LIRI NE Complex RX Prescribed Fire, Cherokee, Alabama
NASA EONET Tracking.
AegisWatch Crisis Intelligence Summary
The LIRI NE Complex RX Prescribed Fire in Cherokee, Alabama poses a significant risk of wildfire outbreak in the region.
Trajectory: Current weather patterns suggest a moderate spread of the fire, with potential for escalation if not carefully managed, indicating a need for close monitoring and preparedness in surrounding areas.
Infrastructure Impact: The prescribed fire could potentially affect local infrastructure, including homes, power lines, and transportation routes, depending on wind direction and fire containment efforts.
Event Intelligence Data
- Event
- LIRI NE Complex RX Prescribed Fire, Cherokee, Alabama
- Hazard Type
- Wildfire
- Location
- Cherokee County, Alabama, United States
- Coordinates
- 34.414722, -85.593056
- Risk Score
- 75/100
- Severity
- 3/5
- Status
- active
- Trajectory Prediction
- Current weather patterns suggest a moderate spread of the fire, with potential for escalation if not carefully managed, indicating a need for close monitoring and preparedness in surrounding areas.
- Infrastructure Impact
- The prescribed fire could potentially affect local infrastructure, including homes, power lines, and transportation routes, depending on wind direction and fire containment efforts.
- Source
- NASA EONET
- Detected
- 2026-03-01T16:10:00.000Z
- Last Updated
- 2026-03-01T16:10:00.000Z
- Intelligence Provider
- AegisWatch Crisis Intelligence Platform
Geospatial Hazard Visualization
Visual Field IntelGround Truth
No field intel transmitted for this sector yet.
Ground observation sync in progress...
Tactical Warning
This data is provided for situational awareness ONLY.DO NOT USE FOR EMERGENCY EVACUATION OR TACTICAL DECISIONS.
Tactical Escalation Risk
Aegis Intelligence Tool
The atmospheric conditions and proximity to critical transmission lines suggest a 45% increase in operational risk within the next 24 hours.
Intelligence Briefing Locked
Upgrade to PRO to access trajectory modeling and critical infrastructure predictions.