View source: R/get_bio_oracle.R
get_bio_oracle | R Documentation |
Get bioclimatic layers from Bio-Oracle for current and future scenarios
get_bio_oracle(
period,
var_type,
model = NULL,
scenario = NULL,
sv_dir = getwd(),
load2r = TRUE,
parallel = TRUE
)
period |
Time period. Posible values are: "current","2050","2100","2200". |
var_type |
Type of variable. Posible values are: 'salinity','sea_surface_temperature', 'current_velocity','sea_water_temperature','sea_water_salinity','sea_ice_thickness', 'chlorophyll_concentration','sea_surface_salinity'. |
model |
Climate model. Possible values are: "UKMO-HadCM3" and "AOGCM" |
scenario |
Climate change scenario. Posible values are "a1b","a2","b1","rcp26","rcp45","rcp60","rcp85". |
sv_dir |
Path to the directory where the layers will be saved. The default is the working directory of the R session. |
load2r |
Logical. Load layers into R? |
parallel |
Download layers in parallel. |
For more details visit http://www.bio-oracle.org/index.php
Assis, J., Tyberghein, L., Bosh, S., Verbruggen, H., Serrao, E. A., & De Clerck, O. (2017). Bio-ORACLE v2.0: Extending marine data layers for bioclimatic modelling. Global Ecology and Biogeography.
get_envirem_elev
, get_envirem_clim
, get_chelsa
## Not run:
swater_temp <- get_bio_oracle(period = "current",
var_type = 'sea_water_temperature',
model = NULL,
scenario = NULL,
sv_dir="~/Desktop/",
load2r = TRUE,
parallel = TRUE)
swater_temp_2100_AOGCM_rcp85 <- get_bio_oracle(period = "2100",
var_type ='sea_water_temperature',
model = "AOGCM",
scenario = "rcp85",
sv_dir="C:/Users/l916o895/Desktop",
load2r = TRUE,
parallel = TRUE)
## End(Not run)
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