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12 Steps to Whole Foods

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Reaping a Gardener’s Rewards<br />

church parking lot, and suddenly his host carefully locks all his car doors. It’s zucchini season, and you’re<br />

likely <strong>to</strong> find the back seat full of baseball-bat-sized, unwanted zucchinis from neighbors desperate <strong>to</strong> “gift”<br />

them when you come out after church services! If nothing else, my family is entertained by how many ways I<br />

can come up with <strong>to</strong> cook zucchini. I buy some ingredients <strong>to</strong> add <strong>to</strong> garden-vegetable recipes, but otherwise<br />

consider it a challenge <strong>to</strong> see how close <strong>to</strong> “free” I can make dinners in the late summer and early fall.<br />

Why Heirloom Seeds?<br />

Heirloom seeds are seeds that produce nonhybridized food plants that produce viable seeds. These special<br />

seeds have lineage that has been protected and cultivated for 50 years or more. Pollination occurs with<br />

heirloom crops by insects and wind, natural means rather than artificial.<br />

A frightening and powerful movement is afoot, led by giant biotech company Monsan<strong>to</strong>, now responsible for<br />

most food production in the U.S., <strong>to</strong> industrialize and genetically engineer our foods. Monsan<strong>to</strong> is aggressively<br />

buying up seed companies, acquiring more than 11,000 seed patents, and bullying small farmers out of<br />

business. They have been ruthless in seeking monopolies on seed production in their labs. Virtually all corn and<br />

soy grown in America is genetically engineered.<br />

Monsan<strong>to</strong> views seeds that are pest resistant, high yield, and do not produce a next generation of seeds as a<br />

positive development. They have developed a glyphosate <strong>to</strong>lerance gene for plants, which are seeds that will<br />

survive being sprayed with Roundup. The “Termina<strong>to</strong>r Gene” makes plants’ seeds sterile. Thus, agricultural<br />

economies controlled by Monsan<strong>to</strong>, such as in India, recently devastated by a drought, must buy their seeds<br />

from the giant corporation because the seeds they save do not reproduce the following season.<br />

While Monsan<strong>to</strong>’s profits are soaring as a consequence, the public health ramifications of increasing<br />

hybridization and genetic modifications of our food are not fully known. But the potential implications of<br />

changing even one gene, in one plant are far reaching. Studies have shown that altering genetics even slightly<br />

can create havoc in the environment and in the organisms that eat the modified plant. I believe that evidence<br />

will soon become so voluminous, mainstream, and undeniable that mass hybridization of grains has led <strong>to</strong><br />

widespread gut issues in North Americans and other cultures who have adopted a Western diet. Gluten<br />

in<strong>to</strong>lerance has become an epidemic, and most people are undiagnosed. Grains have been hybridized <strong>to</strong><br />

maximize gluten for bread making.<br />

When man tries <strong>to</strong> outsmart Mother Nature, we must expect consequences. We cannot always control those<br />

consequences or pull them back. Monsan<strong>to</strong>’s genetic mutations have been found in crops far from anywhere<br />

that their seeds have been planted.<br />

Monsan<strong>to</strong> produced saccharin, DDT, and Agent Orange in the last century. Documentaries like Food, Inc.<br />

show how relentless and powerful Monsan<strong>to</strong>’s efforts have become in changing our food supply <strong>to</strong> further their<br />

agenda. Recently this company has rather successfully lobbied our government <strong>to</strong> make saving seeds illegal.<br />

As we alter our foods, it can only be <strong>to</strong> our detriment.<br />

© Copyright Robyn Openshaw <strong>12</strong> <strong>Steps</strong> <strong>to</strong> <strong>Whole</strong> <strong>Foods</strong> <strong>12</strong>1

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