![]() ![]() The accompanying image is a screenshot from our boat’s time-lapse video. *Pictured above is our field team preparing to deploy an ADCP unit. The project is funded by the New York Governor’s Office of Storm Recovery. Prudent's staff will process the data each month over the course of the year. The newly collected data will also be used to verify whether the existing historical records documenting the area’s current profiles are accurate. This data will provide vital information on how the speed and direction of currents impact the development of oyster larvae. The crew is also tasked with servicing and maintaining two Acoustic Doppler Current Profilers* (ADCPs), which measure the speed and direction of water currents throughout the water column, as well as wave height and direction. Prudent’s team is responsible for surveying and recording seafloor elevations throughout the course of the project. The proposal is a necklace of offshore breakwaters that will. Prudent Engineering’s hydrographic surveying team has been retained by SCAPE / Landscape Architecture, PLLC, to provide bathymetric surveying services for the Living Breakwaters project. Living Breakwaters was conceived to connect physical, social, and ecological resilience. These artificial reefs will offer protection for both coastal communities and local marine wildlife. The Living Breakwaters project proposes a series of eight detached breakwaters that will reduce risk, restore ecosystems, and connect the public to nature. It was designed as a storm mitigation project in the aftermath of the devastation wrought along the Tottenville shoreline by Hurricane Sandy in 2012. The LIVING breakwater can be a building block for ecosystem regeneration around the world and implemented in coastal infrastructure or restoration projects. HUD-funded coastal and social resiliency enhancements within a single project site: Living Breakwaters and the Tottenville Shoreline Protection Project. ![]() Healthy coral reefs and oyster reefs play a vital role in providing shelter, habitat, and food for numerous species in the nearshore environment. A novel component of the barrier structures is their hollow interiors, which are designed to capture sediment and house living organisms, such as oysters and clams, providing a protected habitat that will foster the development of marine colonies. After Hurricane Sandy hit New York in 2012, a federal competition, Rebuild by Design, was launched to prepare the city for tomorrow’s challenges. A living shoreline approach for sand beach shorelines uses large, gapped stone structures strategically placed offshore. Living Breakwaters is a 70 million project funded by the US Department of Housing and Urban Development and a winner of HUD's Post-Sandy Rebuild by Design Challenge. Living breakwaters or artificial reefs have principally been used as a means of restoring lost habitat in the past. WSP was part of the interdisciplinary team led by SCAPE Landscape Architecture that proposed the selected “Living Breakwaters” concept.To protect the coastline and communities on the south end of Staten Island, New York, vulnerable to storm activity, this project involves the design and implementation of marine breakwalls in Raritan Bay. Thats the idea behind a comprehensive coastal resiliency project called Living Breakwaters, which in late October won the 2014 Buckminster Fuller Institute. Living Breakwaters is an innovative coastal green infrastructure project that aims to increase physical, ecological, and social resilience. cities most vulnerable to intense weather events. Living breakwaters sometimes known as artificial reefs incorporate natural habitat by providing opportunities for settlement and colonization by oysters or hard corals or by creating complex structural components that provide shelter and habitat for various marine and aquatic species. Department of Housing and Urban Development and the Presidential Hurricane Sandy Rebuilding Task Force launched “Rebuild by Design” to seek community and policy-based solutions to protect U.S. Triton marine mattresses are key to successful oyster restoration, as their filling provides the substrate for oyster growth. The need for enhanced erosion protection came into stark relief during recent storm events, including Superstorm Sandy, when the community of Tottenville experienced severe damage from storm surge. In addition to dampening wave energy, the living breakwaters servejust like their nature-made counterpartsas habitat for oysters, lobsters and juvenile fish. Additionally, wave activity, siltation, dredging and pollution have significantly deteriorated the marine ecology of Raritan Bay, including the once abundant oyster population and the rich biodiversity it supported. The southeastern shoreline of Staten Island, New York has experienced continued erosion over decades due to increasingly intense waves.
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