The Franklin Fire, which erupted in Malibu, California, on 9 December 2024, has left a trail of destruction and forced the evacuation of 6,300 residents. This wildfire, one of the most intense the region has seen recently, has already consumed multiple structures and led to widespread disruption, including school closures.

Despite the efforts of nearly 2,000 firefighters, containment remains limited at only 7% as of 11 December.

Malibu Wildfire res
Malibu. Credit: European Union, Copernicus Sentinel-2 imagery

Captured by the Copernicus Sentinel-3 satellite on 10 December, this image vividly illustrates the scale of the blaze. The photograph reveals a dense plume of smoke extending over 130 kilometers westward from the Malibu coastline, a stark visual testament to the fire’s intensity. In a single day, the burn area expanded by an alarming 243 hectares.

Data provided by the Copernicus Sentinel program enables detailed mapping of fire damage and supports emergency response teams in managing resources effectively. With wildfires becoming more frequent and severe due to climate change, tools like Sentinel satellites are indispensable in adapting to and mitigating these disasters.

Featured image credit: European Union, Copernicus Sentinel-2 imagery

Image: Tiger
Key tiger habitat swamped by deadly Bangladesh cycloneNews

Key tiger habitat swamped by deadly Bangladesh cyclone

Dhaka, Bangladesh | AFP Bangladesh forest experts warned Tuesday a key tiger habitat hit by a deadly cyclone had been submerged by seawater deeper and…
SourceSourceMay 28, 2024 Full article
Image
How the rising earth in Antarctica will impact future sea level riseClimateScience

How the rising earth in Antarctica will impact future sea level rise

Effects will depend on how much global warming is controlled, study finds. By Tatyana Woodall | Ohio State University The rising earth beneath the Antarctic…
SourceSourceAugust 3, 2024 Full article
Image: hydrogen molecule illustration concept
Atomically controlled MXenes enable cost-effective green hydrogen productionScience

Atomically controlled MXenes enable cost-effective green hydrogen production

KIST researchers develop atomically controlled MXenes as water electrolysis catalyst support. Molybdenum-based MXene electrocatalyst support reduces the cost of green hydrogen production. By National Research…
SourceSourceJuly 15, 2024 Full article