This book is designed to help scientifically astute non-specialists understand basic geophysical and computational fluid dynamics concepts relating to oil spill simulations, and related modeling issues and challenges. A valuable asset to the engineer or manager working off-shore in the oil and gas industry, the authors, a team of renowned geologists and engineers, offer practical applications to mitigate any offshore spill risks, using research never before published.
Winner of the 2017 Robert Cushman Memorial Award presented by the Three Village Historical Society Stony Brook Harbor, or Three Sisters Harbor as it was known historically, is perhaps the most pristine of the Long Island north shore pocket bays. Untouched by major commercialization, it has been designated a Significant Coastal Fish and Wildlife Habitat by the New York State Department of State and a Significant Coastal Habitat by the US Fish and Wildlife Service. Despite these designations, however, there is constant pressure to increase development of and around the harbor. Between Stony Brook Harbor Tides interweaves scientific understandings of the harbor with a consideration of its colorful history to inform and educate a general audience about its unique and delicate state. Data is used to illustrate the harbor's tides and currents and to show how they influence geological processes and pollution susceptibility. Storm surge measurements going back to the early 1990s document some of the extreme high waters experienced, and descriptions of some of the more interesting or important marine species of plants and animals found in the harbor are also included. The book discusses the century-long conflicts that local residents have fought in order to preserve this beautiful place, and it documents the tools that currently exist to help manage the harbor well into the twenty-first century. An excellent supplement to any high school or undergraduate environmental course, Between Stony Brook Harbor Tides provides readers with a basis for embracing the significance of the harbor and what it can bring to future residents.
This book presents climate adaptation and flood risk problems and solutions in coastal cities including an independent investigation of adaptation paths and problems in Rotterdam, New York and Jakarta. The comparison draws out lessons that each city can learn from the others. While the main focus is on coastal flooding, cities are also affected by climate change in other ways, including impacts that occur away from the coast. The New York City Water Supply System, for example, stretches as far as 120 miles upstate, and the New York City Department of Environmental Protection has undertaken extensive climate assessment not only for its coastal facilities, but also for its upstate facilities, which will be affected by rising temperatures, droughts, inland flooding and water quality changes. The authors examine key questions, such as: Are current city plans climate proof or do we need to finetune our ongoing investments? Can we develop a flood proof subway system? Can we develop new infrastructure in such a way that it serves flood protection, housing and natural values?
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