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Jonathan Woodruff

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Fellows Program
The NE CASC Fellows Program is a training initiative to develop skills in engagement, communication, and collaboration to help inform climate change adaptation for natural and cultural resources management. Students and postdocs from the NE CASC consortium universities make up the fellows cohort and hail from diverse disciplines, including ecology, engineering, and earth and environmental sciences. Our common goal is to fulfill the mission of the NE CASC, which is to deliver science to help wildlife, ecosystems, and people adapt to a changing climate. Our challenge is to identify and build relationships with stakeholder partners to collaboratively design research that will meet their climate adaptation needs.
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Capacity Workshops
The NE CASC consortium convenes three workshops that explore high-priority adaptation research topics emerging from our stakeholder networks and current DOI priorities. Workshops provide a platform to foster a collaborative community of scientists and managers, invite sharing and discussion of partner needs, and cross-disciplinary development and application of NE CASC-supported research, information, and data products. Year 1: Biological Thresholds in the Context of Climate Change (proceedings) Year 2: Future of Aquatic Flows (proceedings) Year 3: Climate-Adaptive Population Supplementation (proceedings)
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Understanding Sediment Availability to Reduce Tidal Marsh Vulnerability to Sea Level Rise in the Northeast
Tidal marshes along the Atlantic coastline provide critical habitat for a wide variety of wildlife, help protect coastal ecosystems by filtering excess nutrients and pollutants, and serve as a buffer against coastal erosion and flooding. However, these important habitats and the species that rely on them are threatened by rising sea levels. Resource managers from the National Park Service Northeast Region, U.S. Fish and Wildlife Service Northeast Region, and the state of Massachusetts have expressed a need for a scientific analysis of the vulnerability of these salt marshes to sea level rise. The supply of sediment to marshes is a critical factor controlling marsh survival and adaptability to rising sea levels....
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Vertical accretion and elevation change of marshes is a critical factor controlling marsh survival and adaptability to rising sea levels. A wide variety of existing methods have been employed to measure accretion and elevation change in marshes on time scales ranging from weeks to centuries on many individual marshes located throughout the coastal northeastern United States. This dataset is a compilation of marsh accretion and elevation change rates compiled from a total of 27 published studies and 3 data sets published from 1975 through 2021, yielding a total of 292 individual estimates of marsh accretion or elevation change. The database includes: measurements of marsh surface elevation change from repeat surveys...
Abstract (from Earth Surface Processes and Landforms): Consistent shoreline development and urbanization have historically resulted in the loss of wetlands. However, some construction activities have inadvertently resulted in the emergence of new tidal wetlands, with prominent examples of such anthropogenic wetlands found within the Hudson River Estuary. Here, we utilize two of these anthropogenically created tidal wetlands to explore the sedimentary and hydrologic conditions driving wetland development from a restoration perspective. Tivoli North is an emergent freshwater tidal marsh, while Tivoli South is an intertidal mudflat with vegetation restricted to the seasonal growth of invasive water chestnut during...
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