[ad_1]
“Walking around these little mountain roads, we saw snakes crossing the road,” Gerke said, noting that snakes are active in hot weather. “When we found it, we would jump out, grab it, and take it to a lab at Fukushima University.”
As long as the snake was growing big enough, Gerke and his team wrapped a tape around his body. Next, he attached a small GPS tracking device and a small device – a radiation detector – to the tape, which proved he could remove it at the end of the study. Next, he returned the serpent to its original position. The team made nine snakes this way, after which they picked up the remote.
The scientists identified more than 1,700 places in the area where snakes go. Male snakes in Fukushima, are found, avoiding the evergreen forests but live near rivers, roads, and grasslands. They also visit trees and houses.
What a file of snakes reveal? Some of the manifestations of the snake’s rays in the Fukushima Exclusion Zone come from endangered species that eat them, but most — 80% are due to the impact on soil, trees, and vegetation.
“Understanding how pollutants work in the universe and how they affect different species of animals on the food page gives us a good idea of the problem. [of the nuclear disaster] to biology, ”said Gerke.
The appearance of a snake is related not only to the small area in which it lives but also to its design. For example, long-lived snakes in abandoned homes were fewer than non-abandoned ones, meaning the house could be a destructive shield. In addition, the long-lived snakes in the trees were relatively small compared to the long-lived snakes on the ground. Gerke thinks that organisms that spend their time, especially on the ground, may be more prone to radiation hazards, if harm can be caused by health.
“In terms of population, we do not think he was affected [by radiation]. But there may be things that are happening in groups that we don’t know about, ”said Gerke. He said scientists have understood the amount of radiation that harms animals such as animals, birds, and frogs, but not snakes.
The current study was the first to describe home size, mobility, and selection of Japanese rattlesnakes. The results suggest that these animals may be natural predators in the nuclear age. But there are many questions. For example, can scientists develop a variety of methods to describe the link between residential use, radiation exposure, and radiation exposure? If so, they can inform you of the health risks involved in exposing radiation to animals or humans.
Why not take a moment to understand snakes, anyhow? “I’m afraid of snakes,” Gerke often hears when he confesses to being a veterinarian. Some provide unsubstantiated evidence that human misconceptions about snakes could harm animals: “I found a snake behind me, and I killed it.” Gerke grew up in Florida with a cat cat; he believes that he cannot understand those thoughts.
“Teaching people to hate snakes and natural disasters,” Melissa Amarello, founder of Advocates for Snake Preservation, wrote in an article. According to psychiatrists, fear of snakes is a learning experience, not a natural one. Of the 3,000 species of snakes in the world, only about 200-7 percent are able to injure or kill a person. Meanwhile, snakes feed on rodents that carry the disease. And they are very helpful in all natural foods.
In addition to the fear of man and the hatred of snakes that can harm them, these animals face other challenges that threaten their people around the world, including illegal and illegal collecting, habitat destruction, disease, and climate change.
[ad_2]
Source link
