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This is the first comprehensive and critical evaluation of the biome (large-scale, functional biotic communities) patterns in the Southern Hemisphere. Revising the Heinrich Walter's zonobiome system for the Southern Hemisphere appeared as necessary because of the bioclimatic imbalance between the Hemispheres. This revision resulted in formulation of a new zonobiome system, considering the geographic peculiarities of both Hemispheres, hence creating a new, powerful tool of global nature-resource survey and conservation. The system has a potential to attract the interest of the global climate…mehr

Produktbeschreibung
This is the first comprehensive and critical evaluation of the biome (large-scale, functional biotic communities) patterns in the Southern Hemisphere. Revising the Heinrich Walter's zonobiome system for the Southern Hemisphere appeared as necessary because of the bioclimatic imbalance between the Hemispheres. This revision resulted in formulation of a new zonobiome system, considering the geographic peculiarities of both Hemispheres, hence creating a new, powerful tool of global nature-resource survey and conservation. The system has a potential to attract the interest of the global climate modeling community as the concept of biome (and associated hierarchical system) has a strong functional focus. All zonal biomes of the Southern Hemisphere are featured, and the major challenges we face in understanding their origins, structure, and functioning are discussed. The book contains a wealth of original data resulting from collation of bioclimatic data and vegetation mapping.
Autorenporträt
Prof Ladislav (Laco) Mucina completed his education in Slovakia and at the Technical University Berlin (Germany). He then served as a professor at universities in Austria, Italy, Sweden, Kuwait, South Africa and Australia; currently he is the Iluka Chair in Vegetation Science and Biogeography at the University of Western Australia, and an elected Honorary Member of the Hungarian Academy of Sciences. His scientific interests span descriptive vegetation science (especially vegetation surveys, classification and mapping), biosystematics, molecular phylogeny, population ecology, evolutionary biology, biogeography, biodiversity science, environmental management, plant community restoration, and conservation biology.