Evidence, not a single score
Compare the same zone, depth, season and laboratory method. P and K results depend on extraction methods; nutrient values here are a record, not a fertiliser prescription.
03 / PRECISION FARMING
Healthy soil. A plan for every season.
Keep field records, understand a changing climate and turn crop choices into monthly work.
TO FIELD ACTION
KNOW YOUR STARTING POINT
Your soil, recorded over time.
Record lab results and field observations. Empty values remain unknown; they are never treated as zero.
Measurement history
CLIMATE CONTEXT
See how the seasons are changing.
NASA POWER gridded historical data at your parcel's centre. Regional context, not a field sensor or a forecast.
No climate data loaded. This sends the parcel centre coordinates to NASA POWER.
| Month | Recent °C | Change °C | Recent rain mm/month | Change mm/month |
|---|
Temperature: mean monthly T2M. Rainfall: PRECTOTCORR daily mean × calendar days, then averaged by month across each ten-year period. All ten years must be valid in both periods. These differences describe historical variability and change, not attribution or future climate projections.
DESIGN THE NEXT FOUR HARVESTS
A more diverse rotation.
An editable planning sequence for northern France and similar temperate arable systems. Check local markets, disease history and agronomic suitability before adoption.
FROM PLAN TO PRACTICE
Your monthly field plan.
Planning prompts for temperate northern-hemisphere farming. Check short-term weather, soil trafficability, crop stage and local requirements before field operations. No automatic nutrient application rates are generated.