Projects
Sunny Day Flooding Project


As local sea-level rise, land subsidence, and development continue to increase in coastal areas, so does the frequency of flooding.
The tidal cycle now takes place on higher average sea levels, resulting in “sunny day” flooding of roadways during high tides. Sea water also infiltrates stormwater drainage systems at normal tidal levels, such that ordinary rainstorms lead to flooding. While these minor floods draw less attention than catastrophic storms, their high frequency imposes a chronic stress on coastal communities and economies by disrupting critical infrastructure services.
Team members
- The Price of Paradise: How Communities Tolerate Chronic Coastal Flooding in Rural North Carolina
- Land-based sensors reveal high frequency of coastal flooding
- Wind and Rain Compound with Tides to Cause Frequent and Unexpected Coastal Floods
- Fecal Bacteria Contamination of Floodwaters and a Coastal Waterway From Tidally-Driven Stormwater Network Inundation
- Data From the Drain: A Sensor Framework That Captures Multiple Drivers of Chronic Coastal Floods
- Impacts of Hurricane-Related Flooding on Time to Initial Cancer-Directed Treatment in North Carolina
Recent Research
- The Price of Paradise: How Communities Tolerate Chronic Coastal Flooding in Rural North Carolina
- Land-based sensors reveal high frequency of coastal flooding
- Wind and Rain Compound with Tides to Cause Frequent and Unexpected Coastal Floods
- Fecal Bacteria Contamination of Floodwaters and a Coastal Waterway From Tidally-Driven Stormwater Network Inundation
- Data From the Drain: A Sensor Framework That Captures Multiple Drivers of Chronic Coastal Floods
- Impacts of Hurricane-Related Flooding on Time to Initial Cancer-Directed Treatment in North Carolina
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Hino Lab at UNC
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
Carolinas RISA


We are seeing more extreme rainfall and higher temperatures. Severe weather events are causing unprecedented damage. Hazards and extreme weather impact the health and well-being of every community.
Since forming in the fall of 2021, the Carolinas Regional Integrated Sciences and Assessment (RISA) is committed to understanding our changing climate and addressing the impacts.
By integrating social science, physical science, and regional knowledge, our team and participating partner groups co-produce solutions that are tailored to meet unique local needs and priorities.
We strive to support all Carolina communities that are exposed to extreme weather.
Team members
- Impacts of Hurricane-Related Flooding on Time to Initial Cancer-Directed Treatment in North Carolina
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Hino Lab at UNC
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
Recent Research
- Impacts of Hurricane-Related Flooding on Time to Initial Cancer-Directed Treatment in North Carolina
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Hino Lab at UNC
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
Coastal Migration
Who’s moving towards and away from coastal hazards?
Team members
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Hino Lab at UNC
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
Recent Research
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Hino Lab at UNC
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
Flood Insurance
Team members
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Projects – Hino Lab at UNC
Hino Lab at UNC
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards
We study impacts of and responses to climate-driven hazards