Periods of more
frequent storm events over the two last centuries are analysed first in order to link these events with possible forcing mechanisms (North Atlantic Oscillation (NAO) and Atlantic Multidecadal Oscillation (AMO) modes) triggering the most destructive storms.
Not exact matches
Large power outages are expected to become more
frequent as the result of a changing climate, where the frequency and intensity of extreme weather
events is increasing, as well as geomagnetic
storms and attacks on grid infrastructure.
A new study has found geochemical clues near the summit of volcanic Mauna Kea that tell a story of ancient glacier formation, the influence of the most recent ice age, more
frequent major
storms in Hawaii, and the impact of a distant climatic
event that changed much of the world.
The study concludes that the growth of the Mauna Kea glacier caused by the AMOC current changes was a result of both colder conditions and a huge increase of precipitation on Mauna Kea — triple that of the present — that scientists believe may have been caused by more
frequent cyclonic
storm events hitting the Hawaiian Islands from the north.
Severe Weather and Precipitation: Many areas in the United States will experience more
frequent and extreme
storm events; this includes high winds and increased precipitation.
Today's century levels become «decade» (having a chance of 10 % annually) or more
frequent events at about a third of the study gauges, and the majority of locations see substantially higher frequency of previously rare
storm - driven water heights in the future.
But climate change is almost certain to lead to more
frequent and / or more intense extreme
events like fires, floods, and
storms.
One thing which seems to be missing from the discussion is not whether or not hurricanes will increase in intensity and become more
frequent but whether we will begin to see more
storms make landfall in places that didn't historically get these kinds of
events.
The U.S. Global Change Research Program found that if emission rates continue unchanged the U.S. is likely to experience stronger coastal
storm surges and more
frequent extreme rainfall
events.
In Attribution of Extreme Climate
Events (henceforth Trenberth 2015) Trenberth suggests extreme
storms are more
frequent due to global warming.
You should especially consider
storm windows if your region experiences
frequent extreme weather
events.
Instead, most of the widespread flooding, mudslides, and other infrastructure disruptions that have occurred stemmed primarily from the cumulative effect of unusually
frequent moderate to strong
storm events.
While the superstorm is an extremely rare
event that can not be directly blamed on climate change, our warming oceans are creating the latent potential for more
frequent and more powerful
storms.
As a result of climate change catastrophic
events like these will be a more common experience for many Europeans, so it is critical to prepare and plan for more
frequent storms and natural hazards.
The risk of disruptive
events will also increase in the future as droughts, heat waves, more intense
storms, and increasingly severe wildfires become more
frequent due to global warming — increasing the need for resilient, clean technologies.
The toll will continue to rise as climate change leads to more
frequent and intense tropical
storms, flooding, and extreme weather
events such as heat waves and droughts.
Also a brand new study of
storm surges since 1923 finds «that Katrina - magnitude
events have been twice as
frequent in warm years compared with cold years» — so more severe surges are on the way.
Here is an excerpt of the research paper, «When It Rains It Pours», from Environment America, showing a statistically significant spike in flash flooding and other extreme precipitation
events since 1948: «Weather records show that
storms with extreme precipitation have become more
frequent over the last 60 years.
The key inference from our study of relevance here is that
storms like Katrina should not be regarded as a «once - in - a-lifetime»
event in the coming decades, but may become more
frequent.
The key inference from our study [in Science released along with the press release] of relevance here is that
storms like Katrina should not be regarded as a «once - in - a-lifetime»
event in the coming decades, but may become more
frequent.
Hertsgaard lays out other projected and potential impacts: harsher heat waves; stronger
storms; more disease and pestilence; increased drought and less
frequent but more intense heavier precipitation
events; more wildfires; lower crop yields; and mass extinctions.