By following moisture from the oceans to the land, researchers worked out exactly how three oceans conspire to deliver deluges of rain to eastern Australia.
To look inside a stalagmite is to look back in time tens of thousands of years to see how the Earth’s climate patterns have shaped the world we live in today.
A global analysis of rainfall and rivers by UNSW engineers has discovered a growing pattern of intense flooding in urban areas coupled with drier soils in rural and farming areas.
A rise in global temperatures of 2 degrees Celsius is likely to bring more extreme rainstorms to many parts of Australia even as other areas experience severe droughts, new research shows.
Cities face harsher, more concentrated rainfall as climate change not only intensifies storms, but draws them into narrower bands of more intense downpours, UNSW engineers have found.
Stalagmites preserve a history of past climate and UNSW research has shown that there’s a correlation between periods of wet and dry and human migration, write Andy Baker and Bryce Kelly
Thirty-year weather records from 79 locations across Australia reveal peak downpours during storms are intensifying at warmer temperatures, leading to greater flash flood risks.
Dangerous flooding in a future warmer climate may be greater than forecast because of changes to the distribution of rainfall within storms, writes Ashish Sharma and Conrad Wasko.
