Sea level rise (SLR) has and will continue to impact coastal communities in the coming decades. Despite the widespread availability of data on SLR projections, little is known about the differential impact of SLR on minority or economically disadvantaged populations. In this study, we aim to identify the geographic areas in which low-income and communities of color along the North and South Carolina coastline in the United States will experience the most severe effects of SLR. Geospatial mapping was performed to estimate the total area impacted by 1) SLR, 2) tidal inundation, and 3) low-lying areas separately for three scenarios (0-, 2-, and 4-feet). Findings project that over 2.2 million people and at least 370,000 Black or economically di...
The frequency of coastal floods around the United States has risen sharply over the last few decades...
The frequency of coastal floods around the United States has risen sharply over the last few decades...
Coastal communities will be more vulnerable to floods in low-lying areas and seawater inundation as ...
Sea level rise poses a great threat to coastal areas and our way of life. As flooding increases in f...
Sea level rise poses a great threat to coastal areas and our way of life. As flooding increases in f...
This study uses a unique integration of geospatial information and economic data to estimate the imp...
This study uses a unique integration of geospatial information and economic data to estimate the imp...
Sea-level rise (SLR) predicted for the Mid-Atlantic U.S. is expected to be greater than worldwide av...
Over the next one hundred years climate change is expected to have far reaching impacts on coastal e...
Global sea level rise and local subsidence may result in relative sea level rise (SLR) in North Caro...
Sea level rise (SLR) in Miami demands attention from policymakers to consider environmental benefits...
This project aims to analyze the impacts of sea-level rise on the coastal city of Miami, Florida. Ri...
In recent years, ongoing efforts by a multitude of universities, local governments, federal agencies...
Relative sea level is increasing along the Mid-Atlantic coast of the United States and the rate of r...
A growing concern of coastal communities is increased flood risk and non-monetary consequences due t...
The frequency of coastal floods around the United States has risen sharply over the last few decades...
The frequency of coastal floods around the United States has risen sharply over the last few decades...
Coastal communities will be more vulnerable to floods in low-lying areas and seawater inundation as ...
Sea level rise poses a great threat to coastal areas and our way of life. As flooding increases in f...
Sea level rise poses a great threat to coastal areas and our way of life. As flooding increases in f...
This study uses a unique integration of geospatial information and economic data to estimate the imp...
This study uses a unique integration of geospatial information and economic data to estimate the imp...
Sea-level rise (SLR) predicted for the Mid-Atlantic U.S. is expected to be greater than worldwide av...
Over the next one hundred years climate change is expected to have far reaching impacts on coastal e...
Global sea level rise and local subsidence may result in relative sea level rise (SLR) in North Caro...
Sea level rise (SLR) in Miami demands attention from policymakers to consider environmental benefits...
This project aims to analyze the impacts of sea-level rise on the coastal city of Miami, Florida. Ri...
In recent years, ongoing efforts by a multitude of universities, local governments, federal agencies...
Relative sea level is increasing along the Mid-Atlantic coast of the United States and the rate of r...
A growing concern of coastal communities is increased flood risk and non-monetary consequences due t...
The frequency of coastal floods around the United States has risen sharply over the last few decades...
The frequency of coastal floods around the United States has risen sharply over the last few decades...
Coastal communities will be more vulnerable to floods in low-lying areas and seawater inundation as ...