In the Wake of a Wildfire

While the most obvious components of a forest ecosystem are above ground, perhaps the most essential elements are found below the surface. Forest soils are home to millions of microorganisms, such as molds, fungi, algae, cyanobacteria, rotifers, and protozoa, and larger soil invertebrates, including mites, snails, slugs, centipedes, spiders, nematodes, earthworms, and springtails. These perform physical and biological processes needed for a healthy ecosystem, including nutrient recycling, waste

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While the most obvious components of a forest ecosystem are above ground, perhaps the most essential elements are found below the surface. Forest soils are home to millions of microorganisms, such as molds, fungi, algae, cyanobacteria, rotifers, and protozoa, and larger soil invertebrates, including mites, snails, slugs, centipedes, spiders, nematodes, earthworms, and springtails. These perform physical and biological processes needed for a healthy ecosystem, including nutrient recycling, waste removal, soil structuring, and moisture retention. Wildfires add an extra variable to these ecological equations, and while some postfire effects are beneficial, others are so damaging that, without help, the system can take years to recover.

• Excrete organic glues that stabilize soil particles to enhance water retention

• Convert nutrients such as nitrogen and phosphorus from their organic to inorganic forms, making them available for plant absorption

• Increase the soil's porosity, which provides room for gas exchange and improves root ...

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