Fire is ubiquitous, both a tool and a destructive force. Like plants, fire grows and wanes in seasons.
Image of the Day Land
Fires
Satellites have detected an increase in fire activity early in the 2019 dry season in the southern Amazon.
Image of the Day Atmosphere Heat Land Fires Human Presence Remote Sensing
The reality of science, statistics, and satellites is that a deep understanding of the causes, effects, and severity of a fire season takes time.
Image of the Day Land Fires Human Presence Remote Sensing
Satellites detect fires that are not necessarily being reported. Scientists are taking note and compiling global views of fire behavior and evolution.
Image of the Day Land Remote Sensing
The satellite-based atlas includes information about more than 13 million fires.
Image of the Day Remote Sensing
Even during the wet season, fires can burn in the large wetland region in southwestern Brazil.
Image of the Day Land Fires
This true-color image shows a large fire burning on the western coast of Scotland.
Land Fires
On May 2, 2013, the MODIS instrument on NASA’s Aqua satellite captured this view of wildfires burning near Lassen Volcanic National Park.
Land managers in the Kimberley region of Australia set low-intensity, controlled fires early in the dry season to protect from destructive blazes later in the year.
Scientists have found a way to detect nighttime fires even sooner, when they are still relatively small.
Image of the Day Atmosphere Land Remote Sensing
Image of the Day Atmosphere Land Fires