Quote:
As I’ve started writing about lately, biological agriculture can be profoundly efficient, out-performing virtually any conventional farming strategy, including genetic engineering. I’ve been implementing organic, biological farming strategies in my own garden, and the leaves on some of my plants, like fruit trees (limes, figs, mango, orange, tangerine, cherries, peach, plum, and banana), have a number of leaves that are literally 300 to 400 percent bigger than the typical leaf of these plants. You wouldn’t even imagine that a leaf could grow this big—all without ANY chemicals, just using strategies that optimize soil health, such as using rock dust powders, compost teas and biochar. These strategies seem to maximize the hidden genetic potential of the plants.
http://articles.mercola.com/sites/articles/archive/2014/02/10/radioactive-fertilizer.aspx?e_cid=20140210Z1_DNL_art_1&utm_source=dnl&utm_medium=email&utm_content=art1&utm_campaign=20140210Z1&et_cid=DM39291&et_rid=422460002
As I’ve started writing about lately, biological agriculture can be profoundly efficient, out-performing virtually any conventional farming strategy, including genetic engineering. I’ve been implementing organic, biological farming strategies in my own garden, and the leaves on some of my plants, like fruit trees (limes, figs, mango, orange, tangerine, cherries, peach, plum, and banana), have a number of leaves that are literally 300 to 400 percent bigger than the typical leaf of these plants. You wouldn’t even imagine that a leaf could grow this big—all without ANY chemicals, just using strategies that optimize soil health, such as using rock dust powders, compost teas and biochar. These strategies seem to maximize the hidden genetic potential of the plants.
http://articles.mercola.com/sites/articles/archive/2014/02/10/radioactive-fertilizer.aspx?e_cid=20140210Z1_DNL_art_1&utm_source=dnl&utm_medium=email&utm_content=art1&utm_campaign=20140210Z1&et_cid=DM39291&et_rid=422460002
