Philip Orton on Muck Rack

Philip Orton

New York
As seen in: Color Research & Application, Nature, Wiley Online Library, Yahoo News Malaysia, Yahoo News New Zealand, MDPI, SFGate, The Conversation, Phys.org, Houston Chronicle and
Scientist at the Stevens Institute of Technology specializing in storm surge, climate change impacts and adaptation; contributor to NYC and IPCC climate panels
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Articles

Storm Surge Barriers Reduce Seaward Sediment Supply to Lagoonal Estuaries

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By David Ralston, Philip Orton, John Warner, Shima Kasaei
| Wiley Online Library
1 Introduction Coastal cities around the world are increasingly threatened by inundation from storm events due to sea level rise, increased storm intensity, and expansion of urbanized areas. Various risk mitigation measures have been proposed to reduce flood impacts, including ecosystem-based measures and coastal defense infrastructure (Orton et al., 2023; Temmerman et al., 2013).
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Non-Stationarity of the Spatial Footprints of Storm Surges

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By Thomas Wahl, Philip Orton, Alejandra R. Enriquez
| Wiley Online Library
1 Introduction A single storm can cause extreme coastal flooding over extensive areas, sometimes producing impacts on geographically disconnected or faraway areas. Multiple hurricanes (e.g., Ian 2022, Irma 2017, Idalia 2023) illustrate that even distant areas often experience extreme storm surges nearly simultaneously. Not only hurricanes, but also less severe events, can result in comparable spatial footprints (Enríquez et al., 2020).
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Coastal cities have a hidden vulnerability to storm surge and tidal flooding − entirely caused by humans | The Invading Sea

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By Philip Orton, Stefan A. Talke
| The Invading Sea
By Philip M. Orton, Stevens Institute of Technology, and Stefan Talke, California Polytechnic State University Centuries ago, estuaries around the world were teeming with birds and turbulent with schools of fish, their marshlands and endless tracts of channels melting into the gray-blue horizon. Fast-forward to today, and in estuaries such as New York Harbor, San Francisco Bay and Miami’s Biscayne Bay – areas where rivers meet the sea – 80% to 90% of this habitat has been built over.
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