This spreadsheet is a useful tool for maintaining various types of green infrastructure, including permeable pavement, green roofs, and rainwater harvesting systems.

This report describes the findings of a 2011 Collaborative Research project that investigated the Matanzas Basin's vulnerability to sea level rise in Florida and identified potential adaptation strategies.

This game developed as part of the 2011 Collaborative Research project "Planning for Florida's Rising Tides" introduces participants to sea level rise adaptation strategies and provides an understanding of the participants' preferences for different strategies.

This pre-survey is part of a role-play game developed as part of a 2011 Collaborative Research project on sea level rise adaptation in Florida. Each player is assigned a different stakeholder role and fills out this pre-survey before starting the game, which serves as a foundation for helping participants understand each others' perceptions of sea level rise adaptation strategies.

This guide removes barriers to low impact development implementation in South Carolina by providing engineering tools, planning guidance, and case study examples that are relevant to the South Carolina coastal zone.

This Excel spreadsheet, developed by a 2011 Collaborative Research project team, allows you to evaluate the appropriateness of one or more sites for Olympia oyster restoration.

This report discusses environmental conditions and sites that support sustainable Olympia oyster populations in central California.

Oysters are the tiny superheroes of coastal environments. They enhance water quality, create habitat, and protect shorelines from storms and erosion. Along the Pacific Coast, native oysters are in decline, due in part to sedimentation, inadequate protection, and unsustainable harvests.

This project overview describes a 2012 Collaborative Research project that engaged community volunteers to restore vital oyster reefs in South Carolina.

This project overview describes a 2013 Collaborative Research project that developed a protocol to accurately measure suspended sediment concentrations in tidal marshes, enhancing understanding of marsh accretion and informing marsh conservation and restoration.