Large study confirms organically farmed soils draw down carbon from atmosphere whereas conventional farming releases to atmosphere. Organically farmed soils also become increasingly fertile and pass an improved nutrient content to the food. All good science, all good health just needs to make its way to agricultural practice , policy , research funding and of course ultimately to our food table. Nurturing our bodies is the same as nurturing the planet as we are one system.
Researchers suggest that less than 1 of 20 soil microorganisms have ever been identified and cultured. Considering this startling statistic, soil microbiology still represents a largely unchartered and vast frontier filled with promise and potential that could make a significant difference to agriculture.
The traditional underestimation of mycorrhizal importance may partly be based on unfamiliarity since most scientists have little knowledge, experience or appreciation for these microscopic underground denizens. Even many mycologists are not well versed on this topic. Beyond the scientific community, farmers, extension specialists and public policymakers are even more in the dark.
We have observed a link between increased levels of disease and or poor plant vigour in crops where Glyphosate is either over used or used over the same block for a long time. The link between nutrition deficiencies and disease is well known, what is not, is that mineral deficiencies can be created by the long term use of Glyphosate as in the main body of this Synopsis of testimony to be presented at the Hague Tribunal. Professor Emeritus Don M. Huber Ph-D shows us. The fact that Glyphosate also inhibits the plants immune system creates a double edged sword that we need to avoid using it whenever and wherever possible.
You can't look at one part of a system such as the chemistry and alter that thinking that you have fixed a system if you don't understand the impact that you have on the Biology in that system
Soil microbes are key to the function of agricultural systems. Microbial populations play roles in nutrient cycling, from fixing nitrogen to solubilizing phosphorus. Some microbes assist in the formation of soil aggregates that improve pore space in the soil, which allows for higher infiltration rates, better water-holding capacity, and lowers the compaction that often impedes root growth. Other microbes are involved in extensive predator and prey relationships that can reduce the prevalence of disease. Many microorganisms are involved in organic matter decomposition, which releases nutrients needed by other microbes and plants, while others break down soil minerals for nutrient cycling. Several organisms play multiple roles in the soil or have roles that may change based on the microenvironment. Others work in complex consortia to satisfy functional needs.
