![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiLo2r7PTcr7Am6_lZpiLJuGek_NqvN6_3AO0bBH7FSxDKmbXzlc0IC_wIrSiTxh1wMRHwZqSN43CSKShk2_oJFth9jgM3Zx8AQGm362psZve9ZWECLNws3zSdX9j5ljrM1NbF-r3YVciI/s320/456px-Rainbow_in_Hawaii.jpg)
“Computer models run with global warming scenarios generally project a decrease in tropical cyclones worldwide. This, though, may not be what will happen with local communities,” lead author Hiroyuki Murakami, a postdoctoral fellow at the IPRC, said in a statement.
Murakami and Bin Wang, a climate expert that the university’s meteorology department, joined forces with Akio Kitoh of the Meteorological Research Institute (MRI) to determine whether or not climate change would lead to an increase in the frequency of tropical cyclones in the years ahead.
“The scientists compared in a state-of-the-art, high-resolution global climate model the recent history of tropical cyclones in the North Pacific with a future (2075–2099) scenario, under which greenhouse gas emissions continue to rise, resulting in temperatures about 2°C higher than today,” the university explained.
“In our study, we looked at all tropical cyclones, which range in intensity from tropical storms to full-blown category 5 hurricanes,” Murakami added. “From 1979 to 2003, both observational records and our model document that only every four years on average did a tropical cyclone come near Hawaii. Our projections for the end of this century show a two-to-three-fold increase for this region.”
According to the researchers, the primary reasons for this increase will be changes in large-scale moisture conditions, as well as wind flow and surface temperature patterns changes, all caused by warming temperatures stemming from global climate change....
A rainbow in Hawaii, shot by Remember, Wikimedia Commons, public domain
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