feasibility+maps


 * New mapping conditions**

Not on sandy soil, not on leptosol, not on vertisol, not on regosol, not on cambisol, not on swamps Rainfall >1400 mm Not on highly degraded land Not on forest, not on settlements || worldclim soil N4 worldclim FAO LU N4 ||  || apple || Not on sandy soil, not on leptosol, not on vertisol, not on regosol, not on cambisol, not on swamps Not on highly degraded land Annual average temperature > 20
 * ~ practice ||~ biophysical conditions ||~ dataset ||~ status ||~ adoption map ||
 * Apple tree || Minimum temperature below 12c
 * Mango trees || Rainfall > 800 mm

Not on forest, not on settlements || worldclim soil N4 worldclim FAO LU N4 ||  || mango || Crop land, [medium and high degradation OR Gullies] || worldclim LU-N4 FAO see below ||  || MPT || Not on vertisol, not on leptosols, not on regosols Slope between 12-58% Not on forest, not on settlements || worldclim soil N4 DEM90m LU N4 ||  || SWC || slope 10- 50% Not forest not settlements || worldclim DEM90m LU N4 ||  || SWC || slope 3-15% OR rainfall > 1400mm if graded
 * Multipurpose tree
 * Sesbania sesban ** || Rainfall 500-2000
 * Bench terracing || Rainfall < 1400mm
 * Hillside terracing || Rainfall < 900mm
 * Soil bund || rainfall < 1400 mm

slope 3-15% soil ≠ leptosol, vertisol, leptosols, regosols not degraded land || worldclim DEM90m

worldclim DEM90m soil N4 FAO ||  || SWC || slope 5-35% OR rainfall >1400
 * Stone bund || rainfall < 1400 mm

slope 5-35% soil not leptosol, not vertisol, not on cambisol, not on swamps || worldclim DEM90

worldclim DEM90m soil N4 ||  || SWC ||
 * Fanya-juu || rainfall > 900mm

slope 3-15%

soil not soil not leptosol, not vertisol, not on cambisol OR rainfall <900mm elevation >1500 slope 3-15% soil not soil not leptosol, not vertisol, not on cambisol || worldclim DEM90m Soil N4

worldclim DEM90m DEM90m Soil N4 ||  || SWC || soil not sandy || USaid Soil N ||  || diver || slope < 35% soil ≠ leptosol || AA * DEM90m soil N4 ||  ||   || soil not lepsol, not regosol, not on swamps and not on waterbodies not on forest area or settlement || TI N4 soil N4 LU N4 ||  || well || Slope > 30% Not forest or settlement || soil N4 DEM90m LU N4 ||  || no || probablility of dry spell >0.60 || LU N4 Jens* ||  || no || Slope < 2% Average temperature > 10 degrees || soil N4 SEM90m worldclim ||  ||   ||
 * River diversion || 2.5km around perennial river
 * Well || very shallow + shallow aquifers
 * Gullies || Normalized topographic index between 0.8-1
 * Controlled grazing || Grassland || LU N4 ||  || no ||
 * Area exclosure || Soil=leptsol
 * Water harvesting || No forest
 * Rice production || Soil vertisol
 * The groundwater map needs to be corrected by Abisa
 * Abisa run th TI for the whole basin
 * up-coming so we will not model this unless we get the map on time

landscape layer : FAO watershed 6th level (up-coming : 2-3 layers from SWAT)

put layers on the ftp server
 * workplan**
 * until 18th of June :** Prepare "conditional layers" in parallel with Africa rising (split of the layer between Yenenesh and Abisa = same than for Africa rising)

until **25th of June** : get a beta version of the model builder (Yenenesh) and landscape aggregation phyton script (Abisa).


 * until 2nd of July :** running all the feasibility maps at "field scale" (Yenenesh) and landscape table (Abisalom)


 * Old feasibility maps**