Models show baby coral larvae drift across entire oceans

By on August 23, 2013
Coral reef (Credit: Terry Hughes, Wikimedia Commons)

Researchers from the University of Bristol and the University of Miami have led a new study focused on discovering the ways that ocean currents help determine baby corals’ distribution throughout the ocean, according to a release from the University of Bristol.

By using computer models, researchers determined that free-floating, millimeter-sized baby coral can be moved easily throughout the ocean. The models concluded that currents usually only displace coral larvae a short distance, but occasionally can push them thousands of miles away from their original location.

Understanding the travel patterns of coral is essential for preserving the oceans’ natural habitats. Coral reefs serve as a home for countless marine species and changing climates and increased pollution could put these reefs in jeopardy.

Image: Coral reef (Credit: Terry Hughes, Wikimedia Commons)

About Adam Redling

Adam Redling is a contributing writer for the Environmental Monitor. He covers the latest news, studies and products in the field of environmental research.

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