Sea Level Rise & Climate Science
High Stakes of Sea Level Rise and Planning for the Future
The goal of the Sea Level Rise and Climate Science Program area is to understand the causes and impacts of sea level and climate changes and to apply this advanced knowledge to practical use for coastal planning.
The research program incorporates basic science questions and observations surrounding sea level rise and connections between climate-sensitive coastal ocean, glacial, and atmospheric components of the climate system. Faculty conduct research on areas ranging from coastal ocean and geophysical dynamics (e.g., subsidence), meteorological events such as coastal storms, tidal flooding and storm surges, rainfall climatology, and development of systems to understand and ultimately predict coastal hazards.
The program’s scientists conduct applied research on climate impact assessments and decisions that inform coastal communities, environmental quality, and the management of coastal resources. The program coordinates close scientific relationships with NOAA, the USGS, Army Corps of Engineers and state, regional, and international research groups.
Among the long-term goals of the program, three fundamental challenges are a focus
Sea Level and Climate Interactions
Coastal Management and Sea Level
Integrated and Interdisciplinary Research
Terms of ReferenceSea Level and Climate Science program goals.
- Conduct periodic reviews of the state of knowledge of sea level rise and climate change, identify research gaps, and seek opportunities to collaborate with fellow scientific parties.
- Advise on the use of situational, remote, and other monitoring systems of sea level changes.
- Foster the use (and improvement) of state-of-the-art scientific data, models, and predictive analytics for sea level and climate impacts.
- Facilitate the assessment of impacts on coastal communities and ecosystem resources in other program areas (built environments, social systems, and health dimensions).
- Advance the education and training of scientists, practitioners, and managers using sea level and climate data and information.
- Science of observing and predicting sea level changes
- Climate Changes: Extreme Rainfall and Heat
- Subsidence science advancing
- Applied Science and Impact Assessments for Sea Level and Climate Changes
- Connections to communities
- Virginia Beach Summer Series on SLRise
- North Landing/Albemarle Sound Estuarine Symposium
- NOAA and other sea level trends reports
- Gulf Stream Slowing (Ezer and Atkinson)
- SLR calculators (USACE, NOAA Office for Coastal Management)
- Remote sensing
- Citizen Science and tidal flooding (Wetlands Watch)
- The Arctic and Antarctica
- White House Pilot Project (and CCSLRI)
- NOAA funded Va. Beach Study (Dewberry)
- Study of VA rainfall extremes (Michael Allen for CCRFR)
- Currituck study (Dewberry)
- HRSD SWIFT
- SLR vulnerability assessments (Port of VA)
- Cape Hatteras National Sea Shore, National Park Service
- SLR, storm surges, infrastructure and public health
- Southern Watersheds, Albemarle, and APNEP
- New satellites for climate-sensitive flood prediction and response
- VIMS Sea Level Report Card
- Tides and street flooding
- NASA CAIR demo study
- Extreme rainfall
- Septic systems and sea level rise
- Recent events (wind tides in Back Bay and the southern rivers)