中文字幕网伦射乱中文-超清中文乱码字幕在线观看-亚洲v国产v欧美v久久久久久-久久性网-手机在线成人av-成人六区-国产人与zoxxxx另类一一-青青草国产久久精品-蜜桃av久久久一区二区三区麻豆-成人av一区二区免费播放-在线视频麻豆-www爱爱-成人免费看片视频-性欧美老肥妇喷水-五月99久久婷婷国产综合亚洲-亚洲最色-各种含道具高h调教1v1男男-91丨porny丨国产-国产精品无码专区在线观看不卡-大香伊人

Intensifying storms in Australia to cause "unacceptable" flood risk: study

Source: Xinhua| 2018-07-31 10:01:27|Editor: Chengcheng
Video PlayerClose

CANBERRA, July 31 (Xinhua) -- Short rain storms affecting Australia are intensifying at a rate much higher than expected, a study found.

The research, published by a team from the University of Adelaide and Newcastle University in Britain, revealed that the amount of water falling in the storms was growing at a rate two to three times higher than expected under climate change.

Researchers identified that the trend has been occurring for 50 years after analyzing rainfall extremes from 107 weather stations across the country between 1966-1989 and 1990-2013.

Seth Westra, an associate professor at the University of Adelaide and member of the research team, said the phenomenon could lead to a considerable increase in the number of natural disasters affecting Australia.

"This large increase has implications for the frequency and severity of flash floods, particularly if the rate stays the same into the future," Westra said in a media release on Tuesday.

"It seems counter intuitive when large parts of Australia are now in drought, but we need to remember Australian droughts are often broken by severe floods.

"We have always been a country of weather extremes, and it seems that climate change is causing both the dry and wet extremes to intensify.

"These changes are well above what engineers currently take into account when determining Australia's flood planning levels or designing stormwater management and flood defence infrastructure. If we keep seeing this rate of change, we risk committing future generations to levels of flood risk that are unacceptable by today's standards."

Prior to the study, scientists believed there was a limit to how much additional rain could fall during a global warming event but that limit has now been broken.

TOP STORIES
EDITOR’S CHOICE
MOST VIEWED
EXPLORE XINHUANET
010020070750000000000000011100001373588271