Ladislav Mucina – författare

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.

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 book is the first comprehensive account of large-scale ecosystems (biomes) of Southern Africa (defined as area south of the Kunene and Zambezi Rivers).

This book is the first comprehensive account of large-scale ecosystems (biomes) of Southern Africa (defined as area south of the Kunene and Zambezi Rivers). It addresses the diversity of biomes in one of the most biodiverse regions of the world, comprising South Africa, Namibia, Botswana, Zimbabwe, southern part of Mozambique, Eswatini, and Lesotho. It has adopted a novel, hierarchical biome-classification approach. The biomes at four levels of complexity are identified, described, and mapped using modern GIS-assisted mapping technology. The structure of the book and its comprehensive nature makes this product of prime interest to teachers and students of all tertiary education levels as well as to scientists in the fields of ecology, biodiversity science, and bioclimatology. It is poised to serve as a major reference book and handbook for the users in these scientific fields.

It uses original field sampling and advanced numerical data analysis to examine three major types of forest – Albany Coastal Forests, Pondoland Coastal Scarp and Eastern Scarp – all of which are of high conservation value.