Summary
Highlights
Industrial agriculture, driven by scientific advancements, now produces new miracles for a more abundant life. However, this progress comes at a cost, as it's damaging the foundation for future production through soil erosion, compaction, salinization, water logging, and biodiversity loss.
The Green Revolution, fueled by high-yield varieties, investments from foundations like Rockefeller and World Bank, and the extensive use of pesticides, fertilizers, and irrigation, aimed to address global hunger. However, it often led to smaller peasants losing land, desertification, and a reduction in agricultural diversity, despite an increase in rice and wheat production.
Modern chemical pesticides originated from the defense industry, specifically nerve gases developed in World War II. Post-war, chemical factories repurposed for agriculture led to a reliance on persistent chemicals like DDT, which accumulate in the food chain and environment. This industrial agriculture mirrors a 'man against nature' mentality, contrasted with the gentler, 'living with nature' approach of organic farming.
USDA data shows that small farms (10 acres or less) generate significantly higher revenue per acre than large farms (over 2,000 acres). Large farms often use inefficient monocultures due to mechanization, and their existence is largely sustained by subsidies channeled to big agribusiness, undermining small family farms and creating a system where commodity prices are kept artificially low.
Genetically engineered (GE) foods are prevalent but unlabeled in the US, raising concerns about potential, unknown health effects. While traditional breeding is also genetic modification, modern GE involves extracting and manipulating genetic material across species in unprecedented ways. Regulatory bodies like the FDA, USDA, and EPA have not aggressively regulated this industry, employing concepts like 'substantial equivalence' to consider GE crops similar to traditional ones for safety, but novel for patenting.
Contamination by genetically modified organisms (GMOs) is an inevitability, not just a possibility. Evidence from Mexico shows GM corn contamination in indigenous varieties, despite efforts to prevent it. Genetic drift, unlike oil spills, cannot be contained. Farmers whose fields are contaminated with patented genes can be sued by biotech companies, as these companies hold no liability for their products, shifting all risks to the farmers.
Crops engineered with bacteria like Bacillus thuringiensis (BT) to produce insecticides can harm non-target insects, such as monarch butterflies. The rapid development of insect resistance to BT crops and herbicide-resistant weeds highlights the transient nature of these technologies. Concerns also arise from crops engineered to produce pharmaceuticals or industrial chemicals, like corn with sterilizing properties, which could inadvertently enter the food supply, as seen with the StarLink corn scandal.
Golden Rice, genetically engineered to produce Vitamin A, is presented as a solution for nutritional deficiencies. While a scientific feat, critics argue that similar results could be achieved through traditional breeding with existing vitamin A-rich indigenous crops. The focus on such biotech solutions is seen by some as a diversion from addressing the root causes of hunger, which are social and economic inequalities rather than a lack of food production.
To regain control of our food supply, supporting organic and local farmers is crucial. Community Supported Agriculture (CSA) creates a direct relationship between consumers and farmers, fostering community and sustainability. These small-scale operations prioritize personal care for crops and soil, using various organic techniques, and contrast sharply with the industrial model. CSAs and farmers markets make fresh, locally grown food accessible, challenging the perception that organic food is only for the wealthy.
The widespread concern and activism around food, as seen at events like the World Trade Organization protests, indicate a critical moment for demanding safe, nutritious food as a basic human right. The prevailing reductionist view of genetic engineering, which treats genes as isolated entities, overlooks the complex, dynamic relationships within biological systems. The documentary concludes by urging individuals to decide whether scientific advancements will benefit or harm humankind.