by Staff Writers
Melbourne, FL (SPX) Aug 03, 2017
Occurrences of three common diseases affecting Caribbean corals spike during El Nino years, an alarming association given how climate change may boost the intensity of El Ninos.
The findings from Florida Institute of Technology research associate Carly Randall and biology professor Rob van Woesik, published earlier this month in the journal Scientific Reports, are based on an analysis of 18 years of coral-disease data, at nearly 2,100 sites collected by the Atlantic and Gulf Rapid Reef Assessment Program. Those data were compared with 18 years of coinciding climate data to see if the disease cycles matched the climate cycles.
"We found that three coral diseases - white-band disease, yellow-band disease and dark-spot syndrome - peak every 2-4 years, and that they share common periodicities with El Nino cycles," Randall said.
"Our results indicate that coral diseases cycle predictably and that they often correspond with El Nino."
And because of the potential increase in the intensity of El Nino weather patterns associated with climate change, "our findings suggest that we might see diseases in corals ramping up in the coming decades," Randall added.
Because disease outbreaks in corals have followed El Nino-fueled coral bleaching events in the past, there was speculation about the connection between the diseases and the El Nino cycles, which are associated with warmer than usual weather in the Caribbean. This study, titled "Some coral diseases track climate oscillations in the Caribbean," confirms the speculation.
Such climate-driven patterns in the ocean are similar to patterns described for malaria and dengue fever on the land, which are reported to track climate cycles.
Paris (AFP) July 13, 2017
Land mammals and reptiles in the Pacific islands facing extinction due to habitat loss, hunting and other threats could be decimated by climate change, a study published Thursday said. Ocean-bound wildlife is particularly vulnerable to environmental pressures, especially endemic species living on only one or a handful of islands. Among other things, this remoteness makes migrating to another ... read more
Florida Institute of Technology
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