The key thing is that tall, exposed bridges can be subject to very serious and very
rapid changes of weather, including fog, ice, unconstrained blizzard conditions, driving rain, and the one that killed the unfortunate truck driver mentioned above, high winds.
Not exact matches
Its core is a flurry
of recent research proposing that such extreme
weather events in the midlatitudes are linked through the atmosphere with the effects
of rapid climate
change in the Arctic, such as dwindling sea ice.
China's aging population and
rapid migration to coastal urban centers will make the country more susceptible to effects
of climate
change like rising sea levels and extreme
weather events, recent research by scientists at University College London and experts from the United States, China and India has found.
Although this makes planning your visit a little difficult, we must remember that this unpredictable and, at times, unforgiving
weather is one
of the main reasons that the islands have been afforded so much isolation and protection from the
rapid changes seen on the mainland.
There has been an ongoing debate, both in and outside the scientific community, whether
rapid climate
change in the Arctic might affect circulation patterns in the mid-latitudes, and thereby possibly the frequency or intensity
of extreme
weather events.
Another way
of putting it is that if the
weather record that was broken last week was set last year then we're probably in the midst
of a
rapid change in climate.
So, I was curious about your recent paper and whether there was any discussion
of changes in the THC poleward
of the GIS shelf vs the data from the
RAPID program line located at 26.5 N. With the decline in minimum extent and volume
of sea - ice, one might expect to see more THC sinking into the Arctic Ocean, with consequences for both climate and
weather.
UR, I would be very interested in examining any
of your evidence for (a)
rapid climate
change (
weather patterns over a min
of 30 years, WMO definition) because I couldn't find any after three ebooks and 6 years
of research), and more importantly, (b) any that are likely mainly anthropogenic.
«At the end
of the last ice age around 11,000 years ago, the ice sheet went through a period
of rapid, sustained ice loss when
changes in global
weather patterns and rising sea levels pushed warm water closer to the ice sheet — just as is happening today,» NASA said.
The supposed stable configuration
of geography, with relatively predictable climate patterns, coastlines and icepacks in familiar locations, and clear demarcations
of territorial control on land are increasingly dubious assumptions as
weather patterns
change, sea levels rise and ice packs disintegrate while technological innovations, communications and global markets cause
rapid fluctuations in the price in food and other essentials across boundaries.
For example, the National Academies recently published a study on the attribution
of extreme events in the context
of climate
change, noting that «advances have come about for two main reasons: one, the understanding
of the climate and
weather mechanisms that produce extreme events is improving, and two,
rapid progress is being made in the methods that are used for event attribution.
Such
weather patterns, which can feature relatively mild conditions in the Arctic at the same time dangerously cold conditions exist in vast parts
of the lower 48, may be tied to the
rapid warming and loss
of sea ice in the Arctic due, in part, to manmade climate
change.
But the lack
of statistically significant results and, more important, the absence
of evidence pointing to a smoking gun — a physical mechanism in the climate system that ties Arctic
changes to extreme events — has left many top climate researchers unconvinced that
rapid Arctic warming is a major player in causing extreme
weather events outside
of the Arctic itself.
«What we're seeing is stark evidence that the gradual temperature increase is not the important story related to climate
change; it's the
rapid regional
changes and increased frequency
of extreme
weather that global warming is causing.
As the amount
of carbon dioxide in the atmosphere climbs to 400 parts per million and beyond, and the impacts
of climate
change become more unmistakable and destructive —
rapid melting
of Arctic Ocean ice, a rising incidence
of extreme
weather events — the case for extracting carbon from the atmosphere becomes increasingly compelling.