getClimateSpace: Extract the distribution of the studied climate gradient(s)...

In crestr: A Probabilistic Approach to Reconstruct Past Climates Using Palaeoecological Datasets

Extract the distribution of the studied climate gradient(s) across the study area.

Description

Extract the distribution of the studied climate gradient(s) across the study area.

Usage

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"
)

Arguments

climate	A vector of the climate variables to extract. See accClimateVariables for the list of accepted values.
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 'NA ).
elev_range	Parameters discard the grid cell with a high elevation range (default is NA).
dbname	The name of the data source database.

Value

A matrix of occurrence records with the associated climate.

See Also

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.

Examples

## 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)

crestr documentation built on Jan. 6, 2023, 5:23 p.m.