A vector of the climate variables to extract. See
|
xmn, xmx, ymn, ymx |
The coordinates defining the study area. |
continents |
A vector of the continent names defining the study area. |
countries |
A vector of the country names defining the study area. |
basins |
A vector of the ocean names defining the study area. |
sectors |
A vector of the marine sector names defining the study area. |
realms |
A vector of the studied botanical realms defining the study area. |
biomes |
A vector of the studied botanical biomes defining the study area. |
ecoregions |
A vector of the studied botanical ecoregions defining the study area. |
elev_min, elev_max |
Parameters to only selected grid cells with an
elevation higher than elev_min or lower than elev_max (default is
' |
elev_range |
Parameters discard the grid cell with a high elevation
range (default is |
dbname |
The name of the data source database. |
A matrix of occurrence records with the associated climate.
accClimateVariables
for a list of accepted climate variable names, accCountryNames
for a list of accepted continent and country names, accBasinNames
for a list of accepted basin and sector names, accRealmNames
for a list of accepted realm, biome and ecoregion names.
## Not run: climate <- getClimateSpace("bio1", -90, 90, -90, 90, continents = "Europe", countries = c("Germany", "Netherlands", "Sweden"), realms = "Palaearctic" ) head(climate) raster::plot(raster::rasterFromXYZ(climate), asp=1) ## End(Not run)
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