Carefully placed flood control structures could protect Connecticutís vulnerable infrastructure from severe flooding even if sea level rises significantly, UConn researchers reported during a webinar last Friday as part of the Resilient Connecticut research webinar series.
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Should We Stay or Should We Go? Shoreline Homes and Rising Sea Levels in Connecticut
How strategies to address rising sea levels could affect local taxes, home values, and other factors
A Simple Simulation to Help Coastal Towns Plan for Rising Sea Levels
Knowing how water moves through coastal structures can yield important insights for residents and planners
Sea Level Rise: How Well Is Connecticut Preparing?
Len Besthoff†and†Meteorologist Kaitlyn McGrath†interviewed Executive Director, James OíDonnell. This story aired May 17, 2021. Scientists including Professor Jim OíDonnell at the UConn Avery Point campus in Groton have said sea level rise has been accelerating at a rate, where within 30 years, it could be nearly 20 inches higher right off the Connecticut coast. As an example, OíDonnell said that flooding events that occur once every 10 years at Avery Point could occur as often as every two years by 2050.
New Planning and Visualization Tools for Sea Level Rise Webinar Video
On this webinar, new planning tools released by CIRCA and UConnís Center for Energy and Environmental Law (CEEL) were highlighted, including three ìresilience scenariosî that can be used by municipal and state agency staff as communication and planning tools.
Climate Change Vulnerability Index (CCVI) Flood Viewer
Climate Change Vulnerability Index (CCVI) Flood Map Viewer.
Connecticut Coastal Towns Storm Surge and Significant Wave Height Dataset
The annual exceedance probability of storm surge water level and significant wave heights for all the coastal towns, and modeled hourly water level and significant wave height during the strongest 44 storms between 1950-2018.
Connecticut Flood Maps for Different Storm Return Intervals
The projected maps of the annual exceedance probability of storm surge water levels from FVCOM-SWAVE model.
Nor’easter 2015
Model response (output) to the Noríeaster of 2015.
Event Simulation: A Strong Nor’easter
Model response (output) to a 1/25 year event simulation of a strong NoríEaster.