Thousands of Farmers to Join Lawsuit Against Monsanto/Bayer and BASF Over Weedkiller Dicamba

Thousands of farmers from multiple states are expected to join mass tort litigation pending in federal court over claims that weed-killing products developed by the former Monsanto Co. and other chemical companies are destroying and contaminating crops, including organic production, a group of lawyers and farmers said on Wednesday. The number of farmers seeking legal representation to file suit against Monsanto and BASF has surged over the last week and a half after a staggering $265 million jury award to a Missouri peach farmer who alleged the two companies were to blame for the loss of his livelihood, according to Joseph Peiffer of the Peiffer Wolf Carr & Kane law firm. Peiffer said more than 2,000 farmers are likely to become plaintiffs.

Missouri Farmer Awarded $265M for GMO Pesticide Drift in Suit Against BASF and Bayer

A jury awarded $265 million in punitive damages against Bayer and BASF to a southeastern Missouri peach farmer who argued that weedkiller dicamba that had drifted onto his orchards from other farms had severely damaged his trees. The punitive damages awarded to farmer Bill Bader came a day after the jury awarded him $15 million in actual damages, agreeing with his argument that dicamba had drifted over from other farms and severely damaged Bader Farms, which is one of the largest peach farms in Missouri. Bader's attorneys argued that his trees likely wouldn't survive the dicamba exposure. The owners of Bader Farms alleged the companies conspired to create an “ecological disaster” that would induce farmers to buy dicamba-tolerant seeds.

GMO Dicamba Herbicide Spreading to Non-GMO Crops

A dicamba/glyphosate herbicide mix is being sprayed on Monsanto's GM soybeans that are tolerant to both herbicides. The herbicide is drifting and volatilizing onto neighbouring non-target plants, including non-GM soybeans and a wide variety of food crops, garden plants and wild plants, resulting in massive damage to those crops and plants and even a decline in honey production. In an attempt to reduce off-target spray damage next year, the US EPA has issued new tighter use restrictions that are displayed on the herbicide product labels.

“Miracle” Weed Killer Dicamba was Supposed to Save Farms – Instead it’s Devastating Them

The damage here in northeast Arkansas and across the Midwest - sickly soybeans, trees and other crops - has become emblematic of a deepening crisis in American agriculture. Farmers are locked in an arms race between ever-stronger weeds and ever-stronger weed killers. The dicamba system, approved for use for the first time this spring, was supposed to break the cycle and guarantee weed control in soybeans and cotton. The herbicide - used in combination with a genetically modified dicamba-resistant soybean - promises better control of unwanted plants such as pigweed, which has become resistant to common weed killers. The problem, farmers and weed scientists say, is that dicamba has drifted from the fields where it was sprayed, damaging millions of acres of unprotected soybeans and other crops in what some are calling a man-made disaster. Critics contend that the herbicide was approved by federal officials without enough data, particularly on the critical question of whether it could drift off target.

Monsanto’s New GMOs Spawn Illegal Use of Toxic Herbicides

Farmers in Arkansas and Missouri have filed more than 100 complaints with state agriculture agencies over a toxic weed killer that is drifting from adjacent farms and damaging their crops. The herbicide is not only stunting the growth of soybeans – it's also being used illegally. As National Public Radio and The Wall Street Journal reported, farmers say the chemical, known as dicamba, is being illegally sprayed by neighboring farms growing genetically modified crops from seeds created and sold by Monsanto, known as Roundup Ready 2 Xtend.

Study: Herbicides Used with GM Crops Alter Antibiotic Resistance of Disease-causing Bacteria

A 2015 study was published looking at the effects of three widely used herbicides on disease-causing bacteria and their susceptibility to antibiotics. The three herbicides are dicamba, 2,4-D (recently approved by the U.S. EPA), and glyphosate. In what is believed to be the first study of its kind, they researches found that these popular herbicides affected the bacteria responded to antibiotics, often developing a resistance to them.