The vegetated dune system will be strengthened by the breakwaters, to provide a layered system of protection. Living Breakwaters is designed to work in concert with other ongoing resilience initiatives in the area, including the New York Rising Community Reconstruction Tottenville Dune and Coastal Dune Plantings project. The team’s work with the Harbor School and the Billion Oyster Project will bring educational opportunities for local school groups, teaching the next generation of ecological stewards about protecting Staten Island’s fragile coastline. The structure will provide habitat to the Raritan Bay’s rich ecosystem of marine life, and an on-land Water Hub will be constructed with space for visiting groups, recreational activities, and educational programs. The proposal is a “necklace” of offshore breakwaters that will reduce risk, revive ecologies, and connect residents and educators to Staten Island’s southeast shoreline. Living Breakwaters was conceived to connect physical, social, and ecological resilience. Ming Li at University of Maryland Center for Environmental Science, if you have any questions. Hosted by the NSF-sponsored Coastlines and People (CoPe) Research Coordination Network, all web panels occur noon-1:30 p.m. Scientists, engineers, and managers working on these projects will discuss successes and lessons learned, including their planning and implementation and engagement with the community. This Innovations in Nature-Based Systems for Coastal Protection web panel series brings together distinguished panels of experts to discuss projects that are at the forefront of nature-based coastal hazard reduction systems in the U.S. Kyle McKay (USACE), Research Civil Engineer at Engineer Research and Development Center.Joseph Marrone (Arcadis), Associate Vice President/Area Lead, Urban and Coastal Resiliency.Kate Orff (Columbia University), Founding Principal of Scape Design and Professor at School of Architecture, Planning and Preservation.Moderator: Philip Orton (Stevens Institute of Technology) Social Resiliency: Provide programming that builds a community around education on coastal resiliency and ecosystem stewardship foster and encourage community stewardship and citizen science, and increase physical and visual access to the water’s edge and near-shore waters for recreation, education, and stewardship activities.Ecological Enhancement: Increase the diversity of aquatic habitats in the Lower New York Harbor / Raritan Bay (e.g., oyster reefs and fish and shellfish habitat), particularly rocky / hard structured habitat that can function much like the oyster reefs.Risk Reduction: address both event-based and long-term shoreline erosion in order to preserve or increase beach width attenuate storm waves to improve safety and prevent damage to buildings and infrastructure.The integrated purposes of the Living Breakwaters project are three-fold: In October 2012, Superstorm Sandy devastated Staten Island’s east and south shore neighborhoods. The project area is a shallow estuary that has historically supported commercial fisheries and shell fisheries. The final section of the exhibition, A Rising Tide: Today, discussed innovative efforts by designers and engineers to re-imagine the Hudson River. The project is located in the waters of Raritan Bay (Lower New York Harbor) along the shoreline of Tottenville and Conference House Park, from Wards Point in the southwest to Butler Manor Woods in the northeast. In 2019, SCAPE contributed to the New York Historical Society’s Hudson Rising, an exhibition exploring 200 years of ecological change and environmental activism along the Hudson River. Living Breakwaters is an innovative hybrid coastal green-grey infrastructure project that aims to increase physical, ecological, and social resilience.
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