Returns a dataframe or simplefeature dataframe of permitted facilities returned by the query. Uses EPA's ECHO API: https://echo.epa.gov/tools/web-services/facility-search-air#!/Facilities/get_air_rest_services_get_facility_info
Arguments
- output
Character string specifying output format.
output = 'df'
for a dataframe oroutput = 'sf'
for a simple features spatial dataframe. See (https://CRAN.R-project.org/package=sf) for more information about simple features.- verbose
Logical, indicating whether to provide processing and retrieval messages. Defaults to FALSE
- ...
Further arguments passed as query parameters in request sent to EPA ECHO's API. For more options see: https://echo.epa.gov/tools/web-services/facility-search-water#!/Facility_Information/get_air_rest_services_get_facility_info for a complete list of parameter options. Examples provided below.
Examples
# \donttest{
## These examples require an internet connection to run
## Retrieve table of facilities by bounding box
echoAirGetFacilityInfo(p_c1lon = '-96.407563',
p_c1lat = '30.554395',
p_c2lon = '-96.25947',
p_c2lat = '30.751984',
output = 'df')
#> # A tibble: 40 × 7
#> AIRName SourceID AIRStreet AIRCity AIRState FacLat FacLong
#> <chr> <chr> <chr> <chr> <chr> <dbl> <dbl>
#> 1 AGGIE CLEANERS 0600000… 111 COLL… COLLEG… TX 30.6 -96.3
#> 2 ALENCO, DIV OF RELIANT BL… TX00000… 615 CARS… BRYAN TX 30.6 -96.4
#> 3 ALL SEASONS 1 HR CLEANERS 0600000… 2501 TEX… COLLEG… TX 30.6 -96.3
#> 4 BLUEBONNET PAVING TX00000… HWY. 60,… COLLEG… TX 30.6 -96.3
#> 5 BRIARCREST DRY CLEANERS 0600000… 1887 BRI… BRYAN TX 30.7 -96.3
#> 6 BRYAN CERAMICS PLANT TX00000… 1500 IND… BRYAN TX 30.7 -96.4
#> 7 BRYAN CLEANERS & LAUNDRY 0600000… 1803 HOL… COLLEG… TX 30.6 -96.3
#> 8 BRYAN HICKS GAS PLANT TX00000… 3747 OLD… BRYAN TX 30.7 -96.3
#> 9 CITGO PETROLEUM CORPORATI… TX00000… 1714 FIN… BRYAN TX 30.7 -96.4
#> 10 CITY OF BRYAN TX00000… 1.5 MI W… BRYAN TX 30.6 -96.4
#> # ℹ 30 more rows
## Retrieve a simple features dataframe by bounding box
spatialdata <- echoAirGetFacilityInfo(p_c1lon = '-96.407563',
p_c1lat = '30.554395',
p_c2lon = '-96.25947',
p_c2lat = '30.751984',
output = 'sf')
# }