Hurricanes, Floods, & Crop Damage

GAIA helps growers, Extension teams, and recovery planners assess crop and field vulnerability before, during, and after major storm events. By combining satellite imagery, environmental conditions, flood-risk indicators, and crop stress signals, GAIA can support faster inspection planning, damage assessment, and recovery decisions.

The Problem

Hurricanes and flood events move faster than traditional reporting workflows. Before landfall, growers and Extension teams need to understand which fields are most vulnerable to flooding, crop stress, and potential damage. After the storm, they need rapid answers for insurance, outreach, inspection planning, and recovery support.

Instead of spending days or weeks collecting information from disconnected sources, decision-makers need a faster way to identify where risk is highest and where attention is needed first.

Data GAIA Can Combine

  • Satellite imagery

  • Field boundaries

  • Flood-risk indicators

  • Rainfall and weather conditions

  • Soil and drainage characteristics

  • Crop stress indicators

  • Vegetation condition

  • Historical field performance

  • Post-event imagery and environmental observations

User Questions

  • "Which fields are most vulnerable before the storm?"

  • "Which blocks should I inspect first?"

  • "How much of my crop may be affected?"

  • "Where is flooding most likely to reduce yield?"

  • "Which areas should be prioritized for recovery planning?"

GAIA Output

  • Pre-storm vulnerability ranking

  • Flood-risk and crop-stress summaries

  • Priority inspection zones

  • Estimated affected acreage

  • Field-level damage indicators

  • Recovery planning support

  • Plain-language explanation of risk factors

Outcome

What traditionally required one to two weeks of manual data gathering and interpretation can become field-ready intelligence delivered within hours. GAIA helps teams respond faster, prioritize limited resources, and make more informed decisions before and after severe weather events.

University of Florida | IFAS

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