Barreto2023 |
Documentation for the Barreto et al 2023 dataset |
Beyer2020 |
Documentation for the Beyer2020 dataset |
bioclim_vars |
Compute bioclimatic variables |
bioclim_vars-method |
Compute bioclimatic variables |
biome4_classes |
BIOME4 classes. |
CHELSA_2.1 |
Documentation for _CHELSA 2.1_ |
CHELSA_trace21k_1.0 |
Documentation for _CHELSA-TracCE21k_ |
CHELSA_trace21k_1.0_0.5m_vsi |
Documentation for _CHELSA-TracCE21k_ |
clean_data_path |
Clean the data path |
climate_for_locations |
Extract local climate for one or more locations for a given time slice. |
climate_for_time_slice |
Extract a climate slice for a region |
date2ybp |
Convert years BP from pastclim to lubridate date, or vice versa |
df_from_region_series |
Extract data frame from a region series |
df_from_region_slice |
Extract data frame from a region slice |
distance_from_sea |
Compute a raster of distances from the sea for each land pixel. |
download_dataset |
Download palaeoclimate reconstructions. |
Example |
Documentation for the Example dataset |
get_available_datasets |
Get the available datasets. |
get_biome_classes |
Get the biome classes for a dataset. |
get_data_path |
Get the data path where climate reconstructions are stored |
get_downloaded_datasets |
Get the variables downloaded for each dataset. |
get_ice_mask |
Get the ice mask for a dataset. |
get_land_mask |
Get the land mask for a dataset. |
get_mis_time_steps |
Get time steps for a given MIS |
get_resolution |
Get resolution of a given dataset |
get_time_bp_steps |
Get time steps for a given dataset |
get_time_ce_steps |
Get time steps for a given dataset |
get_time_steps |
Get time steps for a given dataset |
get_vars_for_dataset |
Get a list of variables for a given dataset. |
HYDE_3.3_baseline |
Documentation for _HYDE 3.3_ dataset |
is_region_series |
Check the object is a valid region series |
koeppen_classes |
Koeppen-Geiger classes. |
koeppen_geiger |
Reconstruct biomes based on the Köppen Geiger's classification |
koeppen_geiger-method |
Reconstruct biomes based on the Köppen Geiger's classification |
Krapp2021 |
Documentation for the Krapp2021 dataset |
list_available_datasets |
List all the available datasets. |
location_series |
Extract a time series of bioclimatic variables for one or more locations. |
location_slice |
Extract local climate for one or more locations for a given time slice. |
location_slice_from_region_series |
Extract local climate for one or more locations for a given time slice. |
mis_boundaries |
Time boundaries of marine isotope stages (MIS). |
paleoclim_1.0 |
Documentation for _Paleoclim_ |
paleoclim_1.0_10m |
Documentation for _Paleoclim_ |
paleoclim_1.0_2.5m |
Documentation for _Paleoclim_ |
paleoclim_1.0_5m |
Documentation for _Paleoclim_ |
region_extent |
Region extents. |
region_outline |
Region outlines. |
region_outline_union |
Region outlines unioned. |
region_series |
Extract a time series of climate variables for a region |
region_slice |
Extract a climate slice for a region |
sample_region_series |
Sample points from a region time series |
sample_region_slice |
Sample points from a region time slice |
set_data_path |
Set the data path where climate reconstructions will be stored |
slice_region_series |
Extract a slice for a time series of climate variables for a region |
time_bp |
Extract and set time in years before present for SpatRaster and SpatRasterDataset |
time_bp-method |
Extract and set time in years before present for SpatRaster and SpatRasterDataset |
time_bp<- |
Extract and set time in years before present for SpatRaster and SpatRasterDataset |
time_bp<--method |
Extract and set time in years before present for SpatRaster and SpatRasterDataset |
time_series_for_locations |
Extract a time series of bioclimatic variables for one or more locations. |
update_dataset_list |
Update the dataset list |
validate_nc |
Validate an netcdf file for pastclim |
var_labels |
Generate pretty variable labels for plotting |
WorldClim_2.1 |
Documentation for the WorldClim datasets |
ybp2date |
Convert years BP from pastclim to lubridate date, or vice versa |