Tag

Soil Microbes

All articles tagged with #soil microbes

environment1 year ago

Gophers' Remarkable Role in Reviving Mount St. Helens

After the 1980 eruption of Mount St. Helens, scientists introduced gophers to the devastated landscape to aid in ecological recovery. The gophers' burrowing activities helped unearth beneficial microbes and fungi, significantly enhancing soil health and biodiversity. A recent study highlights the long-term positive impact of this intervention, showing increased microbial activity and plant growth in areas where gophers were introduced. This underscores the crucial role of soil microbes and fungi in ecosystem restoration.

environment1 year ago

"Soil Microbes and Nutrient Competition Impact Forest Growth and Climate Change"

New research reveals that increased CO2 levels lead soil microbes to retain more phosphorus, limiting its availability for tree growth, particularly in eucalypts. This challenges current climate projections that assume higher CO2 will boost forest growth and mitigate global warming, highlighting the need to consider soil nutrient dynamics in climate models.

environment1 year ago

"Microbial Warriors: How Soil Microorganisms Fight Desertification"

A new review of current research into combating desertification has identified soil microbes as critical to this mission, as they play vital roles in promoting soil health, impacting ecosystem functions, and supporting sustainable land management. The research highlights the potential of soil microbes to alleviate the stresses of desertification by improving soil fertility, encouraging carbon sequestration, stabilizing soil against erosion, and supporting biodiversity. Strategic application of soil microbes in various regions has shown measurable impacts on alleviating desertification, offering hope for more natural and sustainable management of this significant environmental challenge.

science2 years ago

Unexpected Role of Soil Microbes in Plant Drought Tolerance Revealed

New research challenges the conventional belief that soil microbes help plants cope with drought by responding to the plants' chemical signals. A study from the University of Illinois Urbana-Champaign found that free-living soil microbes are primarily looking out for themselves. The environment selects for drought-tolerant microbes, which incidentally make plants more drought-tolerant. The study highlights the need for considering no-microbe and no-plant controls in future research to better understand plant-microbe interactions.