Real-time coverage of wildfires event on Pandita Data.
🔥 OPEN LIVE 3D WILDFIRE GLOBEThe sky glows orange. Smoke rises in thick columns above the northern Wisconsin forest, rolling eastward in the April wind. But no evacuation sirens wail. No homes burn. Instead, prescribed fire managers stand at the perimeter of the Burnett County landscape, watching carefully as 300 acres of controlled flame reshape the ecosystem intentionally—a calculated act of ecological healing.
This is not a wildfire raging out of control. This is fire as medicine. And it tells us something profound about how we're learning to work with planetary systems instead of against them.
Prescribed burns like RX-12, RX-13, and RX-14 in Burnett, Wisconsin exist because fire is not the enemy of healthy forests—fire is the architect of them. For millennia, lightning strikes and Indigenous burning practices created a patchwork of young forests, oak savannas, and open understories across North America. Modern fire suppression, however, has created a tinderbox: dense accumulation of dead wood, a thick understory choked with fuel, and an ecosystem starved of the regeneration cycle it evolved to depend upon.
The burn here, at 45.715°N, 92.689°W, targets coniferous and mixed hardwood forest typical of the Great Lakes transition zone. Managers time the burn for spring (April 2026), when soil moisture is still adequate, when deciduous trees haven't fully leafed out (reducing overstory damage), and when weather patterns allow precise control. The flame consumes leaf litter, dead branches, and small woody material—removing fuel that would otherwise feed a catastrophic wildfire.
Temperature at the fire line reaches 1,500–2,000°F in the active zone, but lower-intensity heat kills seeds of invasive species and triggers germination of fire-adapted plants. Oak seedlings, suppressed for decades, suddenly access light. Nutrient-rich ash fertilizes the soil. Wildlife habitat improves within a single growing season.
Prescribed burns are monitored via NOAA thermal infrared satellites, USGS ground crews, and real-time weather feeds. Our 3D wildfire simulation engine ingests live satellite hotspot data, fuel moisture indices, and wind vectors to model burn progression in near-real time. You can watch the flame front advance, see how smoke dispersal patterns shift with atmospheric layers, and understand why a 20-mph wind shift forces managers to pause ignition. This transparency—live data, live visualization—is how communities and land managers build confidence in prescribed fire as a tool, not a threat.
Who ignites them? Certified burn managers employed by state/federal agencies (Wisconsin DNR, USDA Forest Service) and tribal nations.
When are they safe? Spring and fall when fuel moisture is adequate, wind is predictable, and dormant-season timing minimizes vegetation damage.
Why now? The U.S. faces a 10-million-acre backlog of lands needing restoration. Prescribed burns reduce the risk and severity of wildfires that cost billions annually.
Even controlled burns affect air quality and visibility across regions. Here's how to protect yourself: