Not exact matches
This contribution is an outcome from the working group «Marine
Heatwaves — physical drivers and properties» hosted at the University of Western Australia (UWA)
Oceans Institute and led by T.W., D.A.S., N.J.H. and E.C.J.O (www.marineheatwaves.org).
Sea levels will rise over the century by around half a metre; snow will disappear from all but the highest mountains; deserts will spread;
oceans become acidic, leading to the destruction of coral reefs and atolls; and deadly
heatwaves will become more prevalent.
But all three also point to the same bleak conclusion: human impacts on the atmosphere promise only the choice between a dangerous future, and a catastrophic one, as the planetary thermometer rises, glaciers and icecaps melt, the
oceans become more acidic and more likely to flood coastal communities, hurricanes and typhoons become more intense and destructive,
heatwaves become more lethal and droughts become more devastating.
It means hotter global temperatures, more extreme weather events like
heatwaves and floods, melting ice, rising sea levels and increased acidity of the
oceans.
In 2016 unusually dry and hot conditions triggered massive fires in Tasmania's World Heritage forests, while
ocean circulation patterns have moved unprecedented underwater
heatwaves around the world, driving the tragic coral bleaching of the Great Barrier Reef.»
Importantly, these trends can largely be explained by increases in mean
ocean temperatures, suggesting that we can expect further increases in marine
heatwave days under continued global warming.»
The kind of things I'm referring to are more frequent and intense
heatwaves, flooding and droughts, sea level rise and its associated impacts, glacier melt, damage to sensitive ecosystems, increased tropical cyclone activity, increased hurricane strength,
ocean acidification.