The authors are calling this the first hard evidence of the
effects from
increased global temperatures with precipitation, and their
conclusion is a lot more rain-where it is normally rainy-and less
rain where it is not. They also say that this could indicate some
of the previous studies were underestimating probable effects for
the future if the planet continues to get hotter.
"A warmer atmosphere contains larger amounts of moisture,
which boosts the intensity of heavy downpours," reports
study co-author Brian Soden of the University of Miami.
ed.z.: Well, isn't that special. And I still think my idea of
a huge water pipeline grid system has some merit, even moreso
now.
More Floods, More Droughts
The authors are calling this the first hard evidence of the effects from increased global temperatures with precipitation, and their conclusion is a lot more rain-where it is normally rainy-and less rain where it is not. They also say that this could indicate some of the previous studies were underestimating probable effects for the future if the planet continues to get hotter.
"A warmer atmosphere contains larger amounts of moisture, which boosts the intensity of heavy downpours," reports study co-author Brian Soden of the University of Miami. ed.z.: Well, isn't that special. And I still think my idea of a huge water pipeline grid system has some merit, even moreso now.
Abstract only for the paper: "Atmospheric Warming and the Amplification of Precipitation Extremes"