I like the analogy of an engine when talking about soil health. What is the size of your soil engine? Have you checked lately? Just like you use a dynamometer to measure the horsepower on a tractor you can use Solvita soil respiration to measure the horsepower of your soil.
Italy to many, is the birthplace of farming with a soil nomenclature system dating from 500 AD. In the mere distance of Maine to North Carolina they have all four major soil temperature groups – frigid, mesic, thermic and hyperthermic and 4-times the soil unit diversity of the USA.
Interesting and potentially very valuable relationships between CO2 respiration and soil conditions have recently been revealed in a soil monitoring project using the Solvita basal CO2 test. At the Woods End Farm, staff take a soil sample each week and perform in-situ soil respiration (Solvita Basal), without processing the soil, thereby avoiding artifacts.
Soil health testing needs its own set of calibrations and guidelines in order to have its potential fully realized. This has come into focus recently with studies on how soils behave biologically. Normally, when a soil dries out, a sudden addition of rain or irrigation water produces a well-known effect – the “CO2-Burst” – a surge of respiration by microbes springing into action.
Calling it a “health check for your soil” England’s largest independent soil testing firm NRM Laboratories (Berkshire & Norfolk) has introduced UK’s first Soil Health test. The analysis features Solvita as the cornerstone biology test for CO2 evolution combined with a suite of physical and chemical parameters useful to growers.
Imagine an ideal soil climate, little or no soil tillage, and rotational animal grazing: what’s the soil health of that system? We ran Solvita on soils from the North Island of New Zealand (near where the epic fantasy film The Hobbit was shot) and saw some unusual results: “the Solvita test seems to be all done after only a few hours” NZ consultant Horatio Payne reported. On close examination, the