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Emergency Fire Response Contact
Primary Agency: Colorado Division of Fire Prevention & Control (DFPC) Β· USFS Rocky Mountain Region Β· InciWeb
Call: 911

Colorado Wildfire Activity Today & Live Satellite Tracking

The Colorado wildfire map delivers live, comprehensive situational awareness for fires in colorado today, charting thermal hotspot anomalies, active incident containment perimeters, and emergency evacuation notices across the Front Range, Central Rockies, and the Western Slope. Powered by near-real-time NASA FIRMS satellite observations (VIIRS 375m sensor) and validated incident command feeds from the Colorado Division of Fire Prevention and Control (DFPC) and USFS Rocky Mountain Region 2, this platform tracks emerging wildland fires in colorado and established mountain complexes.

Whether users query for a map of co fires, colorado fires today, wildfires in co, or an updated colorado fires map, this interactive interface provides essential geographic context. Colorado's topography spans from 3,300 feet on the eastern plains to 58 mountain peaks surpassing 14,000 feet. This dramatic elevation gradient creates distinct microclimates and fire behavior regimes, where wind-driven grassland fires on the plains can travel at 15 miles per hour while heavy timber blazes in high-elevation subalpine forests sustain crown runs across steep mountain ridges.

Active Colorado Incidents: Northern Rockies, San Juans & Southern Counties

Emergency responders and Type 1 Incident Management Teams actively battle several prominent complexes and localized fire starts across Colorado:

Beetle-Kill Timber Loading & Mountain Meteorological Threats

Decades of mountain pine beetle and spruce beetle epidemics have left millions of acres of standing dead timber across the Arapaho, Roosevelt, White River, and Gunnison National Forests. These dead stands lack live foliar moisture, causing them to ignite more readily and burn with higher radiative heat. When combined with critical Red Flag Warning conditionsβ€”defined by relative humidity below 15%, temperatures above 80Β°F, and gusty Chinook downslope winds exceeding 40 mphβ€”even modest roadside sparks can explode into fast-moving crown fires that threaten urban-wildland interface communities such as Boulder, Colorado Springs, and Castle Pines.

Evacuation Preparedness & Reverse-911 Systems in Colorado

Colorado utilizes county-level emergency notification systems to deliver urgent evacuation notices. Because wildfire spread in steep mountain terrain can outpace ground emergency vehicles, residents in fire-prone jurisdictions must register their cell phones with their local county emergency alert network (such as Everbridge or CodeRED). Follow the three-tier Ready, Set, Go! system: pack 72-hour survival go-bags, maintain an uncompromised 30-foot non-combustible defensible space perimeter around mountain homes, and evacuate immediately when a mandatory order is issued.

Statistical Analytics & Fire Science

Colorado Wildfire Trends, Seasonality & Risk Metrics

Comprehensive multi-year telemetry, historical burn extent graphs, and environmental fuel analysis.

Multi-Year Burn Volume (2021–2026) NASA VIIRS Telemetry
625k ac
2020
120k ac
2021
85k ac
2022
42k ac
2023
165k ac
2024
110k ac
2026*
*2026 Season Ongoing Observations
Monthly Fire Seasonality Index Historical Climatology
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
Peak Burn Window: May through October, with dangerous winter grass fire spikes during high-wind Chinook events
Low High Ext
Key Parameter Regional Value / Characteristics Operational Significance
Dominant Fuel Complex Ponderosa pine, lodgepole, spruce-fir & Gambel oak brush Determines crown fire transmission and rate of combustion
10-Yr Mean Burn Area 380,000 acres (153,800 ha) Historical baseline for multi-year fire cycle variance
Ignition Source Ratio 52% Human Β· 48% Lightning Drives prevention patrols vs. dry lightning tracking
Critical Fire Weather Driver Downslope Chinook winds (gusts 60–100 mph) & high-altitude drought Triggers Red Flag Warnings and extreme rate of spread
Flame Spread Velocity Extreme: 140–310 chains/hr along Front Range foothills Dictates initial attack evacuation lead times
WUI Exposure Rating Tier 1 Critical: 2.1 million residents living in Front Range WUI zones Determines structural defense assets and evacuation tiers

Fire Ecology & Suppression Dynamics in Colorado

Colorado's wildfire danger has evolved into a year-round threat characterized by two distinct fire seasons: traditional summer timber fires in high-elevation spruce-fir forests and destructive cold-season grass-and-brush fires along the Front Range foothills. Winter down-slope Chinook windstorms, cascading over the Continental Divide at speeds exceeding 80 mph, can drive fast-moving fires into suburban subdivisions even in mid-winter, as witnessed during the historic Marshall Fire.

The Colorado Division of Fire Prevention and Control (DFPC) deploys cutting-edge multi-mission aircraft (MMA) equipped with high-definition infrared sensors to detect ignitions while still under one acre. Regional fire mitigation mandates defensible space zones around homes, the retrofitting of attic vents with ember-resistant mesh, and aggressive mechanical forest thinning to restore historic low-density ponderosa pine savannahs.

Frequently Asked Questions

Where are the active fires in Colorado today?
Active fires are mapped above using live NASA VIIRS satellite thermal hotspots, updated every 10 minutes with official boundary feeds from the Colorado DFPC and US Forest Service.
What is the largest wildfire in Colorado state history?
The 2020 Cameron Peak Fire in Larimer County is the largest in Colorado history, burning 208,913 acres across the Arapaho and Roosevelt National Forests.
What should I do if a wildfire threatens my Colorado community?
Follow local county sheriff emergency directives immediately. If placed under a pre-evacuation alert, pack your go-bag and stage vehicles. If under a mandatory evacuation order, leave immediately via designated county routes.
How does smoke from Colorado forest fires impact Denver air quality?
Mountain forest fires generate dense particulate smoke (PM2.5) that drains into the Front Range urban corridor during overnight cooling, creating hazardous ozone and particulate spikes across Denver, Boulder, and Fort Collins.