- Microorganisms may have a previously unrecognized role in carbon sequestration in soil.

- Their secretions bind carbon to soil particles, effectively storing it.

- The process could help counteract climate change and improve soil fertility.

Key findings:

- Scientists discovered a mechanism by which carbon from plant material can become trapped in the soil.

- Microorganisms in the soil use carbon compounds to produce sticky secretions.

- These sticky secretions bind carbon particles to mineral surfaces, effectively locking the carbon in the soil.

- The process could potentially be harnessed to enhance carbon sequestration and mitigate climate change.

- Additionally, it could increase soil fertility, promoting sustainable agricultural practices.

New research has shed light on a crucial mechanism by which carbon from plant material can become trapped in the soil, offering a potential avenue to mitigate climate change and enhance soil fertility. Microorganisms residing in the soil play a significant role in capturing and storing carbon through their secretions, which bind carbon particles to mineral surfaces. This process effectively locks the carbon in the soil, preventing its release into the atmosphere. Harnessing this mechanism could pave the way for more sustainable agricultural practices and improve soil health while counteracting the effects of global warming.