Predicted ice concentration map from July to September is available in our website.
Not exact matches
Non-polar glacial
ice holds a wealth of information about past changes in climate, the environment and especially atmospheric composition, such as variations in temperature, atmospheric
concentrations of greenhouse gases and emissions of natural aerosols or human - made pollutants... The glaciers therefore hold the memory of former climates and help to
predict future environmental changes.
Oeschger and his colleagues in Bern were the first to measure the glacial - interglacial change of atmospheric CO2 in
ice cores, showing that atmospheric
concentrations of CO2 during the glacial period was 50 % lower than the pre-industrial
concentration, a result
predicted by Arrhenius nearly a century earlier.
Yuan et al. (LDEO Columbia University), 5.08 (+ / - 0.51), Statistical The prediction is made by statistical models, which are capable to
predict Arctic sea
ice concentrations at grid points 3 - month in advance with reasonable skills.
A threshold h applied on the (thickness Feb = Mar
concentration Sept) field yields the
predicted September extent after the regression with the past four years of sea
ice extent observations.
Actually most of this will become irrelevant as the
predicted shocker is starting http://ocean.dmi.dk/arctic/icecover.uk.php I think the next 6 months will be the definite end of the AGW scam Thanks to S Goddard for emphazising NH
ice concentrations.
This is in agreement with the statistical model of Tivy (see June report) that
predicts below - normal
ice concentrations, comparable to 2009.
This is consistent with both the June and July (Figure 3) ensemble predictions from a coupled
ice - ocean model submitted by Zhang, which show considerably more
ice in the East Siberian Sea compared to 2009, and it is consistent with the June statistical forecasts submitted by Tivy, which also
predict a greater
ice area than in 2009 and above - normal
ice concentrations along the coasts.
The IPCC 2007 Fourth Assessment of climate change science concluded that large reductions in the emissions of greenhouse gases, principally CO2, are needed soon to slow the increase of atmospheric
concentrations, and avoid reaching unacceptable levels.However, climate change is happening even faster than previously estimated; global CO2 emissions since 2000 have been higher than even the highest predictions, Arctic sea
ice has been melting at rates much faster than
predicted, and the rise in the sea level has become more rapid.
September pan Arctic sea
ice extent is calculated from
predicted sea
ice concentration.
NMEFC of China (Li and Li), 4.02 (3.10 - 4.57), Statistical We
predict the September monthly average sea
ice extent of Arctic by statistic method and based on monthly sea ice concentration and extent from National Snow and Ice Data Cent
ice extent of Arctic by statistic method and based on monthly sea
ice concentration and extent from National Snow and Ice Data Cent
ice concentration and extent from National Snow and
Ice Data Cent
Ice Data Center.
The model
predicts that large negative sea
ice concentration anomalies (< -40 %) will occur in the Beaufort Sea, Chukchi Sea, Laptev Sea, Kara Sea and Barents Sea in September 2016.
In the new study, published today in Environmental Research Letters, researchers from Russia used climate models of sea -
ice concentrations to
predict what will happen to one optimal trade route along the Northern Sea Route in the future.
Although high
concentrations of sea
ice still remain in the central section of the passage, Howell
predicts that this
ice will melt out by September if above normal air temperatures and the rapid rate of decline observed in July persists through August.