Ecology & Biology

·

Study

Fire-Loving Fungi Bounce Back Quickly After a California Megafire

Fire-Loving Fungi Bounce Back Quickly After a California Megafire

What they found

After the 2018 Holy Fire burned 23,136 acres, certain soil fungi and bacteria rapidly increased in abundance in burned soil within a year.

After the 2018 Holy Fire burned 23,136 acres, certain soil fungi and bacteria rapidly increased in abundance in burned soil within a year.

The number

burned 23,136 acres

How solid is it?

Field study

Field study

Field/ecology

Field/ecology

Evidence ladder: Lab dish → Animal → Early human → Strong human. Reviews summarize earlier research.

At a glance

Latin name

Published in

Shroomer

Shroomer

Covered in Shroom Scan

Section

Fungi thrive in burned soil in megafire dead zones

Fungi thrive in burned soil in megafire dead zones

As it ran in Shroom Scan

Thank Pyrophilous Microbes for Their Resilience

Thank Pyrophilous Microbes for Their Resilience

Scientists from the University of California Riverside discovered bacterial and fungi microbes that bounce back with remarkable speed. Researchers studying the 2018 Holy Fire in California that burned 23,136 acres found that the burn scar soil lost biomass and richness, but underwent rapid changes in the year after the fire. “Certain species increased in abundance, and in fact, there were really rapid changes in abundance over time in the burned soils [while ] there were no changes at all in the unburned soils,” said Sydney Glassman, UCR mycologist and header research. As wildfires become more frequent due to climate change, scientists wonder if these microbes can adapt quickly enough to ensure ecosystem recovery.

Scientists from the University of California Riverside discovered bacterial and fungi microbes that bounce back with remarkable speed. Researchers studying the 2018 Holy Fire in California that burned 23,136 acres found that the burn scar soil lost biomass and richness, but underwent rapid changes in the year after the fire. “Certain species increased in abundance, and in fact, there were really rapid changes in abundance over time in the burned soils [while ] there were no changes at all in the unburned soils,” said Sydney Glassman, UCR mycologist and header research. As wildfires become more frequent due to climate change, scientists wonder if these microbes can adapt quickly enough to ensure ecosystem recovery.

Fungi thrive in megafire dead zones

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