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Kaspersen, Janice

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Tuesday, February 14, 2012 7:09 PM

Soil and Carbon

By: Kaspersen, Janice Comments

A Reuters article on Monday reported on a phenomenon that doesn’t seem to be well recognized or understood outside the soil science and erosion control communities, but that has frightening implications. Among the problems caused by accelerated erosion, the article says, is the potential release of large amounts of carbon and other greenhouse gases to the atmosphere.

A recent report from the United Nations’ Environment Programme is the source of Reuters’ information, but the idea isn’t new. For example, this 2001 article from Erosion Control examines the relationship between soil erosion and the release of greenhouse gases; basically, organic matter in disturbed soil decays more quickly than that in intact soil and releases more carbon, methane, and nitrous oxide.

According to the UN report’s figures, the top meter of soil stores about three times more carbon than that currently in the atmosphere. Poor agricultural practices, deforestation, and other activities that degrade the soil and cause more rapid release of carbon; the report estimates that since the 19th century, 60% of the carbon stored in soils and vegetation has been lost due to agriculture and urbanization.

The report recommends using financial incentives for improved land use, including trading of carbon credits for soils. It also calls for development of a consistent way to measure changes in soil carbon.  

What Do You Think?

 

Bruce Carey

Thursday, February 16, 2012

It’s interesting to read that eroded soils release more greenhouse gases. But another erosion related issue that we don’t hear very much about is that eroded soils have lost much of their productivity. They are less capable of growing healthy plants and storing more carbon in the soil.

Desert Control Institute - Kristian P. Olesen

Thursday, February 16, 2012

Today we have the possibility of chancing this type of soil to one of the best agricultural soils by using our service of implantation of NanoClay minerals. This will save between 50 and 80 % of the irrigation water and enhance the yield (wheat gave 416% more yield).
So now one have the potential of storing minimum 33 ton of CO2 per hectare in sandy soil and by this getting a green 'desert' giving food to the people.
This is at the moment being done in Egypt.
I will be a pleasure to serve any who want to have a productive dry sandy soil field.
Best regards
Kristian P. Olesen

Han Solo

Thursday, February 16, 2012

So what is the solution? Let's face it, you can't not build, cook, or move anything without generating Carbon Dioxide. The only way to completely eliminate CO2 would be to return to the Cave man days, and I don't believe that anyone would want to do that.

The real problem is that Engineers desperately need jobs, and funding for infrastructure. We simply can't build anything without disturbing the soil and cutting a few trees.

This is a concern for someone sitting in a State office with a steady paycheck, but not for an Engineer in the private sector that's struggling to make ends meet.

jeremy

Thursday, February 16, 2012

No politicians have the guts to do what's best. They are all proxy's for big, carbon polluting, business.

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