This is the first evidence which shows that the climate change affects the distributon of tropical insects, which are the biggest animal group on Earth leading to a risk of the global biodivesity.
One author of York I Ching Chen university said about the study: “Tropical insects form the most animals on Earth, we do not know whether they respond to climate change or not.”
Professor Thomas said: “A large number of animals were completely limited in tropical mountain areas, such as
Many of the discovered animals in the expedition have not been found somewhere else in the world. When these animals are forced to move up to cooler climates, their habitat will become more narrow. This leads to extinction of some species.
Expeditions in 2007 with the participation of Henry Barlow helped a lot in understanding the diversity of caterpillars.
Jeremy Holloway, another member of the expedition in 1965, from the Natural History Museum in
Dr. Suzan Benedick, an expedition member who is an entomologist at the University Malaysia Sabah, said: “The photographs from the expedition in 1965 has led us to the right places 42 years ago.”
Moths were catched at a height of 3675 meters above the sea-level. Researchers compared the height of the collected and identified specimens, which were found between the years 1965 and 2007. The results showed significant changes in elevation, showing that the caterpillars moved to higher places in the past.
But one thing is quite positive. Beside