Pest and disease detection
Pest and disease detection maps crop stress caused by insects, fungi, bacteria, or viruses through spectral and textural changes in canopy reflectance.[1][2]
Hyperspectral imaging is the strongest EO route for early plant disease detection because narrow contiguous bands can capture physiological stress before symptoms are obvious in broad-band imagery.[1][2]
Multispectral vegetation indices support broad screening, but they cannot reliably separate pest or pathogen damage from drought, nutrient deficiency, or other canopy stress without models and ground truth.[1][3]
Operational value depends on crop, pathogen, growth stage, cloud-free cadence, and validation data, and disease-specific classifiers do not transfer automatically across regions.[2][3]
What's available today
1 data product, 1 service and 46 sensors. Start with the most-used; switch to Filter for the full catalogue.
- [1]Hyperspectral image analysis techniques for early plant disease and stress detectionpeer reviewed2017-10-052026-05-27
- [2]Current state of hyperspectral remote sensing for early plant disease detectionpeer reviewed2022-01-202026-05-27
- [3]FAO geospatial focus: land cover and crop monitoringagency doc-2026-05-27