Savannah habitats comprise an ecologically important, but ultimately fragile, ecosystem. They constitute one of the largest biomes on Earth, covering almost 20% of the land surface, and can be simply described as tropical and subtropical grasslands with scattered bushes and trees. Most savannahs occur in Africa, although smaller areas can be found in South America, India, and Australia. They form a rich mosaic of diverse ecosystems, and this book offers a concise but comprehensive introduction to their ecology, biodiversity, and conservation. The Biology of African Savannahs describes the major plants (grasses, and trees such as Acacia) and animals (mainly large mammals) that live in this habitat, and examines the biological and ecological factors that influence their population size, interactions (such as predation), and community composition. Conservation issues such as climate change, hunting, and conflict between wildlife and domestic animals are also discussed. This new edition has been updated throughout with the latest research in the field, and contains new technique boxes which introduce readers to some of the analytical methods used to study African savannahs. This accessible text is suitable for both senior undergraduate and graduate students taking courses in savannah and tropical ecology as part of a wider ecology and/or conservation biology degree programme. It will also be of relevance and use to the many professional ecologists and conservation practitioners requiring a concise but authoritative overview of the topic.

This book develops a unified vision of the ecology of dry savannas, a little studied ecosystem.

This book tells the sweeping story of the role that East African savannas played in human evolution, how people, livestock, and wildlife interact in the region today, and how these relationships might shift as the climate warms, the world globalizes, and human populations grow. Our ancient human ancestors were nurtured by African savannas, which today support pastoral peoples and the last remnants of great Pleistocene herds of large mammals. Why has this wildlife thrived best where they live side-by-side with humans? Ecologist Robin S. Reid delves into the evidence to find that herding is often compatible with wildlife, and that pastoral land use sometimes enriches savanna landscapes and encourages biodiversity. Her balanced, scientific, and accessible examination of the current state of the relationships among the region’s wildlife and people holds critical lessons for the future of conservation around the world.

Introductory textbook using the entire range of tropical ecosystems - terrestrial, freshwater and marine - to illustrate and explain major ecological concepts.

A history of 150 years of social-ecological transformations in the arid savannah landscape of Namibia.

In a lively, personal style, Savannah Lives offers an introduction to the African savannahs as home to a unique wildlife and as the context for the origin and evolution of the human species. After briefly explaining the geology of the African continent and the climatic changes that have shapedits vegetation, Staffan Ulfstrand describes how the savannah is constantly modified by fire, water, elephants - and people. Much of the book is taken up with describing the lives of some of the most charismatic savannah species and how they have evolved to cope with the environment they lived in.Ulfstrand goes on to explain how our knowledge of animals' behaviour and evolution can provide insights into much of our behaviour and modern life-style. The book is written for everyone who is interested in the natural history of savannahs, in their animal inhabitants, and in the human species.Most of all, it will appeal to anyone who has visited or hopes to visit the fabulous scenery and spectacular animal diversity of Africa's savannahs.

Learning is fun while discovering one of the most beautiful ecosystems in the world! Begin to appreciate the adorable baby animals in and around the grasslands like zebras that gallop, hippos that graze, and mearkats that watch. Explore the world around you, and inspire a bond with nature through curiosity and wonder! Parents, teachers and gift givers will find: a book filled with baby animals from the grasslands habitat. educational backmatter about this habitat and the animals that live there. a nature book to explore new and beautiful habitats! The creative art will inspire many projects at home and at school! Kids will explore the grasslands habitat and learn about baby animals like giraffes, hippos, and more creatures around the grasslands habitat in this bestselling book for young explorers!

Savannas form one of the largest and most important of the world's ecological zones. Covering one fifth of the Earth's land surface, they are home to some of the world's most iconic animals and form an extremely important global resource for plants and wildlife. However, increasing recognition of their land potential means that they are extremely vulnerable to accelerating pressures on usable land. This Very Short Introduction considers savannas as landscapes. Discussing their origin, topography, and global distribution, Peter A. Furley explores the dynamic nature of savannas and illustrates how they have shaped human evolution and movements. He goes on to discuss the unrelenting pressures that confront conservation and management and considers the future for savannas. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.

Savannas are the most widespread ecosystem in the tropics and as such are subjected to great human pressure that may result in massive soil degradation. The book addresses the role of species in the function of savanna ecosystems. It is shown that savannas are enormously diverse and that four factors determine the function of savanna ecosystems: Plant Available Moisture; Plant Available Nutrients; Fire; Herbivores.