The fallout from Ohio's toxic spill: wildlife killed and residents in grave danger
Thousands of animals were found dead in the vicinity of East Palestine, Ohio. The chemical leak may potentially be harmful to people in the long term.
The toxic material spill following a train derailment in East Palestine, Ohio, continues to wreak havoc on local farming operations. One of the terrible consequences was the discovery of thousands of dead animals.
In nearby streams, some 3,500 fish and hundreds of birds were found dead. A "plume of chemicals" is flying over the Ohio River, greatly affecting wildlife ecosystems. East Palestine is located just 18 miles away.
Amanda Breshears resides in North Lima, Ohio, about 10 miles northwest of East Palestine. This Tuesday, when she went to feed her five hens and a rooster, Breshears found the animals lifeless. There were no signs of any predator. In fact, she claimed that her animals were alive the day before authorities burned the toxic material dumped from the derailed train, as he told WKBN-TV:
People in grave danger
The inhalation of toxic gases is more than likely the cause of death of these animals. Those who live nearby may also be at risk of serious long-term health problems. "If it can do this to chickens in one night, imagine what it's going to do to us in 20 years," Breshears said.
On Feb. 3, the chemical contents of the tanks traveling inside the train were released due to the derailment. These substances included phosgene and hydrogen chloride. Phosgene is a gas that, at room temperature, is potentially poisonous. In fact, it was used as a chemical weapon during World War I.
"It's scary stuff here"
On Fox News' Tucker Carlson Tonight, Nathan Izotic, an East Palestine resident who lives less than two miles from the train crash, explained the problems he came back to when he returned home after the evacuation:
Human exposure to compounds such as phosgene or hydrogen chloride is highly detrimental to health, with consequences such as cardiopulmonary diseases or cancers that can lead to death by asphyxiation or shock.