«In summary, there is low confidence in observed trends in small - scale severe
weather phenomena such as hail and thunderstorms» 6.
These data are also useful in the study of unusual
weather phenomena such as El Niño, the long - term effects of deforestation on our rain forests, and changes in the sea - ice masses around the polar regions.
Not exact matches
In course of time, unusual events were studied as of special significance; and from this into portents of one sort or another the way was easy: earthquakes, ec1ipses, abnormal births, abnormal
weather, celestial
phenomena, and then ritualistic
phenomena,
such as the structure of a sacrificed animal, the spread of oil on water, and so on in manifold ramifications.
In fact, when social scientists contemplate the mutually conditioning relations among human development, family structures, law, commerce, and the overall culture, their situation is similar to that of natural scientists trying to make sense of
such complex
phenomena as the long - range
weather or turbulence in fluids.
Until now
such extreme
weather phenomena have been very poorly understood.
According to researchers at Aalto University, Finland, large - scale
weather cycles,
such as the one related to the El Niño
phenomenon, affect two - thirds of the world's cropland.
The ionosphere is both shaped by waves from the atmosphere below and uniquely responsive to the changing conditions in space, conveying
such space
weather into observable, Earth - effective
phenomena — creating the aurora, disrupting communications signals, and sometimes causing satellite problems.
They also wrote of their fear of unknown noises — caused perhaps by ice cracking, animals, or the
weather — and
phenomena such as the aurora borealis.
Tracking the ozone layer's recovery process is tricky because natural
phenomena such as volcanic eruptions and
weather variations can alter the size of the ozone hole.
It highlighted a series of global
weather phenomena that resulted from this stratosphere - troposphere «coupling» —
such as the cold European winters and occurrences of extreme temperatures over eastern North America.
On Earth, regularly occurring
weather phenomena include
such things as wind, cloud, rain, snow, fog and dust storms.
A pioneering new study has explored how Arctic sea - ice loss influences the North Atlantic Oscillation (NAO)
weather phenomenon, which affects winter
weather conditions in Northern Europe, in places
such as the UK, Scandinavia and the Baltic states.
Most severe
weather incidents in Finland are caused by
phenomena related to thunderstorms
such as lightning, strong wind gusts, hail and tornadoes.
That's down to natural fluctuations that temporarily boost or dampen the speed of warming,
such as the global
weather phenomenon known as El Niño, the paper notes.
Inspiration for the series came from the very real
phenomenon of robotic clothing, used to protect agents
such as that used in «Hesitant Hand» from
weather, or dust, or each other.
I use all of its visual forms — land, plants and flowers, animals, natural
phenomena,
such as
weather and the seasons.
Partially informed by observable patterns found in both human and natural
phenomena such as buildings, maps and
weather patterns, the work emerges from an ephemeral, intuitional state, resulting in objects and images that convey a sense of complexity, serenity and flux.
Their causes range from completely unpredictable events like volcanic eruptions (which have mainly local effects) to more regular
phenomena such as «El Niño» (a warming of the surface waters of the tropical Pacific that occurs every three to five years, temporarily affecting
weather world - wide).
Phenomena such as El Niño and La Niña — which warm and cool the tropical Pacific Ocean and cause corresponding variations in global wind and
weather patterns — contribute to short - term variations in global temperatures.
We experience
weather and the
phenomena it affects,
such as crop yields.
Topics
such as the predictability of
weather phenomena, coupled ocean - atmosphere systems and anthropogenic climate change are among those included.
A storm surge, storm flood or storm tide is a coastal flood or tsunami - like
phenomenon of rising water commonly associated with low pressure
weather systems (
such as tropical cyclones and strong extratropical cyclones), the severity of which is affected by the shallowness and orientation of the water body relative to storm path, as well as the timing of tides.
In other words, climate describes
phenomena observed over long time periods,
such as decades and centuries, while
weather is observed over short time periods,
such as days and weeks.
Even changes of just a few degrees Celsius can influence large - scale
weather phenomena,
such as El Niño or tropical cyclones.
I think we can be fairly certain that ANYONE claiming there is
such a thing as a «global»
weather phenomenon (usually called «warming» by
such «scientists») is either:
If the consensus difference between «climate» and «
weather» is «expectation» vs. «realization», how does the consensus view intermediate - scale
phenomena that are tantalizingly patterned a posteriori, yet nevertheless unpredictable a priori,
such that expectations are rarely if ever realized?
Thus we might have expected any signal of
such an event in the simulations to be more prominent and easier to detect than if we had investigated less severe and / or shorter lived
weather phenomena.
Rare, unusual,
weather phenomena that generate media attention,
such as snow flurries in South Florida or the San Diego coastal area; and
Extreme
weather covers
such a wide variety of hard - to - quantify
phenomena, that I feel insulted by the blanket statements of the IPCC and WMO cited above.
If a certain event,
such as blizzard or other
weather phenomenon is foreseeable, then travel insurance may not cover it.
However this is only applicable to vehicular accidents which involve environmental
phenomena and comprehensive losses
such as theft, fire,
weather conditions and impact with animals.