Added in bash scripts to produce the 5arcmin carbon maps using the ESA data- Separate bash scripts for soil, AG carbon, BG carbon. The readme specifies where the base data for these scripts can be downloaded.
Added in two R scripts to perform the harmonization- This will perform the harmonization for any soil, vegetation type for the 6 states. I have included detailed documentation on what each step is doing. User can turn diagnostics on to see completeness statistics, what densities look like for a selected basin and the world and also see plots of carbon (global, basin)
Updated diagnostics scripts that produce carbon plots
B. Code updates
I have added in some minor changes and warnings since we have some arrays now that are dominated by NODATA values.
I have tweaked the calculations for the medians and the q3 for efficiency (Results do not change)
Updated input files for new data.
Made minor tweaks to outputs (soil is now representative of 0-30cms)
C. New data
Added in 24 new raster files based on the above calculations
Added in a zip file of Carbon rasters which are the ESA LC carbon rasters at 5 arcmin resolution & FAO_carbon_rasters which are IGBP LC carbon rasters at 5 arcmins (The IGBP LC are required when using the FAO HWSD).
D. documentation
Added a readme in the carbon_harmonization folder describing our workflow, inputs, outputs and summary results.
Removed a bunch of documentation from the main readme and added a link to the ancillary folder.
A. New code files
B. Code updates
C. New data
Added in 24 new raster files based on the above calculations Added in a zip file of Carbon rasters which are the ESA LC carbon rasters at 5 arcmin resolution & FAO_carbon_rasters which are IGBP LC carbon rasters at 5 arcmins (The IGBP LC are required when using the FAO HWSD).
D. documentation
Added a readme in the carbon_harmonization folder describing our workflow, inputs, outputs and summary results. Removed a bunch of documentation from the main readme and added a link to the ancillary folder.