NASA POWER
Rain, temperature and root-zone soil wetness. FarmPartner derives evaporation demand (Hargreaves ET₀), frost dates, growing degree days, heat-stress days and heavy-rain days.
Climate fit of every rotation, frost & heat alerts
● DATA & SCIENCE · WHERE EVERY NUMBER COMES FROM
FarmPartner reads five NASA missions, USDA field maps, global open data, peer-reviewed research and a library of farm handbooks for your exact field — and tells you where each number came from, what it can't see, and what to check locally.
01 ·
Satellites and models over 20 years — the climate, water and vegetation of the field.
Rain, temperature and root-zone soil wetness. FarmPartner derives evaporation demand (Hargreaves ET₀), frost dates, growing degree days, heat-stress days and heavy-rain days.
Climate fit of every rotation, frost & heat alerts
How green the field is through the year: the months the soil lies bare and how vigorous the crop looks.
Bare-soil months → the cover-crop window
Root-zone and surface soil moisture now versus earlier months: “25% water by volume, up from 18% in July”.
Should-I-water advice
Actual vs potential evapotranspiration: whether the crop on this field is short of water, pass by pass.
Field-scale crop water stress
Trend of total water storage — groundwater included — in inches per year. Over the Ogallala it is falling.
Aquifer risk for thirsty, irrigated rotations
02 ·
What was grown on this exact field, and the soil under it — USDA, U.S. only.
The crop on the pixel each year — wheat, sorghum, fallow… — and land cover such as water or towns.
Detects today's rotation without a form; rejects pins on water or towns
Organic matter, texture, slope, erodibility (K factor) and drainage of the field's soil.
Erosion risk and soil-health scores
03 ·
Forecasts, places and what each country grows — so it works far beyond Kansas.
Harvested area and yield of each crop, country by country.
Main crops shown outside the U.S.; the search only suggests crops the country grows
7-day rain, temperature and ET₀; elevation (0.0 m means open sea); town names to coordinates.
Watering, frost & heat; “I live near Bilbao”
Pin → country offline, county names, postal codes in the farmer's country.
Location from a pin, a link, coordinates or a postcode
04 ·
Peer-reviewed evidence and decades of field trials behind each suggestion.
After a legume the next crop yields ~23% more, ~16% after another crop; legume rotations cut corn and wheat N fertilizer by 41–46%.
📚 Expected yield gain of every option
Rotations run for decades at research stations — corn–soy–wheat with rye or clover, alfalfa, small grains.
✅ “Tested since 1981 at Lincoln, NE”
Managing Cover Crops Profitably, Building Soils for Better Crops, Crop Rotation on Organic Farms and more.
Practical how-to answers: cover crops, soil, pests
05 ·
Language models understand the farmer; the numbers always come from the data above.
Reads the question, calls FarmPartner's tools (field data, comparisons, library) and explains in plain words. It never makes up a number.
Every free-text answer, photos of crops
Translates the scripted messages into the farmer's language; searches the web only for what the data can't cover, with sources.
20+ languages, Basque included
Turns WhatsApp voice notes into text in English, Spanish, Basque, Catalan and more.
Farmers can just talk
A pin, a Maps link, coordinates, a postcode or a town name.
All sources in parallel; slow satellites (SMAP, ECOSTRESS) arrive minutes later.
Only derived features are stored — rain vs ET₀, bare months, frost dates — never raw rasters.
Deterministic, explainable scores for today's rotation and 2–3-year alternatives found by search.
Why, evidence with its source, benefits, gaps and risks — in the farmer's language.
■ WHAT THE DATA CAN'T SEE — SAID OUT LOUD IN THE APP, TOO