Agricultural Risk Intelligence — Agriculture, Food Security & Rural Land Systems — Satellize

3.3Subsection · 6 applications

Agricultural Risk Intelligence

A farmer crouching among dry, yellowing maize stalks in a parched field — Cracked soil signals drought stress that satellite early warning systems now detect in time to protect harvests.

Satellite Early Warning for Crop Risk

1
Observation
SAR and optical satellites map crop stress
2
Ground station
Daily imagery downlinked, georeferenced
3
Risk analytics
NDVI, soil moisture, yield-loss models run
4
Farmer alert
SMS risk scores reach rural mobile phones

Satellite observations feed automated crop-stress models that deliver actionable risk alerts directly to smallholder farmers.

Other areas in Agriculture, Food Security & Rural Land Systems

3.2 · Previous

Food Security Systems

All of agriculture

Smart Irrigation

Subsection 3.3 — Agriculture, Food Security & Rural Land Systems

Agricultural Risk Intelligence

6 applications.

Applications

3.3.1 Pest & Disease Prediction — Using satellite-derived vegetation stress indices, land surface temperature and soil moisture to predict pest and crop disease outbreaks before visible damage occurs.
3.3.2 Drought Risk Monitoring — Continuous satellite-derived soil moisture, vegetation stress and rainfall-deficit mapping to detect and forecast drought conditions before they become crop failures.
3.3.3 Agricultural Climate Risk — Mapping the compounding climate stressors — temperature extremes, shifting precipitation regimes, frost risk and heat stress — that threaten seasonal crop viability across national farmland.
3.3.4 Crop Failure Analytics — Combining multi-spectral vegetation indices, soil moisture retrievals and yield-model assimilation to detect, quantify and forecast crop failure at field scale before harvest.
3.3.5 Farm Risk Scoring — Generating field-level risk scores by fusing multispectral imagery, soil moisture data and historical yield records to underwrite and insure smallholder and commercial farms.
3.3.6 Extreme Weather Risk — Detecting and quantifying extreme weather events — hail, flash floods, unseasonal frost and wind damage — that threaten standing crops before, during and immediately after impact.