Although the current study is limited by the fact that the authors looked only at runoff and held other variables such as land cover constant, the results could be relevant to other regions that are likely to
experience precipitation increases in a warming world.
Not exact matches
The northwestern US, including Montana,
experiences increased precipitation and cooler temperatures, while the southern states are drier and warmer during La Niña events.
Severe Weather and
Precipitation: Many areas in the United States will experience more frequent and extreme storm events; this includes high winds and increased p
Precipitation: Many areas in the United States will
experience more frequent and extreme storm events; this includes high winds and
increased precipitationprecipitation.
El Nino years usually
increase the chance of
precipitation, but in our
experience, there is rarely enough rain to greatly impact your trip at any time of year.
Thus, some areas of the tropics should
experience substantial
increases in
precipitation, which, at high elevations, will come in the form of snow.
The IPCC reports that the risks associated with extreme weather events (heat waves, extreme
precipitation, and the like) are moderately
increased with the approximately 1 °C warming that we have already
experienced (the recent report from the National Academies would support that conclusion) and that further warming will
increase those risks.
As researchers documented in this graph, the region had
experienced increasing precipitation during the Little Ice Age, followed by a sharp drying trend that began in the late 1700s, which triggered Kilimanjaro's retreat long before CO2 ever reached significant concentrations.
• «Average autumn
precipitation has
increased by 30 percent for the region since 1901; heavy downpours have
increased in many parts of the region, and the percentage of the region
experiencing moderate to severe drought has risen over the past three decades.»
The team found that, like many glaciers in this region, these two
experienced a combination of warming temperatures and
increased precipitation in recent years.
Climatic variability in summer is projected to
increase, with southern Europe
experiencing more heat, less
precipitation, and more frequent droughts — yet heavier rainstorms when it does rain.23 Northern Europe can expect more overall
precipitation.21 Smog is also expected to rise — unless we reduce our use of fossil fuels.28, 29,30,31
Between 1958 and 2007, New England saw a 67 percent
increase in heavy
precipitation events and the Midwest
experienced a 31 percent
increase, according to the 2009 federal report «Global Climate Change Impacts in the United States.»
The Arctic has of course also
experienced a dramatic and well - documented deline in sea ice... Next: CMIP5 models (line19)
Increasing precipitation is another important manifestation of Arctic climate change.
About 40 percent of the world's subtropics and tropics could
experience an
increase in consecutive dry days (the annual number of consecutive days in which
precipitation is less than one millimeter per day).
The robustly project
increased moisture flux convergence and
precipitation in the pan-Arctic region over the 21st century, as did their AR4 counterparts (Kattsov et al., 2007; Rawlins et al., 2010 Then we get: since nearly all models project a large
precipitation increase rising above the variability year - round, it is likely the pan-Arctic region will
experience a statistically - significant
increase in
precipitation by mid-century.
Many basins in the tropical Andes have
experienced an
increase in runoff in recent decades, while
precipitation has remained almost constant or has shown a tendency to decrease (Coudrain et al., 2005).
«[C] ommunities across the Nation are already
experiencing a range of climatic changes, including more frequent and extreme
precipitation events, longer wildfire seasons, reduced snowpack, extreme heat events,
increasing ocean temperatures, and rising sea levels,» the report says.
In the fifty years from 1958 through 2007, the Northeast has
experienced a 67 %
increase in intense storms (defined as the heaviest 1 % of all
precipitation events), according to the United States Global Change Research Program.
Our analyses show that California has historically been more likely to
experience drought if
precipitation deficits co-occur with warm conditions and that such confluences have
increased in recent decades, leading to
increases in the fraction of low -
precipitation years that yield drought.
Impacts harmful to society, including
increased extremes of heat,
precipitation, and coastal high water are currently being
experienced, and are projected to
increase.
Based on SRES scenarios, Egypt will be likely to
experience an
increase in water stress, with a projected decline in
precipitation and a projected population of between 115 and 179 million by 2050.
• New England and the Mid-Atlantic
experienced the largest
increase in extreme
precipitation frequency.
The green and blue colours, therefore, represent the minimum (dark blue) and maximum (all green and blue colours) extent of regions projected to
experience temperature and
precipitation increases above the limits set earlier.
Mean
precipitation has
increased across Canada by about 12 % in the last 50 years, meaning we now
experience 20 additional days of rain.3