Megaherbivore extinctions and wildfires
Loss of ancient grazers triggered a dramatic increase in fire activity across the world’s grasslands.
Read MoreLoss of ancient grazers triggered a dramatic increase in fire activity across the world’s grasslands.
Read MoreSupport is available for those impacted by the Parley’s Canyon fire.
Read MoreU researchers have developed a method to better predict when wildfire smoke affects residents.
Read MoreA study proposes a new framework for simulating dire scenarios, defined as when there is less time to evacuate an area from a wildfire than is required.
Read More“To be honest with you, I just don’t like to be retired…I don’t like golf, I don’t go hunting…I wanted to do something different.”
Read MoreA new study shows how the timing and location of smoke impacts shift in August and September.
Read MoreWildfire and firework smoke are more impactful to indoor air than inversions.
Read MoreUse of forests to offset carbon emissions requires an understanding of the risks
Read MoreU researchers show why fire inversions happen and offer new air quality prediction tools.
Read MoreNew study the first to map escape routes for wildland firefighters from the air
Read MoreStudy finds a link between drought and air quality in the western wilderness.
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