Tag: coastal

  • ExoForms™: Coastal Resilience That Builds Over Time

    ExoForms™: Coastal Resilience That Builds Over Time

    ExoForms™ help shape a new generation of adaptive infrastructure, offering shoreline protection that integrates seamlessly with natural systems and evolves into lasting, living habitats. Designed for coastal, estuarine, and marine environments, ExoForms™ provide immediate energy dissipation and erosion control while encouraging sediment capture, marine life colonization, and long-term ecosystem benefits. Their modular design allows them…

  • ExoFlex Oyster Bags: Advancing Coastal Resilience with Smarter Materials

    ExoFlex Oyster Bags: Advancing Coastal Resilience with Smarter Materials

    ExoFlex Oyster Bags represent a step forward in how nature-based infrastructure is deployed and performs. Built from basalt fiber — a natural, marine-friendly material — ExoFlex provides a durable, sustainable alternative to plastic-based oyster bags traditionally used for shoreline protection and habitat restoration. Designed to thrive in harsh coastal environments, ExoFlex withstands tidal energy, salinity…

  • USACE experts to host Engineering With Nature Workshop at State of the Coast 2025 this month

    USACE experts to host Engineering With Nature Workshop at State of the Coast 2025 this month

    Are you attending State of the Coast in New Orleans this month? Would you like to deepen your understanding of natural infrastructure and its role in building resilient, sustainable systems? Join us for an immersive short course hosted by the Network for Engineering With Nature. This course brings together leading experts from across USACE, ERDC…

  • NCCOS Helps Military with Long-term Resiliency at Coastal Installations

    NCCOS Helps Military with Long-term Resiliency at Coastal Installations

    With coastal military installations increasingly impacted by surrounding urban areas, climate change, and sea level rise, DOD is implementing ecosystem-based management to achieve long-term resiliency at its facilities. To help protect U.S. Marine Corps Base Camp Lejeune in North Carolina from more frequent flooding, NOAA NCCOS scientists implemented nature-based ecosystem and shoreline management practices. This…

  • From the University of Florida: Cutting-edge research takes center stage at coastal summit 

    From the University of Florida: Cutting-edge research takes center stage at coastal summit 

    Originally posted on the University of Florida, Center for Coastal Coastal Solutions, website. Read the original post here. The survival of eelgrass, once the dominant seagrass species in Chesapeake Bay—the nation’s largest estuary—is now severely threatened, primarily due to rising temperatures and heatwaves. Traditional seagrass restoration efforts in the bay have struggled to sustain healthy…

  • October 2024 Knowledge Series: The Evolution of a Resilient Coastal Community

    October 2024 Knowledge Series: The Evolution of a Resilient Coastal Community

    Over 20 Years of Beaches, Back Bays, Rivers and Stormwater in Norfolk, Virginia Brian Joyner, Moffatt & Nichol, and Kelli Cunningham, Waggonner & Ball Since 2003, the City of Norfolk, Virginia has been investigating coastal/estuarine/river erosion issues, compound urban coastal floodingissues, developing long-range resilience plans, and constructing infrastructure projects to improve its diverse communities’ resilience…

  • June 2024 Knowledge Series: Design for Biodiversity: Nature-Inclusive Applications in Urban Waterfronts & Coastal Infrastructure

    June 2024 Knowledge Series: Design for Biodiversity: Nature-Inclusive Applications in Urban Waterfronts & Coastal Infrastructure

    Dr. Ido Sella, Chief Executive Officer and Co-Founder at ECOncrete Tech When it comes to planning and constructing coastal and marine infrastructure, promoting nature-inclusive design has multiple financial, structural and ecological benefits. Through project casestudies, we’ll explore different applications of science-driven, nature-inclusive construction and gain a deeper understanding of ecosystem services in urban and working waterfronts, as…