According to the National Centers for Environmental Information, extreme snowstorms in the eastern United States have become twice as common since the early 1900s.Again, warming ocean temperatures lead to increased evaporation of moisture into the atmosphere.The ice also forms later in the season and melts more readily in spring.
According to the National Centers for Environmental Information, extreme snowstorms in the eastern United States have become twice as common since the early 1900s.Again, warming ocean temperatures lead to increased evaporation of moisture into the atmosphere.Tags: Everyone Is Different EssayEinstein Research PapersHunger Games EssayBusiness Planning And ControlAqa English Literature Coursework LevelProblem Solving Worksheets Grade 4Essay Requirements For University Of Texas
The Southwest and Central Plains of the United States, for example, are expected to experience decades-long "megadroughts" harsher than anything else in human memory."The future of drought in western North America is likely to be worse than anybody has experienced in the history of the United States," Benjamin Cook, a climate scientist at NASA's Goddard Institute for Space Studies in New York City who published research projecting these droughts in 2015, told Live Science.
"These are droughts that are so far beyond our contemporary experience that they are almost impossible to even think about."The study predicted an 85 percent chance of droughts lasting at least 35 years in the region by 2100.
When carbon dioxide reacts with seawater, it leads to a decline in p H, a process known as ocean acidification.
Increased acidity eats away at the calcium carbonate shells and skeletons that many ocean organisms depend on for survival.
Meanwhile, 2014 research finds that many areas will likely see less rainfall as the climate warms.
Subtropical regions, including the Mediterranean, the Amazon, Central America and Indonesia will likely be hardest hit, that study found, while South Africa, Mexico, western Australia and California will also dry out.
Hotter oceans evaporate more moisture, which is the engine that fuels these storms.
The International Panel on Climate Change (IPCC) predicts that even if the planet diversifies its energy sources and transitions to a less fossil-fuel intense economy (known as the A1B scenario), tropical cyclones are likely to be up to 11 percent more intense on average.
Oceans act as a carbon sink — they absorb dissolved carbon dioxide.
That's not a bad thing for the atmosphere, but it isn't great for the marine ecosystem.