Growing Coffee (Arabica) in Wajir
Soil suitability analysis based on Wajir's nutrient profile
Generally not ideal — Wajir is poorly suited to Coffee (Arabica). Wajir's soil (pH 8.4, alkaline) gives Coffee (Arabica) a suitability score of 0/100. Match fertilizer to Wajir's nitrogen and phosphorus levels for the best result.
Wajir County is a challenging environment for Coffee (Arabica) (soil-match score 0/100) and will need significant amendment before planting. At an average pH of 8.4 the soil sits above Coffee (Arabica)'s preferred 5–6 range, which can limit uptake of phosphorus and micronutrients. The main gap is nitrogen — measured at N 0.52 g/kg, P 39.3 mg/kg, K 396 mg/kg against this crop's high/medium/high demand — so the fertilizer plan below prioritises closing that deficit. Coffee (Arabica) prefers loam soils, while Wajir is largely sandy, so drainage and organic-matter management matter more here. Wajir receives approximately 200 mm/year — well below Coffee (Arabica)'s minimum of 1000 mm — so supplemental irrigation would be essential for this crop. On ShambaIQ's soil-match model, Coffee (Arabica) is the #84 soil match of the 106 crops we assess for Wajir County. Coffee (Arabica)'s full potential is about 800 kg/acre (~KES 96,000/acre at KES 120/kg), but at Wajir's 0/100 suitability a realistic target here is closer to 0 kg/acre (~KES 0/acre) unless the constraints above are addressed.
Better matched to Wajir's soil: Sisal, Aloe Vera, and Green Grams — each scores higher on the same soil.
Soil & climate match
| Factor | Wajir soil | Coffee (Arabica) needs | Status |
|---|---|---|---|
| pH | 8.4 | 5–6 | Adjust |
| Nitrogen | 0.52 g/kg | min 1.2 g/kg | Low |
| Phosphorus | 39.3 mg/kg | min 12 mg/kg | OK |
| Potassium | 396 mg/kg | min 200 mg/kg | OK |
| Rainfall | 200 mm | 1,000–2,000 mm | Low |
| Altitude | 250 m | 1,300–2,200 m | Low |
Planting calendar
Long Rains
Short Rains
Dry Season
Top dressing guide
Recommended seed varieties
Economics
Fertilizer prices
Green = subsidized · (Commercial) per 50kg bag