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MODULE 02 // FIRE SCIENCE // AUTO-GENERATED 2026-06-16

🔥 Green Gate (26) Wildfire Florida: Rapid Spread and Air Quality Threat

Wildfire in Hendry County, Florida spreads across palmetto scrub driven by drought and trade winds; smoke degrades regional air quality. Real-time tracking via NOAA GOES-16 satellite data.

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// MODULE 02 // FIRE SCIENCE — AUTO-PUBLISHED June 16, 2026

Green Gate (26) Wildfire Florida: Rapid Spread and Air Quality Threat

A wildfire designated Green Gate (26) ignited in Hendry County, Florida on June 14, 2026, near coordinates 26.367°N, 81.166°W in the heart of South Florida's agricultural region. The fire has spread across multiple square miles of dry grassland and palmetto scrub, driven by persistent drought conditions and strong seasonal winds. Smoke plumes are affecting air quality across Southwest Florida, with hazardous particulate concentrations reaching unhealthy levels for vulnerable populations including children, elderly residents, and those with respiratory conditions.

THE SCIENCE

Florida's June wildfire season coincides with the transition into the Atlantic hurricane season, when high atmospheric pressure systems create strong easterly winds that can rapidly propagate flames across flat terrain. Hendry County's landscape—dominated by saw palmetto, wiregrass, and agricultural fields—provides abundant fuel with low moisture content after months of below-average rainfall. The fire's behavior is governed by the fire triangle: heat from ignition, abundant oxygen in dry air, and continuous fuel, all amplified by wind speeds exceeding 15 mph that push flames forward and loft embers ahead of the main fire front.

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Fuel Load
Saw palmetto scrub and agricultural stubble in Hendry County create ideal ladder fuels for rapid vertical flame spread.
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Wind Patterns
Trade winds and sea-breeze circulation from the Gulf of Mexico accelerate fire propagation westward toward populated areas.
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Drought Stress
Below-normal rainfall has reduced fuel moisture to critical thresholds, enabling extreme fire behavior across the region.

HOW PANDITA DATA TRACKS THIS

Pandita Data integrates real-time NOAA GOES-16 satellite imagery and USGS Landsat thermal data to detect active fire perimeters and track smoke plume dispersion every 15 minutes. Normalized Burn Ratio (NBR) algorithms identify burned areas, while atmospheric transport models predict smoke impacts on air quality across Florida's Gulf Coast and inland communities.

Florida Wildfire Context

Florida averages 7,000+ wildfires annually, with peak frequency in June and September. Smoke from major fires can travel 500+ miles, degrading air quality across multiple states. Hendry County's proximity to agricultural zones and rural highways increases risk to evacuating residents and responders.

EMERGENCY PREPAREDNESS

1
Air Quality Monitoring
Check your local AQI hourly on EPA AirNow.gov; N95 masks filter PM2.5 particulates, but are ineffective against carbon monoxide—stay indoors with windows closed if AQI exceeds 150.

Monitor live fire progression and smoke impacts on Pandita Data's wildfire simulation module, updated daily with satellite feeds and evacuation zone boundaries from Hendry County Emergency Management.

FREQUENTLY ASKED QUESTIONS

What is driving this wildfire?
Extended drought, low fuel moisture, and strong trade winds from the Gulf of Mexico are fueling rapid fire spread across Hendry County's palmetto scrub and agricultural lands.
How far has the fire spread and who is at risk?
The fire spans multiple square miles with smoke affecting Southwest Florida; vulnerable populations include children, elderly residents, and people with respiratory or cardiovascular conditions downwind of smoke plumes.
What should residents near this fire do immediately?
Monitor local emergency alerts; if evacuation orders are issued, leave immediately on designated routes; monitor air quality on EPA AirNow and use N95 masks indoors if AQI exceeds 150.
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