Davidson Lab and NJ Tech Council Take Lead on Ocean and Climate Sustainability with Ocean, Climate Change, and Sustainability Showcase
Stevens’ Davidson Lab hosted an Ocean, Climate Change, and Sustainability Showcase in conjunction with the New Jersey Technology Council on July 19, 2019 with the goal of bridging the gap between discovery and commercialization.
The event, which featured a tour of the Davidson Lab and presentations by climate experts at Stevens, also included a panel discussion about the future of sustainability with seven regarded scientists and industry leaders.
In attendance at the standing-room-only event were representatives from 40 industry, government, and investment entities including industry representatives from ESE Global Ratings, Flux Marine Ltd., Navatek, Seatrec, Inc., and SurfWEC; local and federal government representatives from the National Ocean and Atmospheric Administration, Port Authority, and the United Nations; and representatives from companies investing in technologies for underwater autonomous vehicles, clean energy technologies, and climate change mitigation.
Presenting were Muhammad Hajj, Director of the Davidson Lab; and Philip Orton, Research Assistant Professor at the Davidson Lab. Hajj described Stevens’ flood advisory system, which reliably estimated flood levels during Hurricane Sandy. His team’s predictions of ocean, weather, and environmental conditions are not only critical tools during impactful storms, but also provide alerts for daily vessel traffic. Orton, whose research encompasses flood hazard assessment and climate change, discussed the future impact of rising sea levels.
“Stevens researchers are providing state-of-the-art science, showing government and community partners how climate change will continue to worsen flooding, as well as what they can do about it,” said Orton.
The panel, moderated by David Nadler, Chair of the Environmental Technology and Sustainability, NY Institute of Technology, touched on what research, commercial, and government entities can do to prepare for and respond to these extreme weather events, which are predicted to increase in frequency with the impact of global warming.
The participating panelists were:
Michel Boufadel, Professor and Director, NJ Institute of Technology's Center for Natural Resources
Josh DeFlorio, Chief, Resilience & Sustainability, Port Authority of NY/NJ
Chris Coyle, Senior Principal Consultant, Exocetus Autonomous Solutions
Serpil Guran, Executive Director, Rutgers Eco-Complex
Vince Garcia, Program Manager, Small Business Innovation Research Program, National Oceanic and Atmospheric Administration
Muhammad Hajj, Chair of the Department of Civil, Environmental and Ocean Engineering, Stevens Institute of Technology
Dennis Reinknecht, Bureau Chief, Climate & Flood Resilience, NJ Department of Environmental Protection
Hurricane Sandy’s devastating effects on New York City and the New Jersey shoreline in 2012 were highlighted prominently in discussions. Panelists described their organizations’ efforts during the storm, emphasizing their commitment to addressing the challenges faced by coastal communities as global temperatures continue to rise. At the Davidson Lab, researchers played a crucial role during the superstorm by creating a real-time model of Hoboken, NJ to simulate and map how water would flood the city, and which streets needed to be closely protected. CNN, the Weather Channel, and other national media outlets assessed the laboratory’s predictions to be vital and accurate.
While the predicted return estimate of another storm of this magnitude is 260 years, climate change makes such events a more pressing, and less predictable, threat. The Davidson Lab is committed to marine monitoring and flood hazard assessment as aspects of managing such storms.
The laboratory also created and maintains the NY Harbor Observing and Prediction System (NYHOPS), a forecasting resource for emergency preparedness in the metro New York City area and coastal NJ. This and other resilience research initiatives represent ongoing efforts to visualize flooding, and to demonstrate these conditions to the general public. In collaboration with government and industry leaders across the region, the lab continues to play a critical role in the management of coasts.