Remineralizing Our Soils York PA
Diabetes Education, Nutrition Counseling, Weight Management, Diet Plan, Sports Nutrition, First Consultation, Weight Loss
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Medical School: Harvard Med Sch, Boston Ma 02115
Graduation Year: 1971
Internal Medicine, Nutrition
Medical School: Hahnemann Univ Sch Of Med, Philadelphia Pa 19102
Graduation Year: 1980
Hospital: Abington Mem Hosp, Abington, Pa
Group Practice: Internal Med Assoc Of Abington
Women's Health, Sex Therapy, Preventive Medicine, Nutrition, Mind/Body Medicine, Herbal Medicine, Bio-identical HRT
American Holistic Medical Association
Medical School: Jefferson Med Coll-Thos Jefferson Univ, Philadelphia Pa 19107
Graduation Year: 1979
Hospital: Elkins Park Hosp, Elkins Park, Pa
Group Practice: Surgical Services Ltd
Remineralizing Our Soils
For the Health of Our Bodies & Our Planet
by Don Weaver
From Living Nutrition vol. 2
Organic agriculture has long emphasized the need to return organic matter, such as compost, to the soil, and all compost ingredients have some minerals in them. However, because such organic matter grows in largely mineral-depleted soils, the soils in which our organic crops are grown are typically built up with mineral-deficient soil amendments.
The vitality of our crops and ultimately our bodies depends largely on soils containing a generous broad spectrum of minerals. To remineralize our depleted soils with the broad spectrum of mineral elements found in the world’s richest soils, it is necessary to add the rock minerals which were originally present in the soil.
“The rock is the mother of the soil,” is how one geologist in the 1800’s put it. Since the most fertile soils usually have a variety of types of “parent rocks”, it seems wise to try to duplicate the natural processes when we remineralize.
The Hunza Valley soils have grown some of the best crops of fruits, vegetables and people for centuries. The Hunzas irrigate their crops two or more times a year with the Ultar Glacier meltwater which contains glacial gravel dust, treasured as “glacial milk.” Glacial action has produced much of the Earth’s fertility, as glacier’s crushing mass grinds and mixes together rocks of broad variety and element content. Some ...