Mueller-Dombois and the late F.R. Fosberg are recognized as the leading authorities on the plant diversity and ecology of Pacific islands. This book is a majesterial synthesis of the vegetation and landscapes of the islands of the Pacific Ocean. These islands encompass a vast range of climate, geography and geology. The authors' great efforts in assembling the existing information into an integrated, comprehensive format will be welcomed by biogeographers, plant ecologists, conservation biologists, and all scientists with an interest in island biology.

Mueller-Dombois and the late F.R. Fosberg are recognized as the leading authorities on the plant diversity and ecology of Pacific islands. This book is a majesterial synthesis of the vegetation and landscapes of the islands of the Pacific Ocean. These islands encompass a vast range of climate, geography and geology. The authors' great efforts in assembling the existing information into an integrated, comprehensive format will be welcomed by biogeographers, plant ecologists, conservation biologists, and all scientists with an interest in island biology.

Mueller-Dombois and the late F.R. Fosberg are recognized as the leading authorities on the plant diversity and ecology of Pacific islands. This book is a majesterial synthesis of the vegetation and landscapes of the islands of the Pacific Ocean. These islands encompass a vast range of climate, geography and geology. The authors' great efforts in assembling the existing information into an integrated, comprehensive format will be welcomed by biogeographers, plant ecologists, conservation biologists, and all scientists with an interest in island biology.

Forest damage, forest decline, forest dieback - not related to biotic agents - is occurring in the Atlantic and Pacific regions. In Europe and Eastern North America this serious problem is considered to be, at least to some part, related to industrial air pollutants and their atmospheric conversion products, such as acid rain or ozone. Forest declines in the Pacific region have been attributed largely to natural causes involving forest dynamics, since air pollution and other negative anthropogenic influences are practically absent. Presented here are typical decline phenomena in the Pacific and Atlantic region, potential causes, effects and mitigation strategies, and the question whether there are any similarities on a functional or structural basis is addressed.

Mueller-Dombois and the late F.R. Fosberg are recognized as the leading authorities on the plant diversity and ecology of Pacific islands. This book is a majesterial synthesis of the vegetation and landscapes of the islands of the Pacific Ocean. These islands encompass a vast range of climate, geography and geology. The authors' great efforts in assembling the existing information into an integrated, comprehensive format will be welcomed by biogeographers, plant ecologists, conservation biologists, and all scientists with an interest in island biology.

Mueller-Dombois and the late F.R. Fosberg are recognized as the leading authorities on the plant diversity and ecology of Pacific islands. This book is a majesterial synthesis of the vegetation and landscapes of the islands of the Pacific Ocean. These islands encompass a vast range of climate, geography and geology. The authors' great efforts in assembling the existing information into an integrated, comprehensive format will be welcomed by biogeographers, plant ecologists, conservation biologists, and all scientists with an interest in island biology.

Mueller-Dombois and the late F.R. Fosberg are recognized as the leading authorities on the plant diversity and ecology of Pacific islands. This book is a majesterial synthesis of the vegetation and landscapes of the islands of the Pacific Ocean. These islands encompass a vast range of climate, geography and geology. The authors' great efforts in assembling the existing information into an integrated, comprehensive format will be welcomed by biogeographers, plant ecologists, conservation biologists, and all scientists with an interest in island biology.

Forest damage, forest decline, forest dieback - not related to biotic agents - is occurring in the Atlantic and Pacific regions. In Europe and Eastern North America this serious problem is considered to be, at least to some part, related to industrial air pollutants and their atmospheric conversion products, such as acid rain or ozone. Forest declines in the Pacific region have been attributed largely to natural causes involving forest dynamics, since air pollution and other negative anthropogenic influences are practically absent. Presented here are typical decline phenomena in the Pacific and Atlantic region, potential causes, effects and mitigation strategies, and the question whether there are any similarities on a functional or structural basis is addressed.