This Associated Press investigation shows how rampant agrochemical use in the South American nation boosted farming output but compromised the country's health
BASAVILBASO, Argentina—Argentine farmworker Fabian Tomasi was never trained to handle pesticides. His job was to keep the crop-dusters flying by filling their tanks as quickly as possible, although it often meant getting drenched in poison.
Now, at 47, he’s a living skeleton, so weak he can hardly leave his house in Entre Rios province.
Schoolteacher Andrea Druetta lives in Santa Fe Province, the heart of Argentina’s soy country, where agrochemical spraying is banned within 500 metres (550 yards) of populated areas. But soy is planted just 30 metres (33 yards) from her back door. Her boys were showered in chemicals recently while swimming in the backyard pool.
After Sofia Gatica lost her newborn to kidney failure, she filed a complaint that led to Argentina’s first criminal convictions for illegal spraying. But last year’s verdict came too late for many of her 5,300 neighbours in Ituzaingo Annex. A government study there found alarming levels of agrochemical contamination in the soil and drinking water, and 80 per cent of the children surveyed carried traces of pesticide in their blood.
American biotechnology has turned Argentina into the world’s third-largest soybean producer, but the chemicals powering the boom aren’t confined to soy and cotton and corn fields.
The Associated Press documented dozens of cases around the country where poisons are applied in ways unanticipated by regulatory science or specifically banned by existing law. The spray drifts into schools and homes and settles over water sources; farmworkers mix poisons with no protective gear; villagers store water in pesticide containers that should have been destroyed.
Now doctors are warning that uncontrolled pesticide applications could be the cause of growing health problems among the 12 million people who live in the South American nation’s vast farm belt.
In Santa Fe, cancer rates are two times to four times higher than the national average. In Chaco, birth defects quadrupled in the decade after biotechnology dramatically expanded farming in Argentina.
“The change in how agriculture is produced has brought, frankly, a change in the profile of diseases,” says Dr. Medardo Avila Vazquez, a pediatrician and neonatologist who co-founded Doctors of Fumigated Towns, part of a growing movement demanding enforcement of agricultural safety rules. “We’ve gone from a pretty healthy population to one with a high rate of cancer, birth defects, and illnesses seldom seen before.”
A nation once known for its grass-fed beef has undergone a remarkable transformation since 1996, when the St. Louis-based Monsanto Co. promised that adopting its patented seeds and chemicals would increase crop yields and lower pesticide use. Today, Argentina’s entire soy crop and nearly all its corn and cotton are genetically modified, with soy cultivation alone tripling to 47 million acres (19 million hectares).
Agrochemical use did decline at first, then it bounced back, increasing ninefold from 9 million gallons (34 million litres) in 1990 to more than 84 million gallons (317 million litres) today as farmers squeezed in more harvests and pests became resistant to the poisons. Overall, Argentine farmers apply an estimated 4.3 pounds of agrochemical concentrate per acre, more than twice what U.S. farmers use, according to an AP analysis of government and pesticide industry data.
Glyphosate, the key ingredient in Monsanto’s popular Roundup brand of pesticides, is one of the world’s most widely used weed killers. It has been determined to be safe, if applied properly, by many regulatory agencies, including those of the United States and European Union.
On May 1, the U.S. Environmental Protection Agency even raised the allowable levels of glyphosate residues in food, concluding that based on studies presented by Monsanto, “there is a reasonable certainty that no harm will result to the general population or to infants and children from aggregate exposure.”