International Edition
Latest News
News

Satellite Fire Detections Tracked in Plaquemines, Louisiana

Satellite fire monitoring data from the National Oceanic and Atmospheric Administration's VIIRS sensors captured a wildfire burning across approximately 58.5 acres in Plaquemines Parish, Louisiana. The measurement derived from two merged observations using the VIIRS_NOAA20 and VIIRS_SNPP satellites.…

Satellite Fire Detections Tracked in Plaquemines, Louisiana

Satellite fire monitoring data from the National Oceanic and Atmospheric Administration’s VIIRS sensors captured a wildfire burning across approximately 58.5 acres in Plaquemines Parish, Louisiana. The measurement derived from two merged observations using the VIIRS_NOAA20 and VIIRS_SNPP satellites.

VIIRS Sensors Track Plaquemines Parish Burn

Mapping Software and Multi-Source Feeds

To track active wildfire perimeters and movement, agencies utilize multi-source feeds combining satellite remote sensing with ground-level emergency dispatches. According to Brent VanKeulen, Deputy Director of the Western Fire Chiefs Association, agencies rely on specialized platforms built with mapping software like Mapbox GL JS and Geocoding APIs to maintain visibility during fast-moving incidents. The Western Fire Chiefs Association Fire Map integrates real-time data streams from the US Forest Service via the National Interagency Fire Center IRWIN feed alongside 911 dispatch information sourced from PulsePoint.

Bridging Orbital Observations and Local Response

Integrating 911 dispatch logs alongside satellite detections gives emergency managers and the public a clearer picture of fire starts in relevant areas.

Satellite Fire Detections Tracked in Plaquemines, Louisiana
Photo: mapbox.com

As VanKeulen noted regarding the Western Fire Chiefs Association deployment, reliable geospatial tools must remain accessible even in low-connectivity environments during emergency situations, ensuring stakeholders can monitor dynamic fire behavior in near real-time.

Thermal Radiometers and Ground Verification

Space-based radiometers like the Visible Infrared Imaging Radiometer Suite instruments aboard the joint NASA/NOAA Suomi NPP and NOAA-20 spacecraft provide critical thermal anomalies used to detect hotspots and active burn scars.

While satellite instruments excel at broad regional monitoring and acreage estimation—such as the 58.5-acre footprint mapped in Plaquemines Parish—combining satellite thermal infrared data with ground-level dispatch inputs bridges the gap between macro-scale orbital observations and micro-scale tactical operations.

About the author: Alex Thompson — Chief Editor

Veteran journalist with 25 years. Alex has overseen Pulitzer‑shortlisted investigations and built cross‑platform newsrooms on three continents. At AchyNewsy.com he sets editorial standards, champions data‑driven storytelling, and ensures every desk meets rigorous fact‑checking protocols. Alex Thompson directs AchyNewsy.com’s global coverage, fusing investigative depth with real‑time reporting for unmatched journalistic impact.