Not exact matches
They have shown that there is substantial genetic variation
in nature for both long - term seasonal acclimation and short - term acclimation associated with rapid
extreme weather
events.
The study, published yesterday
in the journal
Nature Geoscience, has the potential to improve forecasts of such
extreme events.
Random processes
in nature often underlie a so - called normal distribution that enables reliable estimation for the appearance of
extreme statistical
events.
On the one hand, we live
in a changing world, and all
extreme events are caused by both climate change and
nature.
What goes up, must come down and, more and more, that water vapor is coming down
in extreme precipitation
events — defined
in North America as more than 100 millimeters of rainfall (or the equivalent
in snow or freezing rain) falling
in 24 hours — according to new research also published February 17
in Nature that examines such
events in the Northern Hemisphere.
Expected increases
in extreme heat and drought
events will bring changes
in precipitation, air and water temperatures, air density and humidity, write Matthew Bartos and Mikhail Chester
in the current issue of the research journal
Nature Climate Change.
A study recently published
in Nature suggests that an
extreme global warming
event 56 million years ago known as the Palaeocene - Eocene Thermal Maximum (PETM) was driven by massive CO2 emissions from volcanoes during the formation of the North Atlantic Ocean.
Climate change could mean England is
in for more such
extreme rainfall
events because of increasing moisture
in the atmosphere and changes
in atmospheric weather patterns, a new study detailed online Monday
in the journal
Nature Climate Change finds.
In a study released today in Nature Geoscience, we show that extreme weather events in Australia such as drought and bushfire are linked to temperature changes in the Indian Ocea
In a study released today
in Nature Geoscience, we show that extreme weather events in Australia such as drought and bushfire are linked to temperature changes in the Indian Ocea
in Nature Geoscience, we show that
extreme weather
events in Australia such as drought and bushfire are linked to temperature changes in the Indian Ocea
in Australia such as drought and bushfire are linked to temperature changes
in the Indian Ocea
in the Indian Ocean.
There are two new papers
in Nature this week that go right to the heart of the conversation about
extreme events and their potential relationship to climate change.
The journal
Nature has published a helpful update on scientists» efforts to narrow one of the biggest gaps
in climate science — the inability to reliably gauge the role of greenhouse - driven warming
in determining the intensity of the kinds of
extreme climate
events that matter most to societies — from hurricanes to heat waves.
So: The study finds a fingerprint of anthropogenic influences on large scale increase
in precipitation
extremes, with remaining uncertainties — namely that there is still a possibility that the widespread increase
in heavy precipitation could be due to an unusual
event of natural variability.The intensification of
extreme rainfall is expected with warming, and there is a clear physical mechanism for it, but it is never possible to completely separate a signal of external forcing from climate variability — the separation will always be statistical
in nature.
Published
in Nature Communications, the study shows more frequent
extreme events including both extremely dry and wet
events are likely to occur.
Now Dr Cai and colleagues report once again
in Nature Climate Change that the same is true for what one might call the oscillation's downside: global warming is likely to double the frequency of
extreme La Niña
events, too.
When what previoisly were «once
in a century»
extreme events begin to happen every few years, the
extreme becomes the norm and such is the
nature of regime change or dragon Kings.
Global warming makes planetary wave resonance
events more likely (2017) Record Balkan floods of 2014 linked to planetary wave resonance (2016) The Likelihood of Recent Record Warmth (2016) A Decade of Weather Extremes (Nature Climate Change 2012) Increase of Extreme Events in a Warming World [+ data /
events more likely (2017) Record Balkan floods of 2014 linked to planetary wave resonance (2016) The Likelihood of Recent Record Warmth (2016) A Decade of Weather
Extremes (
Nature Climate Change 2012) Increase of Extreme
Events in a Warming World [+ data /
Events in a Warming World [+ data / code]
Today, a new review paper
in Nature Climate Change suggests we can expect more of the same
in future, with rising temperatures set to almost double the frequency of
extreme El Niño
events.
A new study (doi: 10.1038 /
nature12350) published
in nature, explores the impacts of
extreme weather
events on the carbon cycle.
The study, published Sunday
in the journal
Nature Climate Change, is the first to find correlations between rapid Arctic warming and
extreme summer weather
events, since previous research had focused on the links between Arctic warming and fall and winter weather patterns.
The third story covers the release of a recent paper
in Nature Geoscience on short - duration
extreme rainfall
events, on which PCIC Director Francis Zwiers is a co-author.
Nature paper As a consequence, a 25 % to 100 % increase
in extreme dry - to - wet precipitation
events is projected, despite only modest changes
in mean precipitation.
Dr Zemp and other scientists from Germany, the Netherlands, Sweden and Brazil report
in Nature Communications that their results suggest frequent
extreme drought
events in the region have the potential to destabilise large parts of the Amazon forest.