Manganese hidden hunger symptoms

Manganese hidden hunger symptoms

Source: This post was originally published on Kempf

Many agricultural soils contain abundant levels of manganese locked up in soil reserves. Yet, for the reasons of selective suppression of biology, oxidation and immobilization discussed in these blog posts most crops are constantly manganese deficient, which limits water hydrolysis for photosynthesis.

The reasons above are why field research seldom shows a positive crop response from manganese. In the short term, until microbial populations are established which can release the unavailable reserves of soil manganese, the only effective solution is to supply manganese with foliar feeding so it does not limit photosynthesis.

The symptoms of subtle manganese deficiency have become so commonplace today we don’t recognize them as anything outside of the ordinary.

When plants have adequate levels of manganese, the leaf veins will be the same shade of green as the area between the veins.

These cotton leaves are showing light colored veins, symptoms of inadequate manganese. Once you begin looking, you can see this almost everywhere, in undomesticated plants as well as crops. There are a very few plants which have light colored midribs genetically, even those will darken when supplied with manganese.

How many plants have you observed that did not have light colored veins?

The post Manganese hidden hunger symptoms appeared first on John Kempf.

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john kempf blog

John Kempf is an entrepreneur, speaker, podcast host and teacher. He is passionate about the potential of well managed agriculture ecosystems to reverse ecological degradation.

John believes regenerative agriculture management systems can:

  • regenerate producer profitability and create economic incentives for producers
  • produce crops that are inherently resistant to possible infections by insects, bacteria, fungi, nematodes and viruses, eliminating the need for pesticides.
  • produce food that can regenerate public health, with an elevated content of immune compounds that transfer plant immunity to livestock and people, providing food as medicine.
  • rapidly sequester carbon, build soil organic matter much faster than commonly expected, restore hydrological cycles, cool the climate, and reduce the water requirements of a crop.

All of these benefits and more can be achieved simply by managing soils and crops differently, in a manner that enhances rather than suppress biological function.

Website: https://johnkempf.com/ 

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