As the Earth’s atmosphere and ocean continue to warm under the global threat of climate change, the future of coral reefs looks bleaker than ever before. With rising temperatures comes an increase in mass coral bleaching events, infectious disease outbreaks, and the process known as ocean acidification. Climate change not only affects the overall health of corals, it also impacts their resiliency. Changes to the frequency and intensity of tropical storms — another side effect of climate change — lead to storm seasons that do a massive amount of damage to coral reefs.

A long time ago, I stood beside my grandfather outside of his house, looking toward the southeast at a very dark sky. We were 200 miles from where Hurricane Camille was making landfall in Mississippi—the second-most intense Atlantic tropical cyclone on record. 

Over the next two weeks, we’re sharing some of the ways NOAA monitors and predicts, responds to, and prepares for the impacts of climate change. In this guest blog from NOAA's Office for Coastal Management, learn more about the importance of risk communications in the climate crisis. 

This feature is part of a monthly series profiling scientists and technicians who provide exemplary contributions to the mission of NOAA’s Office of Response and Restoration (OR&R). In our latest "Minds Behind OR&R," we feature Regional Resource Coordinator Ken Finkelstein.

During Severe Weather Preparedness Week we are reminded that weather-related disasters can occur in every area of the United States. Due to geographical features and other aspects, some regions are more prone to certain disasters than others. Recently, one of our southern most states, Texas, was hit with a widespread winter storm and record breaking arctic outbreak that knocked out power and water—making it difficult for people to stay safe. But as we’ve seen, winter weather can impact any portion of our country.