Open aj1s opened 2 years ago
48 combinations (16 landcats over the three time horizons) have Thinning_* acreages in C_Potential and D_Maximum, but not in A_Historical and B_Current:
C35001_Forest_USFS_Thinning C35001_Woodland_USFS_Thinning C35006_Forest_USFS_Thinning C35006_Woodland_USFS_Thinning C35015_Forest_USFS_Thinning C35017_Forest_USFS_Thinning C35027_Forest_USFS_Thinning C35031_Forest_USFS_Thinning C35047_Forest_USFS_Thinning C35047_Woodland_USFS_Thinning C35049_Forest_USFS_Thinning C35049_Woodland_USFS_Thinning C35051_Forest_USFS_Thinning C35053_Forest_USFS_Thinning C35055_Forest_USFS_Thinning C35055_Woodland_USFS_Thinning
All 16 landcats have Thinning values per the summarized FACT data.
However, I have not yet added these as 48 records to A and B in to scenarios_nm_ac.xls because a random sample of start_areas and end_areas in this file due not match the those (by landcat) in the summarized facts data (at least for Thinning).
Part of the disparity was resolved by removal of 816 records from C and D, per e647f0f7e453e7c34a3c115f766a62a87393360e
The remaining disparity is entirely due to the Thinning* practices. A,B have 816 unique combinations of Landcat + Thinning*, where C,D have 864 unique combinations. Looking now at whether A and B are missing 48 unique combos, or if (less likely, evidently) C and D have 48 duplicates.