R: Geospatial Regression Equation for European Nutrient Losses (GREEN)

# Geospatial Regression Equation for European Nutrient Losses (GREEN)

## Documentation for package ‘GREENeR’ version 1.0.2

- DESCRIPTION file.
- User guides, package vignettes and other documentation.
- Package NEWS.

## Help Pages

annual_data_TN | Annual data TN
annual_data_TP | Annual data TP
calib_boxplot | Boxplot of best parameters
calib_dot | Dot plot of goodness-of-fit metric vs parameter value
calib_green | Calibration of the GREEN model
catch_data_TN | Catch data TN
catch_data_TP | Catch data TP
compare_calib | Plot comparing observed vs modeled loads for two set of parameters
green_shares | Geospatial Regression Equation parallel execution returning the source apportionment
input_maps | Map average load input by source
input_plot | Plot input load by source
input_Tserie | Time series of annual load inputs by source
input_Tserie_area | Time series of annual load inputs by source and km2
LakeRetent_plot | Lake retention values summary
N4_sankey | Nutrient balance flow plot
nutrient_maps | Map average load output by source
nutrient_tserie | Output load time series plot
nutrient_tserie_darea | Output load time series plot
read_geometry | Read geometry
read_NSdata | Read NS data
references_plot | Reference summary plot
region_nut_balance | Nutrient balance based in the application of the Geospatial Regression Equation returning the diffuse, land retention, point sources
scatter_plot | Scatter plot of goodness-of-fit metric vs parameters
select_params | Selection of best calibration parameters
shreve | Shreve
simobs_annual_plot | Facet year plot