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wildfires

The Thomas Fire burns above the water in 2017
Posted inNews

Could Wildfire Ash Feed the Ocean’s Tiniest Life-Forms?

Jenessa Duncombe, Staff Writer by Jenessa Duncombe 28 February 202025 March 2024

Ash falling on the ocean after a wildfire could fuel plankton growth.

Several large fires burn in Southern California on 22 October 2007 in this satellite image.
Posted inResearch Spotlights

Santa Ana Winds and Wildfires Influence Air Pollution

by David Shultz 24 February 202017 March 2023

Inhaling particulate matter is hard on human health. New research shows that Southern California’s Santa Ana winds can clear or exacerbate fine-particulate pollution depending on wildfire conditions.

Smoke from several California fires is seen from the International Space Station in August of 2018.
Posted inResearch Spotlights

Wildfire Smoke Boosts Photosynthetic Efficiency

Elizabeth Thompson by Elizabeth Thompson 12 February 202022 December 2021

Wildfires can destroy large tracts of vegetation. But their smoke plumes may help crops and other plants use sunlight more efficiently.

Smoldering peat fire emits a hazy smoke over a tropical forest
Posted inNews

Starting (and Stopping) a Fire to Study It

by Michael Allen 10 February 202016 March 2022

Fire experiments on peatlands in Southeast Asia have identified previously unknown emissions patterns and could point to ways to detect these smoldering fires before they become too big to fight.

Satellite image of Southeast Australia with huge billows of smoke
Posted inNews

Where Australia’s Smoke Goes to Die

by M. Kaufman 31 January 202027 March 2023

Wildfires from Down Under contribute to airborne pollution and carbon emissions—and some particulates can stay in the stratosphere for a year.

An aerial view of a burning pasture in Brazil
Posted inAGU News

Finding Wildfire’s Fingerprint in the Atmosphere

Heather Goss, AGU Publisher by Heather Goss 27 January 202014 March 2023

Smoke from burning landscapes is increasingly filling the air. Eos has dedicated its February 2020 issue to the increasingly important study of wildfire emissions.

A wildfire burns in the Kimberley region of Western Australia.
Posted inFeatures

Firing Up Climate Models

Adityarup Chakravorty, freelance science writer by Adityarup Chakravorty 27 January 20201 April 2022

Scientists are working to incorporate wildfire data into climate models, resolving hindrances related to scale, speed, and the complex feedbacks between the climate and wildfire emissions.

Smoke plumes spread west from the Camp Fire in Northern California and the Hill and Woolsey Fires in Southern California on 9 November 2018, as seen in this image captured by the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Terra satellite.
Posted inScience Updates

A Global Perspective on Wildfires

by R. Kahn 27 January 20205 September 2023

Satellites provide global-scale data that are invaluable in efforts to understand, monitor, and respond to wildfires and emissions, which are increasingly affecting climate and putting humans at risk.

Smoke rises from burning palm trees
Posted inFeatures

What Is Left in the Air After a Wildfire Depends on Exactly What Burned

Megan Sever, Science Writer by Megan Sever 23 January 202016 March 2022

Forecasting air quality after a wildfire is improving, thanks to more-refined models that measure the biomass going into the blaze and the emissions coming out.

A road through a smoky landscape in Australia on 13 January 2020
Posted inNews

Five Environmental Consequences of Australia’s Fires

Jenessa Duncombe, Staff Writer by Jenessa Duncombe 13 January 202022 November 2021

Australia’s road to recovery may be long: Here’s a developing list of how the fires are affecting glaciers, wildlife, water supplies, and global carbon emissions.

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