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 have played a key role in monitoring and reducing the rate of deforestation in the rainforest.
Image of the Day Land Fires Remote Sensing
Decades of satellite data make it possible to map how deforestation has evolved over time.
A new tool helped detect water-stressed vegetation near some 2019 Amazon rainforest fires.
Image of the Day Heat Water Fires Remote Sensing
The atmosphere above the rainforest has become drier, increasing the demand for water and leaving ecosystems vulnerable to fires and drought.
Image of the Day Atmosphere Land Fires Remote Sensing
Fires raged in Bolivia’s lowlands throughout much of August and September.
In spite of its clear significance to the planet, the expansive region is a complex and challenging place for remote sensing scientists to study.
Since the beginning of August 2019, NASA satellites have observed fires burning near the border of Bolivia, Paraguay, and Brazil.
Heat Land Fires Human Presence Remote Sensing
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
Satellites begin to detect heightened fire activity in July and August in the Amazon.
Heat Fires