- 159,00 kr
A renowned scientist takes us through the devastating and unprecedented events of Hurricane Sandy, using it to explain our planet’s changing climate, and what we need to do to protect ourselves and our cities for the future.
Was Hurricane Sandy a freak event—or a harbinger of things to come? Was climate change responsible? What connects the spiraling clouds our satellites saw from space, the brackish water that rose up over the city’s seawalls, and the slow simmer of greenhouse gases? Why weren't we better prepared?
In this fascinating and accessible work of popular science, atmospheric scientist and Columbia University professor Adam Sobel addresses these questions, combining scientific explanation with first-hand experience of the event itself.
He explains the remarkable atmospheric conditions that gave birth to Sandy and determined its path. He gives us insight into the sophisticated science that led to the forecasts of the storm before it hit, as well as an understanding of why our meteorological vocabulary failed our leaders in warning us about this unprecedented storm—part hurricane, part winter-type nor’easter, fully deserving of the title “Superstorm.”
Storm Surge brings together the melting glaciers, the shifting jet streams, and the warming oceans to make clear how our changing climate will make New York and other cities more vulnerable than ever to huge storms—and how we need to think differently about these long-term risks if we hope to mitigate the damage. Engaging, informative, and timely, Sobel’s book provokes us to rethink the future of our climate and how we can better prepare for the storms to come.
Hurricane Sandy hit metropolitan New York hard in October 2012, knocking out power while ruining homes and businesses; it turned parts of Manhattan into swampland, flooded subway stations and transit tunnels, and devastated much of the Jersey shore. Though the damage it caused is irrefutable, the cause of the hurricane itself, says Columbia University atmospheric scientist Sobel, is up for debate. In this comprehensive volume, he looks at the science behind Sandy (and similar weather systems), examining the circumstances leading to it "the left turn it took" in the ocean in "a radical departure from all known meteorological history" and factors that made it a superstorm. How did it complete "its transition from a tropical cyclone to a mammoth hybrid"? Sobel diligently re-creates a timeline, from the early warnings issued by the National Hurricane Center to government evacuation orders to the impact Sandy had once it made landfall. Along the way, he provides substantial background information on what, exactly, a hurricane is and how the Fujiwhara effect named for Japanese meteorologist Sakuhei Fujiwhara applies to dueling vortices. Topics like these make for interesting, if technical, reading, and Sobel manages to strike an effective balance.