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A step-wise procedure for the selection of relevant metrics and appropriate methods to assess performance and adaptive management needs of tidal shoreline restoration projects
At the “Large-Scale Marsh Persistence and Restoration in the Chesapeake Bay” workshop on October 6, 2022, participants were asked to assess how different marsh geomorphologies […]
This guidance is intended for use by living shoreline practitioners and interested landowners considering the suitability of a site for a living shoreline project. The […]
1. Accelerating sea-level rise combined with the stresses of human land use threatens the persistence of tidal marshes. The proper management of existing marshes and […]
Watershed sediment can increase elevation of tidal wetlands struggling against rising seas, but where and how much watershed sediment helps is unknown. By combining contiguous […]
Flood frequencies in coastal forests are increasing as sea level rise accelerates from 3–4 mm year−1 to possibly more than 10 mm year−1 by the […]
Tidal marshes are highly valued habitats, yet are vulnerable to loss from both anthropogenic and natural disturbances including sea-level rise (SLR). Many tidal marshes have […]
Thin-layer placement of sediment (TLP) is an emerging strategy to protect tidal marshes threatened by rising seas. A research team led by the National Estuarine […]