Artificial Reefs and Coral Transplantation

Coral reefs worldwide are increasingly threatened byhuman activities. As a consequence, the field of reefrestoration has drawn increasing attention fromscientists, management agencies and NGOs. Although anumber of advances have been made, the ecologicaleffects of most restoration techniques are not yetfully understood.How does coral transplantationaffect reef fishes?Can transplantation of coral fragments be used toincrease coral recruitment? The author tries to shedsome light on the reaction of key reef organisms toselected restoration methods by examining the resultsof a long-term field study in Indonesia. Over 6000coral fragments were transplanted and artificialstructures were deployed on 600 square meters of reefin one of the most extensive experimental restorationefforts to date.Using comparative observations from the ambient reef,the study underlines the importance of reef contextin deciding on the appropriate restoration approach.Furthermore, the author demonstrates the utility ofreef fish monitoring in the evaluation of reefrestoration effort. This book is aimed at studentsand scientists as well as practitioners anddecision-makers.

Autorentext
Dr. Sebastian Ferse has studied biology in Göttingen, SantaBarbara and Bremen and obtained his M.Sc. and Ph.D. at theUniversity of Bremen. He has worked in French Polynesia and atvarious locations throughout Indonesia. His current research atthe Center for Tropical Marine Ecology in Bremen/Germany focuseson human uses of coral reef resources.

Klappentext
Coral reefs worldwide are increasingly threatened by human activities. As a consequence, the field of reef restoration has drawn increasing attention from scientists, management agencies and NGOs. Although a number of advances have been made, the ecological effects of most restoration techniques are not yet fully understood. How does coral transplantation affect reef fishes? Can transplantation of coral fragments be used to increase coral recruitment? The author tries to shed some light on the reaction of key reef organisms to selected restoration methods by examining the results of a long-term field study in Indonesia. Over 6000 coral fragments were transplanted and artificial structures were deployed on 600 square meters of reef in one of the most extensive experimental restoration efforts to date. Using comparative observations from the ambient reef, the study underlines the importance of reef context in deciding on the appropriate restoration approach. Furthermore, the author demonstrates the utility of reef fish monitoring in the evaluation of reef restoration effort. This book is aimed at students and scientists as well as practitioners and decision-makers.