The cause-effect sequence or "feedback" between plants and their soil microbial communities plays an important role in structuring plant communities. To predict this synergistic coexistence, ...
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A 42-year experiment reveals the surprising persistence of carbon in retired farmland soils
When farmland is returned to the wild, it shows a striking ability to hold onto the carbon that built up in farm soils over time, retaining this stock for 30 years or more, a unique, long-term study ...
Heating alone won’t drive soil microbes to release more carbon dioxide — they need added carbon and nutrients to thrive. This finding challenges assumptions about how climate warming influences soil ...
Ecopetrol (NYSE: EC) is trialing an innovative use for petroleum coke, a carbon-rich refining byproduct, to enhance soil fertility in forest ecosystems as part of its broader decarbonization and ...
A Brazilian researcher is working with Mexican farmers to test soils using biochar: a carbon-rich material showing promise in increasing water retention and fertility. Biochar is a porous, solid ...
Malawi's increasingly unpredictable rainfall and higher than usual temperatures are causing problems for smallholder farmers. Soil erosion has increased, causing soil fertility and water availability ...
Naturally occurring soil bacteria improved crop growth under salt stress by triggering lignin production in roots, revealing ...
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A teaspoon of soil holds more living microbes than there are people on Earth
Beneath every garden bed, farm field, and forest floor, a single teaspoon of soil teems with billions of microorganisms, a population that dwarfs the roughly eight billion humans alive on the planet.
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