Not exact matches
Scientists have long explained that winter and record cold snaps will not disappear as a result of
climate change, and that cold spikes may get worse as a result of shifting weather
patterns under global warming.
Climate changes following the
pattern of the last ice age are therefore not anticipated
under today's conditions.
However, this protective
pattern is likely to be lost
under near future
climate change scenarios.
They then projected how these
patterns would
change under different
climate scenarios.
But, when you actually measure the predictions that
climate scientists have made against observations of how the
climate has already
changed, you find the exact opposite: a
pattern «of
under - rather than over-prediction» emerges.
Under climate change, weather
patterns in the Mediterranean buffer the Northern Adriatic from the ill affects of extreme tides.
But, when you actually measure the predictions that
climate scientists have made against observations of how the
climate has already
changed, you find the exact opposite: a
pattern «of
under - rather than over-prediction» emerges.
Yet, we explained there is also reasonable basis for concern that a warming world may at least temporarily increase tornado damage including the fact that oceans are now warmer, and regional ocean circulation cycles such as La Nina / El Nino
patterns in the Pacific which affect upper atmospheric conditions appear to becoming more chaotic
under the influence of
climate change.
Human warming and a
climate change induced blocking
pattern have withered California
under record drought conditions for the better part of three years now.
In Ghana, for example, agriculture employs over half of Ghana's population, but it's
under threat as
climate change alters temperatures and precipitation
patterns.
We tested the hypothesis of bias in
climate change publications stemming from the
under - reporting of non-significant results (Rosenthal 1979) using fail - safe sample sizes, funnel plots, and diagnostic
patterns of variability in effect sizes (Begg and Mazumdar 1994; Palmer 1999, 2000; Rosenberg 2005).
In other words,
under solar or anthropogenic influence the
changes in mean
climate values, such as the global temperature, are less important than increased duration of certain
climate patterns associated say with cold conditions in some regions and warm conditions in the other regions
But as
climate change brings more frequent and severe weather shocks such as droughts and floods, and makes rainfall
patterns less predictable, these gains are
under threat.
Cultivation of the arabica coffee plant, staple of daily caffeine fixes and economic lifeline for millions of small farmers, is
under threat from
climate change as rising temperatures and new rainfall
patterns limit the areas where it can be grown, researchers have warned.
LONDON — Coastlines, working
patterns, and even the country's most famous meal are
under threat from
climate change, Britain said in its first - ever national assessment of the likely risks.
It's more than
climate change; it's also extraordinary burdens of toxic chemistry, mining, depletion of lakes and rivers
under and above ground, ecosystem simplification, vast genocides of people and other critters, etc, etc, in systemically linked
patterns that threaten major system collapse after major system collapse after major system collapse.
The two models were run
under different conditions set by the 2007 Intergovernmental Panel on
Climate Change (IPCC) to study the general
pattern of warming in the 20th century.
But the role of
climate change in causing the drought itself is unclear — the more immediate cause is an intermittent weather
pattern called La Niña, and research is still
under way on whether that cycle is being altered or intensified by global warming, as some researchers suspect.
Adaptation of the agricultural sector to the effects of
climate change in arid regions: competitive advantage date palm cropping
patterns under water scarcity conditions
From the Government Monitor, Minister for Water Senator Penny Wong says, «Urban water supplies are
under increasing pressure from
changing population
patterns and the emerging effects of
climate change... We know we have to use water more wisely.
An alternative approach uses simple
climate model projections of global warming
under stabilisation to scale AOGCM
patterns of
climate change assuming unmitigated emissions, and then uses the resulting scenarios to assess regional impacts (e.g., Bakkenes et al., 2006).