cc_gbif {CoordinateCleaner} | R Documentation |
Identify Records Assigned to GBIF Headquarters
Description
Removes or flags records within 0.5 degree radius around the GBIF headquarters in Copenhagen, DK.
Usage
cc_gbif(
x,
lon = "decimalLongitude",
lat = "decimalLatitude",
species = "species",
buffer = 1000,
geod = TRUE,
verify = FALSE,
value = "clean",
verbose = TRUE
)
Arguments
x |
data.frame. Containing geographical coordinates and species names. |
lon |
character string. The column with the longitude coordinates. Default = “decimalLongitude”. |
lat |
character string. The column with the latitude coordinates. Default = “decimalLatitude”. |
species |
character string. The column with the species identity. Only required if verify = TRUE. |
buffer |
numerical. The buffer around the GBIF headquarters, where records should be flagged as problematic. Units depend on geod. Default = 100 m. |
geod |
logical. If TRUE the radius is calculated based on a sphere, buffer is in meters. If FALSE the radius is calculated in degrees. Default = T. |
verify |
logical. If TRUE records are only flagged if they are the only record in a given species flagged close to a given reference. If FALSE, the distance is the only criterion |
value |
character string. Defining the output value. See value. |
verbose |
logical. If TRUE reports the name of the test and the number of records flagged. |
Details
Not recommended if working with records from Denmark or the Copenhagen area.
Value
Depending on the ‘value’ argument, either a data.frame
containing the records considered correct by the test (“clean”) or a
logical vector (“flagged”), with TRUE = test passed and FALSE = test
failed/potentially problematic . Default = “clean”.
See Also
Other Coordinates:
cc_aohi()
,
cc_cap()
,
cc_cen()
,
cc_coun()
,
cc_dupl()
,
cc_equ()
,
cc_inst()
,
cc_iucn()
,
cc_outl()
,
cc_sea()
,
cc_urb()
,
cc_val()
,
cc_zero()
Examples
x <- data.frame(species = "A",
decimalLongitude = c(12.58, 12.58),
decimalLatitude = c(55.67, 30.00))
cc_gbif(x)
cc_gbif(x, value = "flagged")