If my_address_file_geocoded.csv
is a file in the current working directory with coordinate columns named lat
and lon
, then the DeGAUSS command:
docker run --rm -v $PWD:/tmp ghcr.io/degauss-org/nlcd:0.2.3 my_address_file_geocoded.csv
will produce my_address_file_geocoded_nlcd_0.2.3_400m_buffer.csv
with the following added columns describing the land classification within a 400 meter buffer radius of each point:
impervious
: average percent impervious of all nlcd cells overlapping the buffergreen
: percent of green = TRUE
nlcd cells overlapping buffer (green = TRUE
if landcover classification in any category except water, ice/snow, developed medium intensity, developed high intensity, rock/sand/clay)primary_urban
: primary urban roadwayprimary_rural
: primary rural roadwaysecondary_urban
: secondary urban roadwaysecondary_rural
: secondary rural roadwaytertiary_urban
: tertiary urban roadwaytertiary_rural
: tertiary rural roadwaythinned_urban
: thinned urban roadwaythinned_rural
: thinned rural roadwaynonroad_urban
: nonroad urbannonroad_rural
: nonroad ruralenergyprod_urban
: energy production urbanenergyprod_rural
: energy production ruralnonimpervious
: not classified as any of the impervious descriptior categoriesNLCD uses the following definitions for impervious descriptors categories:
The default buffer radius is 400 meters, but can be changed by supplying an optional argument to the degauss command. For example,
docker run --rm -v $PWD:/tmp ghcr.io/degauss-org/nlcd:0.2.3 my_address_file_geocoded.csv 800
will produce my_address_file_geocoded_nlcd_0.2.3_800m_buffer.csv
, and all output will be values within an 800 m buffer.
This container was built using the addNlcdData package.
s3://geomarker/nlcd/nlcd_fst/
.For detailed documentation on DeGAUSS, including general usage and installation, please see the DeGAUSS homepage.