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2024-06-30 00:59:05

Synergistic Investigation of Natural and Synthetic C1-Trophic Microorganisms for Circular Carbon Economy on Nostr: Microbial Communities in Soil: A Key Player in Climate Change =============== ...

Microbial Communities in Soil: A Key Player in Climate Change
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#73498a8f ver:0.05

New research shows that microbial communities in soil play a crucial role in climate change. Some microbes store carbon, while others release CO2. Understanding these communities can help develop strategies to mitigate climate change and engineer optimized carbon storage microbes. Additionally, a bacteria called Cloacibacterium sp. CB-01 has been discovered to reduce nitrous oxide emissions in farm fields by 94%. This naturally derived bacteria could be integrated into farming practices within a few years, but further research is needed. Policy incentives may be necessary for farmers to adopt this solution. #ClimateChange #Microbes #Soil #CarbonStorage #NitrousOxide #SustainableAgriculture...

#newstr #ClimateChange #MicrobialCommunities #Soil #CarbonCycles #CarbonStorage #Mitigate #TechnologicalInnovation #SustainableLandManagement

https://here.news/story/73498a8f?ver=0.05
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