The number of the strongest storms, Category 4 and 5 hurricanes, will likely
increase over the coming century, according to the latest National Climate Assessment.
These rates are expected to
increase over the coming century, imperiling the survival of 7,000 acres of freshwater tidal wetlands that protect riverfront communities and critical infrastructure from flooding and provide habitat for species on which commercial fisheries along the entire Atlantic coast depend.
Not exact matches
The researchers have predicted that
increasing smog would prevent as much as 263 billion metric tons of carbon from being taken out of the atmosphere by plants
over the past and
coming century, though this depends on how tropical plants respond to O3 pollution.
A new study takes this concept into the realm of weather and climate, finding that global warming might sharply
increase the odds of grey swan hurricanes and storm surge
over the
coming century.
«suggesting that Arctic warming will continue to greatly exceed the global average
over the
coming century, with concomitant reductions in terrestrial ice masses and, consequently, an
increasing rate of sea level rise.»
There is a consensus that climate change
over the
coming century will
increase the risk of extinction for many species.
The American Climate Prospectus addressed several key climate impacts
over the
coming century, including
increases in heat - related mortality,
increases in the amount of coastal property exposed to flooding, declines in labor productivity,
increases in energy expenditures, and declines in agricultural...
A paper by Usoskin
comes to a solar time lag using proxies
over the last 1000 years or so, of about 20 years, which would lower the effect of c02 even further during the late 20th
century, after the
increase in solar activity from 1750 to about 1950 +.
p. 240 «Productivity growth is the primary driver of the global economy, with per capita GDP projected to
increase by more than 900 per cent
over the
coming century, compared to a 380 per cent
increase over the 20th
century.
Among illustrative irreversible impacts that should be expected if atmospheric carbon dioxide concentrations
increase from current levels near 385 parts per million by volume (ppmv) to a peak of 450 — 600 ppmv
over the
coming century are irreversible dry - season rainfall reductions in several regions comparable to those of the «dust bowl» era and inexorable sea level rise.
At long last, the actual levels of carbon dioxide in the atmosphere were revisited: Callendar found they had
increased by some 10 %, which he suggested may have caused the warming, and he went on to add that
over the
coming centuries there could be a climate shift to a permanently warmer state.
Revelle calculated that, at the emissions - rates of the time (assuming, like most of his predecessors, that these would likely remain constant), an
increase of atmospheric carbon dioxide levels of around 40 % was possible
over the
coming centuries.
An implication of the GFDL studies is that if the frequency of tropical cyclones remains the same
over the
coming century, a greenhouse - gas induced warming may lead to an
increasing risk globally in the occurrence of highly destructive category - 5 storms.