Sentence examples for damaging weather from inspiring English sources

protecting their forests from damage caused by fire, insects, disease, and damaging weather.

The hurricane that pummeled the northeastern United States on September 21 , 1938 was New England's most damaging weather event ever.

Although a 0.5C reduction in the target may not sound significant, scientists say it would dramatically reduce the frequency and severity of hugely damaging weather events such as droughts and storms and would curb rising sea levels.

This year has already brought some of the most damaging weather events in United States history, and such extremes are expected to accelerate as carbon dioxide and other heat-trapping gases accumulate in the atmosphere.

But that doesn't necessarily mean its effects will be any less damaging: Weather Underground is reporting a rising storm tide of over 12ft at the Battery in Lower Manhattan, the most vulnerable part of the city.

Let's see: Climate change is pushing up sea levels and flooding coastal communities, in some cases poisoning farmland; destroying marine habitats; decimating Rocky Mountain forests; intensifying wildfires; propagating more damaging weather events; producing more grueling heat waves; and so on.

Hurricane Matthew in the North Atlantic was one of the most damaging weather-related disasters, leaving hundreds of dead and swathes of destruction across Haiti.

Links have been found between some very damaging extreme weather events and climate change.

Humans are causing global warming, and the resulting climate changes (more damaging extreme weather, for example) on the whole are harmful and dangerous.

About half of those cars would have been removed from service for normal maintenance and inspection, but the other half were awaiting repair from the damaging winter weather, said Daniel Brucker, a Metro-North spokesman.

In another line of work, with colleagues in both academia and the insurance industry, Sobel has been developing hybrid statistical-dynamical models, combining mechanistic understanding with inference from observational data, to assess the risk of rare but extremely damaging extreme weather events, particularly tropical cyclones, tornadoes, and hail.