Sentences with phrase «extreme events»

The projected increase in intensity of extreme events in the future would likely have adverse implications for efforts to reduce poverty, particularly in developing countries.

I instead like to focus on mitigation strategies now that would hopefully reduce the probability of extreme events in the future.

«We're seeing more extreme events in our area,» he said.

He banks on extreme events occurring more often than people expect, that is they forget to factor in all the remote possibilities.

... After adjusting for patterns of development, over the long term there is no climate change signal... of increasing damage from extreme events either globally or in particular regions.

There are increased risks associated with extreme events such as hurricanes.

Such a mixed bag isn't uncommon in the relatively young science of extreme event attribution, as results can be limited by the length of weather observations or the capabilities of climate models.

Scientists cite several statistical indicators that suggest the number of extreme events like heat waves and floods is rising.

They * knew * exceptions would be made only for weather or other extreme events.

The very most extreme events are the events most affected by climate change.

Because there is a limit to how much the sediment below can hold, the ice sheet becomes more vulnerable during extreme events such as heat waves.

It will still take time for researchers to determine the precise degree to which human - caused warming increased the odds of any one of the recent extreme events of happening.

When one extreme event happens, we carry on, and recover.

The relation between individual extreme events and broader climate trends can be very complex.

For decades, scientists have warned that climate change would make extreme events like droughts, floods, hurricanes, and wildfires more frequent, more devastating, or both.

[It] helped with demonstrating the strong links between extreme events this century and climate change.

In the context of global warming, this means that rising temperatures increase the odds of extreme events occurring.

Single extreme events can not be simply and directly attributed to anthropogenic climate change, as there is always a finite chance the event in question might have occurred naturally.

Future studies of these weather phenomena may help scientists understand how these systems combine with other climate influences to affect extreme events.

But because high - quality weather records go back only about 100 years, most scientists have been reluctant to say if global warming affected particular extreme events.

This kind of disruption seems to be triggered only by rare extreme events, which occur in average every 20 years or more.

It is challenging to attribute extreme events to causes.

Many climate scientists (including ourselves) routinely answer media calls after extreme events with the phrase that a particular event can not be directly attributed to global warming.

There are too few extreme events to make the statistical testing and estimation to work efficiently.

The new research differs from other so - called extreme event attribution studies, not just in its broad - brush approach, but also in how the term «extreme» is defined.

But few of these studies have taken extreme events like the 1995 drought into account.

It will use advanced modeling approaches at high resolution (down to just a few miles) in ways that can help scientists configure future climate models to better simulate extreme events.

The news this summer has featured several new climate change science reports, and drawn the link between current extreme events and global warming.

Since we are seeing more and more of this type of devastating extreme events driven by stalled weather patterns, let's briefly review the science.

And, of course, if under such a scenario it is vulnerable, it continues to become more vulnerable as average temperatures rise and extreme events become more frequent, and more extreme.

From the 1920's until now extreme events would have been mostly a result of nature rather than AGW.

Searching for past regional extreme events through the historical and paleo records should be the focus, rather than working to air brush the past global variability.

What are the contributors to observed extreme events and to changes in the frequency and intensity of the observed extremes?

One shift from the 2011 analysis is the inclusion in several cases of more than one analysis of the same extreme event.

The research topics will include data set development, detection and attribution, extreme events prediction, and event attribution.

This is because a system that successfully keeps the lights on (reliability) necessarily also includes some ability to withstand extreme events (resilience).

The first is understanding extreme events and the risks associated with extreme weather and climate events — in the current climate, but also in a future climate.

But climate change is almost certain to lead to more frequent and / or more intense extreme events like fires, floods, and storms.

So why can't scientists say climate change «caused» a certain extreme event?

But these are the kind of extreme events set to become more common in a warming world.