1b:T76b,# Spatial points vector of records of Dypsis in eastern Madagascar Spatial points vector of herbarium specimens and observations of plants in the genus **Dypsis** (slender, evergreen palms) from a portion of eastern Madagascar. data ## Format An object of class `sf`. ## Source [Global Biodiversity Information Facility (GBIF)](https://gbif.org) ```r data(madDypsis) ``` ## Examples ```r ### vector data library(sf) # For vector data, we can use data(*) or fastData(*): data(madCoast0) # same as next line madCoast0 <- fastData("madCoast0") # same as previous madCoast0 plot(st_geometry(madCoast0)) madCoast4 <- fastData("madCoast4") madCoast4 plot(st_geometry(madCoast4), add = TRUE) madRivers <- fastData("madRivers") madRivers plot(st_geometry(madRivers), col = "blue", add = TRUE) madDypsis <- fastData("madDypsis") madDypsis plot(st_geometry(madDypsis), col = "red", add = TRUE) ### raster data library(terra) # For raster data, we can get the file directly or using fastData(*): rastFile <- system.file("extdata/madElev.tif", package="fasterRaster") madElev <- terra::rast(rastFile) madElev <- fastData("madElev") # same as previous two lines madElev plot(madElev) madForest2000 <- fastData("madForest2000") madForest2000 plot(madForest2000) madForest2014 <- fastData("madForest2014") madForest2014 plot(madForest2014) # multi-layer rasters madChelsa <- fastData("madChelsa") madChelsa plot(madChelsa) madPpt <- fastData("madPpt") madTmin <- fastData("madTmin") madTmax <- fastData("madTmax") madPpt madTmin madTmax # RGB raster madLANDSAT <- fastData("madLANDSAT") madLANDSAT plotRGB(madLANDSAT, 4, 1, 2, stretch = "lin") # categorical raster madCover <- fastData("madCover") madCover madCover <- droplevels(madCover) levels(madCover) # levels in the raster nlevels(madCover) # number of categories catNames(madCover) # names of categories table plot(madCover) ```

madDypsis dataset