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Discover opportunities months before the RFP drops
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Learn more →Key metrics and characteristics
The city where this buyer is located.
Postal code for this buyer's location.
How likely this buyer is to spend on new technology based on operating budget trends.
How likely this buyer is to adopt new AI technologies.
How often this buyer champions startups and early adoption.
Includes fiscal year calendars, procurement complexity scores, and strategic insights.
Active opportunities open for bidding
Save the Sound (Ecological Restoration)
Work includes restoration of wetland areas through the removal and replacement of invasive species with native plants. Project includes establishing wetland drainage channels and installing nearshore oyster castle wave attenuators. The purpose of this project is to restore and enhance an existing tidal marsh to a more functioning wetland to mitigate adverse impacts on wetland structure and function, improve coastal resiliency and minimize local flooding, promote marsh migration to mitigate effects of sea level rise, enhance horseshoe crab spawning habitat, provide substrate for oyster reef generation, create more diverse habitats for wildlife, and increase water quality by reducing impacts of nutrient loading from groundwater sources.
Posted Date
Jul 21, 2026
Due Date
Aug 24, 2026
Release: Jul 21, 2026
Save the Sound (Ecological Restoration)
Close: Aug 24, 2026
Work includes restoration of wetland areas through the removal and replacement of invasive species with native plants. Project includes establishing wetland drainage channels and installing nearshore oyster castle wave attenuators. The purpose of this project is to restore and enhance an existing tidal marsh to a more functioning wetland to mitigate adverse impacts on wetland structure and function, improve coastal resiliency and minimize local flooding, promote marsh migration to mitigate effects of sea level rise, enhance horseshoe crab spawning habitat, provide substrate for oyster reef generation, create more diverse habitats for wildlife, and increase water quality by reducing impacts of nutrient loading from groundwater sources.
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