Since the dawn of agriculture, humans have been manipulating crops to enhance their quality and yield. Via conventional breeding, seed producers have developed the modern corn hybrids and wheat commonly grown today. Newer techniques, such as radiation breeding, enhanced the seed producers’ ability to develop new traits in crops. And if we want to maximize the amount of food grown per dollar of investment, then industrialization-prawn farms, cut flowers, endless seas of corn-is the way to go.

In Deep Economy Bill McKibben describes the dangers of industrialized agriculture. Industrial agriculture is the largest single threat to the earth’s biodiversity. Fence-row-to-fence-row plowing, planting, and harvesting techniques decimate wildlife habitats, while massive chemical use poisons the soil and water, and kills off countless plant and animal communities.

Since industrial agriculture has led to some severe environmental consequences, including loss of topsoil, decrease in soil fertility, surface and ground water contamination, and loss of genetic diversity. We should be looking for solutions that are based on ecological and biological principles and have significantly fewer environmental costs. McKibben suggests, “Often clever ideas can begin to repair some of the damage caused by the industrialized agriculture.”

Some of us already know of the alternative that has been pioneered by organic farmers. In contrast to the industrial/monoculture approach advocated by the biotech industry, organic agriculture is described by the United Nations Food & Agriculture Organization (FAO) as “a holistic production management system which promotes and enhances agro-ecosystem health, including biodiversity, biological cycles, and soil biological activity.”

Organic farming is done by utilizing more natural methods of farming, such as composting, green manure, crop rotation, and several other environmentally sound methods. By using organic farming methods, organic produce not only has less chemical and pesticide residue than traditionally farmed produce, but the land and ecosystems located in outlying areas around the organic farm have been proven time and time again to be much healthier and free of farm-related contaminants.

McKibben shows numerous examples of communities, like the Nayakrishi Andolon farm in Bangladesh, that have managed to revitalize their soils and their lives by planting a variety of crops without pesticides and fertilizer. In Deep Economy the use of traditional farming is described, “If you have a cow, you can shovel its manure into a cement tank, where it ferments, giving off enough gas to heat your shower and fire your wok.  The residue from the fermentation is ideally suited to fertilizer, so the process is a closed loop, which contributes to dignified lives without contributing much to the GNP.”

 In addition, this organic farm has enhanced the lives of the villagers. They feel a deeper and more substantial relationship with one another. What is more, it has made a monetary profit as well.  Another advantage as stated by one of the villages, “Food from Nayakrishi is much better.  No longer do I eat the poisons.  Why should I eat life-destroying stuff?  If you use organic fertilizer, the almighty will be behind you, and you’ll be having no gastric problems.

 Small farms produce far more per acre than large farms, which is contrary to the widely held belief that industrial agriculture is more efficient and productive. Furthermore, organic management practices promote soil health, water conservation and can reverse environmental degradation, thus; the emphasis should be on small-scale family farms which may have the potential to revitalize rural areas and their economies.

 -Dina David

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