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SoilMicrobesCarbon

American university proclaims:

“With more than 7 billion microorganisms in the soil, it’s no surprise we still have a lot to learn about them and their impact on the environment. “Consequently, the activity of microorganisms in soil has the potential to alleviate or worsen climate change, so we need to form predictions regarding their activities.”

Do you think without Gau mata, one can achieve this?

Remember, I often share here that

Gau out = Desert In
Desert In = Desert Religion In (Islam/Christianity)

Soil health card may be good way to track soil nutrients but it is useless if you cannot understand value of cow in maintaining soil health. Soil health does not only mean NPK! Or Organic matter. It mean Prana! and only Gau mata can provide Prana!!

Not only carbon cycle, Gau mata has potential to stabilize all natural cycles!! She is medium via which we should embrace primordial prana i.e. Sun


Research


WVU researcher uncovers influence of microorganisms on soil carbon storage

With more than 7 billion microorganisms in the soil, it’s no surprise we still have a lot to learn about them and their impact on the environment. A West Virginia University researcher is uncovering critical information about these tiny organisms under our feet, which although small, can have a huge impact on the environment.

Ember Morrissey, assistant professor of environmental microbiology in the Davis College of Agriculture, Natural Resources and Design, received a $150,000 grant from National Science Foundation’s Division of Environmental Biology’s Early-concept Grants for Exploratory Research program, known as EAGER, to increase understanding of the behavior of microorganisms in the soil to provide descriptions of microbial function that currently aren’t available.

Morrissey’s research will lay the groundwork needed to figure out how soil can be managed to address environment-related processes and issues, including global warming and climate change.

Of particular interest for Morrissey and other researchers is the ability to formulate more precise predictions of microorganisms’ carbon cycling, or how they use and create carbon, a key to combatting climate change.

“Soil stores a large fraction of the earth’s carbon – actually more carbon than the atmosphere and biosphere combined,” Morrissey explained. “Microorganisms break down and consume this carbon as they live and grow, converting it into the greenhouse gas carbon dioxide.

“Consequently, the activity of microorganisms in soil has the potential to alleviate or worsen climate change, so we need to form predictions regarding their activities.”

https://wvutoday.wvu.edu/stories/2017/01/17/wvu-researcher-uncovers-influence-of-microorganisms-on-soil-carbon-storage

 

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