Thermal mass of the oceans on the other hand is huge, so they follow with some principal lag of decades, but they follow «noisy» as decadal variations like ENSO or
changes in weather patterns due to climate change overlay that.
Climate change is
the change in weather pattern due to natural, periodic and cyclical swings in temperatures such as the ice age which covers a much longer period of time usually for thousands of years.
As an hypothetical example,
a change in weather patterns due to ocean circulation could result in a multi-decade long drought that overwhelms the culture's ability to adapt, cause starvation and war, and so on.
Not exact matches
«This species has the smallest, most restricted habitat of any Amazonian primate, and it has been predicted that the habitat may be drastically altered
due to
changes in weather patterns as a result of global warming.»
This may differ from region - to - region if
weather patterns, ocean currents, etc,
change due to GW, but it should hold true
in general
in a GW world.
This may differ from region - to - region if
weather patterns, ocean currents, etc,
change due to GW, but it should hold true
in general
in a GW world.
Due to vulnerability caused by
changing weather patterns and the serious degradation of the existing forests, communities living
in this area will need to deal over the coming period with greater climate
change.
But the current rise
in Arctic temperature is
due not to
changes in global average temperature but to
changes in regional
weather patterns.
Due to these
changes in weather patterns, the last few winters have been cold and miserable, a
pattern which is projected to prevail for the foreseen future.
The most recent report from the Intergovernmental Panel on Climate
Change states with «very high confidence» that «the health of human populations is sensitive to shifts in weather patterns and other aspects of climate change» due to direct effects — such as changes in temperature and precipitation or occurrence of heat waves, floods, droughts, and fires — as well as indirect effects — through crop failures, shifting patterns of disease vectors, or displacement of popula
Change states with «very high confidence» that «the health of human populations is sensitive to shifts
in weather patterns and other aspects of climate
change» due to direct effects — such as changes in temperature and precipitation or occurrence of heat waves, floods, droughts, and fires — as well as indirect effects — through crop failures, shifting patterns of disease vectors, or displacement of popula
change»
due to direct effects — such as
changes in temperature and precipitation or occurrence of heat waves, floods, droughts, and fires — as well as indirect effects — through crop failures, shifting
patterns of disease vectors, or displacement of populations.
Because
weather patterns vary, causing temperatures to be higher or lower than average from time to time
due to factors like ocean processes, cloud variability, volcanic activity, and other natural cycles, scientists take a longer - term view
in order to consider all of the year - to - year
changes.
Changes in migration
patterns are occurring as populations become displaced
due to
weather - related impacts.
El Niño's center of action appears to be shifting from the eastern to the central Pacific, which
in turn is affecting the distribution and frequency of
weather events.7 However,
due to the wide natural fluctuations within circulation
patterns, it is difficult to attribute recent
changes solely to human activity.
Abrupt climate
change due to variations
in the atmospheric circulation and its attendant
patterns of climate variability can arise through two principal mechanisms: (1) through abrupt
changes in the time - dependent behavior of the circulation; or (2) through slowly evolving
changes in the circulation that project onto large horizontal gradients
in surface
weather.
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.
This increase is predominantly
due to the response of the terrestrial carbon cycle to El Niño — induced
changes in weather patterns.