Tag: biodiversity
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Conference Recap: City of Austin WPD at SFS 2025
Team members from Austin, Texas’ Watershed Protection Department were delighted to attend the Society of Freshwater Science conference in San Juan, Puerto Rico in May 2025. Here’s a quick recap: Angel Santiago presented our latest results on modeling sediment and water quality in Austin. The modeling mimics conditions under storm and base flow and was…
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Bustling Bivalves: Dynamic Solutions and Oyster Population Modeling
Oysters provide numerous ecosystem services. From habitat creation to water filtration and energy dissipation, they are natural infrastructure. Not to mention they’re pretty darn tasty and a valuable economic resource. Coastal Louisiana is a major oyster producer, but populations are declining. There is a need for a decision-making tool that can account for system-wide oyster…
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Native Shorelines: Introducing QuickReef
Native Shorelines, a Davey company, proudly introduces its new line of intertidal and subtidal habitat reefs. Ranging from small 2′ x 2′ x 2′ units ideal for placement under homeowner docks to 4′ and 6′ QuickReef® Habitat Hives™, Native Shorelines’ habitat reefs maximize the surface area available for sessile fauna recruitment and provide amble interstitial…
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Partner Takeover: Native Shorelines
Native Shorelines, a Davey Company is a recognized leader in living shorelines and nature-based solutions, having designed, permitted, and installed over 6 miles of living shorelines and habitat reefs from Georgia to New York. From oyster shell bags and their proprietary QuickReef living shoreline system to other alternative materials, granite, and marsh plantings, Native Shorelines’…
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After the Storm: Nature Leads the Way
As we head into a new hurricane season, we’re reflecting on how coastal communities are turning to nature for recovery solutions. This photo gallery looks back on CCS research and fieldwork that’s informing real-world strategies like restoring dunes, wetlands, and mangroves to help coastlines bounce back after storms. These nature-based solutions are helping build long-term…
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Partner Takeover: University of Florida Center for Coastal Solutions
The Center for Coastal Solutions (CCS) in the UF Herbert Wertheim College of Engineering develops and delivers the best available science and technology for use by decision makers to improve water quality, restore ecosystems and build coastal resilience. The CCS focuses on driving impacts in three program areas: 1) optimizing water quality investment and management…
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The Natrx Platform: Comprehensive Nature-Based Resilience
The future of nature-based solutions requires more than great infrastructure — it requires a system. The Natrx platform is designed to integrate assessment, implementation, and long-term measurement into one seamless approach to shoreline and watershed resilience. It starts with Natrx Assess, which uses remote sensing and AI to map erosion risks and vulnerabilities across landscapes…
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Natrx Assess: Data-Driven Insights for Resilience That Lasts
In nature-based projects at any scale, precision matters. Natrx Assess is a remote sensing and AI-powered geospatial platform that helps project teams pinpoint risks and opportunities — unlocking smarter, faster pathways to resilience. Using high-resolution data, Assess identifies erosion threats, landscape vulnerabilities, and opportunities for intervention across entire regions without the need for extensive fieldwork.…
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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…
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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…