
FloodVision™
FloodVision™ uses advanced data collection techniques, AI-based algorithms, and intuitive software to produce highly accurate augmented-reality photos of specific locations.

Anchored in rigorous primary research, our work distinguishes itself by its user-friendly maps and tools, extensive datasets, and high-quality visual presentation. The program dedicates its efforts to helping citizens, communities, businesses, organizations, and governments at every level to understand the consequences of different carbon pathways and to navigate the shifting waters of our warming world.
Environmental Research Letters
Substantial reduction in population exposure to sea level changes along the Chinese mainland coast through emission mitigation (September 2024)
This study assesses the future exposure at provincial and city levels populations coastal mainland China coast to local sea level changes under five greenhouse gas (GHG) emission scenarios from IPCC-AR6.
Science Advances
Human-caused sea level rise drives 21st-centurty worldwide water level extremes (June 2026)
Human-caused sea level rise drives 58% of extreme water-level exceedance days and has nearly tripled these days since the 1970s.
Nature Communications
Sea level rise and flooding of hazardous sites in marginalized communities across the United States (November 2025)
Sea level rise (SLR) increases the risk of flooding at coastal sites that use and produce hazardous substances.
Nature Communications
Sea level rise and flooding of hazardous sites in marginalized communities across the United States (November 2025)
Sea level rise (SLR) increases the risk of flooding at coastal sites that use and produce hazardous substances.
Nature Communications: Earth & Environment
Planned relocation may reduce communities’ future exposure to coastal inundation but effect varies with emission scenario and geography (November 2024)
The planned, permanent relocation of entire communities away from sea level rise (SLR) and coastal floods is an already occurring climate change adaptation strategy. Yet, planned relocations are fraught undertakings with multiple goals, and may or may not achieve their most basic objective: to reduce risk.
Environmental Research Letters
Substantial reduction in population exposure to sea level changes along the Chinese mainland coast through emission mitigation (September 2024)
This study assesses the future exposure at provincial and city levels populations coastal mainland China coast to local sea level changes under five greenhouse gas (GHG) emission scenarios from IPCC-AR6.
Science Advances
Human-caused sea level rise drives 21st-centurty worldwide water level extremes (June 2026)
Human-caused sea level rise drives 58% of extreme water-level exceedance days and has nearly tripled these days since the 1970s.
Nature Communications
Sea level rise and flooding of hazardous sites in marginalized communities across the United States (November 2025)
Sea level rise (SLR) increases the risk of flooding at coastal sites that use and produce hazardous substances.
Nature Communications
Sea level rise and flooding of hazardous sites in marginalized communities across the United States (November 2025)
Sea level rise (SLR) increases the risk of flooding at coastal sites that use and produce hazardous substances.
Nature Communications: Earth & Environment
Planned relocation may reduce communities’ future exposure to coastal inundation but effect varies with emission scenario and geography (November 2024)
The planned, permanent relocation of entire communities away from sea level rise (SLR) and coastal floods is an already occurring climate change adaptation strategy. Yet, planned relocations are fraught undertakings with multiple goals, and may or may not achieve their most basic objective: to reduce risk.
Environmental Research Letters
Substantial reduction in population exposure to sea level changes along the Chinese mainland coast through emission mitigation (September 2024)
This study assesses the future exposure at provincial and city levels populations coastal mainland China coast to local sea level changes under five greenhouse gas (GHG) emission scenarios from IPCC-AR6.
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