Sentence examples for climate change forecasting from inspiring English sources

Regardless, with their initial work complete, the scientists are now moving to incorporate rainpower into the models of hurricane evolution used for weather and climate change forecasting.

We could be looking at creating a new energy source, ending diseases, increasing agriculture production, enterprise productivity, climate change forecasting, financial modeling, cybersecurity or meeting other global challenges.

While debate rages over respective roles of dredging, flood control spending, flood plain construction, changing land use etc, we must also focus on climate change forecasts.

Perversely, it is weather patterns consistent with climate change forecasts forcing Tasmania to return to the fossil fuels that likely helped generate the crisis in the first place.

The most recent analysis by the U.N.'s Intergovernmental Panel on Climate Change forecasts a global sea-level rise for this century of somewhere between one and three feet; the new findings, according to Rignot, will require these figures to be revised upward.

Owen Paterson also said climate change forecasts had been "consistently and wildly exaggerated".

Climate change forecasts in a semiarid region are of much interest to academics, managers and governments.

Climate change forecasts present both risks and opportunities, through predicted increases or decreases in forest growth across regions and other risks posed by drought, fire and wind.

Climate change forecasts for the UK suggest that transportation earthworks will be subjected to more sustained, higher temperatures and increased intensity of rainfall.

The analysis one of the most detailed climate change forecasts for any city to date predicts that Los Angeles's average rainfall will probably stay roughly the same in decades ahead, despite the current drought.

Climate change forecasts predict an increase in the frequency of extreme weather events with greatest risks associated with harvesting of planted forests in highly erodible and steep topography (Dunningham et al. 2012).