Florida: Climate Change Could Ruin State’s $5.5 Billion Reef Economy

ENS

SARASOTA, Florida, December 3, 2008 (ENS) – A new analysis of economic activity generated by Florida’s coral reefs finds that some 70,000 jobs and more than $5.5 billion in business in the state could disappear if climate change destroys the reefs.

 

“A business-as-usual approach to climate change could mean a lot less business for Florida,” said Jerry Karnas, Florida project director at Environmental Defense Fund, which commissioned the report, “Corals and Climate Change: Florida’s Natural Treasures at Risk.”

Florida encompasses the only shallow water coral reefs in the continental United States. Like coral reefs worldwide, Florida’s reefs are besieged by environmental problems.

For instance, a federal government study released in November confirms significant ocean acidification across much of the Caribbean and Gulf of Mexico. As oceans absorb the greenhouse gas carbon dioxide from the atmosphere, they become more acidic, reducing the ability of corals to produce their calcium carbonate skeletons.

This affects individual corals and the ability of the reef to maintain a positive balance between reef building and reef erosion.

The government study supports other findings that ocean acidification is likely to reduce coral reef growth to critical levels before the end of this century unless humans slash carbon dioxide emissions. While ocean chemistry across the region is currently deemed adequate to support coral reefs, it is rapidly changing as atmospheric carbon dioxide levels rise.

“The study demonstrates a strong natural seasonal variability in ocean chemistry in waters around the Florida Keys that could have important consequences for how these reefs respond to future ocean acidification,” says NOAA’s Dwight Gledhill, PhD, lead author of the study.

Research by Professor Andrew Langdon of the University of Miami, who contributed to the Environmental Defense report, also shows that as oceans absorb CO2 from the atmosphere, they become more acidic, which stunts coral growth and impairs reproduction.

Read on here.

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