| urban_areas {tigris} | R Documentation |
Download an urban areas shapefile into R
Description
Urban areas include both "urbanized areas," which are densely developed areas with a population of at least 50,000, and "urban clusters," which have a population of greater than 2,500 but less than 50,000. For more information, please see the link provided.
Usage
urban_areas(cb = FALSE, year = NULL, criteria = NULL, ...)
Arguments
cb |
If cb is set to TRUE, download a generalized (1:500k) cartographic boundary file. Defaults to FALSE (the most detailed TIGER/Line file). |
year |
the data year; defaults to 2022 |
criteria |
If set to "2020" and the year is 2020, will download the new 2020 urban areas criteria. Not available for cartographic boundary shapefiles / other years at the moment. |
... |
arguments to be passed to internal function |
Additional Arguments
Additional arguments that can be passed in ... are:
-
classDesired class of return object:"sf"(the default) or"sp". sp classes should be considered deprecated as of tigris version 2.0, but legacy support is still available. -
progress_barIf set toFALSE, do not display download progress bar (helpful for R Markdown documents). Defaults toTRUE. -
keep_zipped_shapefileIf set toTRUE, do not delete zipped shapefile (stored in temporary directory orTIGRIS_CACHE_DIRdepending on the configuration of global option"tigris_use_cache"). Defaults toFALSE. -
refreshWhether to re-download cached shapefiles (TRUEorFALSE) . The default is eitherFALSEor the value of global option"tigris_refresh"if it is set. Specifying this argument will override the behavior set in"tigris_refresh"global option. -
filter_byGeometry used to filter the output returned by the function. Can be an sf object, an object of classbbox, or a length-4 vector of formatc(xmin, ymin, xmax, ymax)that can be converted to a bbox. Geometries that intersect the input tofilter_bywill be returned.
See Also
https://www.census.gov/programs-surveys/geography/guidance/geo-areas/urban-rural.html
Other metro area functions:
combined_statistical_areas(),
core_based_statistical_areas(),
metro_divisions(),
new_england()