Blog

History and Science Behind microBIOMETER®

The microBIOMETER® was developed with the need in mind to deliver a device that could be manufactured very reasonably so that it could service the whole world. For over 50 years scientists have known that microbes are the best indicator of soil health. One of the common methods used for

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microBIOMETER® testing at Texas Food Bank

An interview with the San Antonio Food Bank who is using microBIOMETER® in their Farm and Garden Program. How are you using microBIOMETER®? We are using microBIOMETER to track the soil health on our farms, gardens and compost. This test allows us to understand if we are providing an environment

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microBIOMETER® in Urban Soil Study

Effects of Humate and Organic Based Soil Treatments on Urban Soil Characteristics Zack Shier, Board Certified Master Arborist and Plant Health Care Manager at Joseph Tree Service, is utilizing microBIOMETER® in his study titled Effects of Humate and Organic Based Soil Treatments on Urban Soil Characteristics. Introduction to the study.

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Nitrogen fertilizer study at Ursinus College

University study demonstrates legumes are more efficient at improving soil MBC than grasses Under the direction of Assistant Professor Denise Finney, Kylie Cherneskie, biology student at Ursinus College, conducted an experiment on the impacts of nitrogen fertilizer addition on soil microbial communities. Kylie measured microbial responses using microBIOMETER®. Click here

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Things you need to know about the Fungal to Bacterial Ratio (F:B)

microBIOMETER® is the only non-laboratory test for F:B. The methods of measuring F:B ratio give very different values 1-11. The Gold Standard for estimating fungal biomass is microscopy, which calculates fungal biovolume.  Note that microBIOMETER® detects the same range as microscopy- not surprising as it was validated by correlation with

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