Coastal communities around the world are becoming increasingly vulnerable to climate change and extreme weather. Rising sea levels, stronger hurricanes, heavier rainfall, and storm surge flooding are creating growing risks for homes, transportation systems, schools, hospitals, and local economies. Even relatively small increases in sea level can significantly increase flooding during storms, making coastal regions some of the most exposed areas to climate-related disasters. O

Under the CLARITY Climate Risk & Resilience Initiative, students can explore a curated collection of climate datasets, visual tools, and educational platforms commonly used in environmental research. These resources help K–12 learners better understand hurricanes, extreme weather, sea-level rise, climate vulnerability, and resilience through accessible data and interactive learning. Hurricane & Storm Tracking NOAA Hurricane Database (HURDAT2) The official Atlantic hurricane d

When many people think about climate change, they imagine slowly rising temperatures over long periods of time. But some of the biggest dangers of climate change actually come from extreme weather events. A small increase in ocean temperature can make hurricanes significantly stronger. Slightly warmer air can hold more moisture, leading to heavier rainfall and more severe flooding. In climate science, even small environmental shifts can sometimes create disproportionately lar

Every year, hurricanes grow stronger, coastlines shift, and communities face increasing uncertainty. For many students, these changes are not just headlines—they are personal. You may have seen flooding in your neighborhood, heard about extreme storms, or wondered why these events seem to be happening more often. The question is: how do we move from curiosity to understanding? At Research to Empower (ReTE), we believe the answer begins with data. Real climate data allows stud