Artificial reef in Red sea teems with life

Aug 20, 2013
Divers willingness to pay for biodiversity could help conservation efforts

In 2007, an artificial reef designed by Ben-Gurion University of the Negev (BGU) researchers was placed in the Gulf of Eilat to reduce environmental pressure on the region's natural reef. Now teeming with life, a new study using the "Tamar Reef" shows that divers assign economic importance to aspects of reef biodiversity. These findings could help underwater conservation efforts.

According to the study published in the ICES Journal of Marine Science, divers were willing to pay to improve the reef's attributes and were able to differentiate and rank their preferences of biodiversity, numbers of fish and corals, coral , richness, coral size, coral abundance, and fish abundance. Respondents ranked biodiversity as the most desirable value, while was the least important.

"This result was exiting to us, since it shows that the general public as well as scientists place a high value on biodiversity and that visitors understand the fundamentals that constitute a coral reef community," says Dr. Nadav Shashar of BGU's Marine Biology and Biotechnology Program in Eilat, Israel. "This may help direct conservation efforts undertaken in designing future and pre-planned artificial reefs."

Dr. Shashar and his team surveyed 295 divers to evaluate their willingness to pay for improving various elements of a coral reef. They were shown a series of photographs of the BGU-created Tamar Reef with varied densities and compositions of fish and . The researchers focused on the overall aesthetic value of each component, but also how divers' aesthetic preferences compare with scientific biodiversity attributes that might be of interest for conservation purposes.

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The project is a collaboration between Israelis and Jordanians to restore the local Gulf reef culture. The Tamar Reef was the first of four reefs installed in the Red Sea. Students and faculty from both countries work together in studying the artificial reef and how it affects the marine ecology in the area.

Special coral nurseries were developed to augment coral diversity. Small fragments developed into large corals and were planted on the artificial reefs. "One of the nurseries developed into an entirely new ecosystem of a floating coral reef with all types of fish; we even filmed a turtle stopping by to feed," Shashar explains. "We are not just studying biodiversity but helping to reestablish fish and marine life that has been depleted in the Gulf."

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