Description Usage Arguments Value Author(s)
to map different metrics computed using functions of the rOcean package
1 2 3 4 5 6 7 | oceanMaps(grid, grid_provided = T, logScale = F, occurrences,
map_occurrences = F, convex_hull = F, long_name = "decimalLongitude",
lat_name = "decimalLatitude", min_long = -180, max_long = 180,
min_lat = -90, max_lat = 90, species_name = "species",
background_color = "grey10", dot_color = "steelblue",
low_color = "steelblue", mid_color = "gold", high_color = "firebrick",
col_steps = 20, main = "")
|
grid |
raster of species presences, richness, abundance or other metrics. |
grid_provided |
to indicate whether a raster is provided to be mapped |
occurrences |
species occurrences dataframe with at least latitude and longitude columns |
map_occurrences |
if true, occurrences are mapped for each species |
convex_hull |
if true, a convex hull is computed and mapped for each species of occurrences |
long_name |
column name for longitudes in the "occurrences" dataframe |
lat_name |
column name for latitudes in the "occurrences" dataframe |
min_long |
minimum longitude of the analysis |
max_long |
maximum longitude of the analysis |
max_lat |
maximum latitude of the analysis |
log_scale |
if True grid values are plotted in a log scale, useful for abundance representations |
species_names |
column name for species names in the "occurrences" dataframe |
max_long |
minimum latitute of the analysis |
The result is a map with the spatial trends
I. Montero-Serra, E. Aspillaga, V. Barve, N Barve & K. Kaplan,
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