Port Fourchon services 90 percent of all deepwater activity in the Gulf of Mexico. Port Director Chett Chiasson tours the harbor while discussing climate adaptation and resilience.

On this tour of the remains of Leeville, Louisiana, long-time resident Windell Curole explains how storms and rising sea level have forced people to retreat inland several times in the last century.

Josh Kent of Louisiana State University gives a simple explanation of how sea level rise from climate change and sinking of the land both contribute to coastal changes.

Abundant shrimp, crabs, oysters, and access to the Gulf of Mexico make Fourchon Parish an attractive place to live and work. Windell Curole talks about his responsibilities for maintaining the levees that protect the parish from storm surge and rising seas.  

The mayor of the last inhabited barrier island in the Gulf describes how Grand Isle's dunes are Louisiana’s first line of defense against surging storms.

Randy Osborne of LSU and NOAA's Tim Osborn explain how global positioning system (GPS) satellites measure subsidence and sea level rise.

David Miller of the Louisiana Department of Transportation and Development was one of the engineers given the task of determining how high to raise several miles of the Louisiana-1, or LA-1, highway. Climate data were essential for making sure that the roadway would last 75-100 years into the future.

Henri Boulet of the LA-1 Coalition and Tim Osborn of NOAA’s Office of Coastal Survey explain how engineers use climate data to plan for sea level rise and to keep the oil industry in business in Port Fourchon.

Find out how the Red Cross is using climate information in Vietnam to solve public health problems.

Much of the western and southern central United States could be in for a warmer-than-average winter this year, while the upper Midwest and Florida peninsula could experience colder-than-average temperatures. Most of California and western Nevada could experience well-below-normal precipitation, while parts of the southeast could receive well-above-normal precipitation.