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Building Microbial Communities

Building Microbial Communities

This is an abridged version of Dr. Judith Fitzpatrick’s talk at last December’s Acres U.S.A. Eco-Ag conference. Article is also featured in the April 2022 issue of Acres U.S.A. magazine.

When a grower first goes organic, they often have one field that’s organic and, right next to it, a field that they’ve been farming conventionally. They run out and test the soil for microbial biomass, and then they write to us and say, “I don’t have any more microbes in my organic field than had in my conventional field.” Why?

It’s because, as a farmer, you have a big, big job when you transition to organic. What you have to have is microbes working for you, and they take time to re-establish after years of conventional farming. We’re all familiar with the food web, but what the conventional pyramid doesn’t communicate is that the microbial base constitutes greater than 95 percent of the food web biomass because all the life above it depends on this food source.

You can view the plant-microbe relationship as a marriage. Each one has a role to play, and they support each other. The plant delivers 30 to 50 percent of the food that it makes to the microbes in the soil in an organic system, and the microbes synthesize and mine the nutrients in the soil and deliver them to the plant. This is a marketplace.

Click here to read the full article.

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futurefood

Future of Food

Future of Food

microBIOMETER® will be presenting at the Invest NY: Future of Food event on June 29th at the Culinary Institute of America.

About the event: NYSTAR and Upstate Capital present Invest NY: Future of Food, an event highlighting the food and agtech industry and innovation in Upstate New York. This event brings together members from established food and beverage companies, suppliers, investors, and dealmakers together with entrepreneurs and startups

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Soil microbes return after replanting local native plants

Robust long-term ecosystem restoration relies not just on replanting native vegetation but on the recovery of underlying soil biodiversity—yet this area has received little attention and is poorly understood, Flinders University researchers say. (Read more)

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