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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 determining soil microbial biomass is the Chloroform Fumigation Extraction (CFE) test. However, being a costly lab-based test makes it an unattainable option for many. Another method that’s often used to assess soil microbial communities is microscopy. While microscopy is one of the best ways to assess soil microbes, microscopes can be expensive, are often too large and heavy to bring into the field, and are not necessarily easy to use or easily accessible for growers around the world. In 2014, Dr. Fitzpatrick began developing the microBIOMETER® to address these shortcomings. (Read more)

This article is based on the video The History and Science Behind microBIOMETER®

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Secrets of the Soil

microBIOMETER®'s Laura Decker sat down to chat with Regen Ray on the Secrets of the Soil podcast titled The Future of Soil Health Monitoring and Sustainable Agriculture.

Please have a listen and be sure to subscribe to the podcast for more informational discussions!

57: MicroBIOMETER: The Future of Soil Health Monitoring and Sustainable Agriculture with Laura Decker

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Kenley at the Science Fair

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Kenley performing the microBIOMETER® soil test

Does Soil Affect a Dog's Microbiome?

Kenley Mitchell, a 5th grader at Sargent Elementary School, utilized microBIOMETER® in her science fair project titled Getting Dirty: Does Soil Affect a Dog’s Microbiome?. Kenley won first prize in her category and received the overall best project award for the San Luis Valley Regional in Alamosa, CO!

Project Abstract

For my project, I tested a dog's microbiome and compared it to the health of the dog’s soil. I also looked at the time the dog spends in the soil. I ran two samples. The first sample was a stool sample. The second sample was a soil sample. Both were taken at the same time. I tested dogs that are in the city vs. country dogs. I found out that farm dogs have a healthier microbiome, but city dogs have healthier soil. The farm dogs’ average microbial biomass in the soil is 221.0 ug C/g. The city dogs’ average microbial biomass in the soil is 273.4 ug C/g. Farm dogs average for F% is 20%. City dogs average for F% is 32%. Farm dogs average for B% is 80%. City dogs average for B% is 68%. The farm dogs were outside in the soil for longer periods of time. The farm dogs might be healthier due to spending more time in the soil.

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