It can be argued that the differences in content and approach between physical and human geography, and also within its sub-disciplines, are often overemphasized. The result is that geography is often seen as a diverse and dynamic subject, but also as a disorganized and fragmenting one, without a focus.;"Unifying Geography" focuses on the plural and competing versions of unity that characterize the discipline, which give it cohesion and differentiate it from related fields of knowledge. Each of the chapters is co-authored by both a leading physical and a human geographer, on the nature of geography. Themes identified include those of the traditional core as well as new and developing topics that are based on subject matter, concepts, methodology, theory, techniques and applications. Through its identification of unifying themes, the book will provide students with a meaningful framework through which to understand the nature of the geographical discipline.

It can be argued that the differences in content and approach between physical and human geography, and also within its sub-disciplines, are often overemphasized. The result is that geography is often seen as a diverse and dynamic subject, but also as a disorganized and fragmenting one, without a focus. "Unifying Geography" focuses on the plural and competing versions of unity that characterize the discipline, which give it cohesion and differentiate it from related fields of knowledge. Each of the chapters is co-authored by both a leading physical and a human geographer, on the nature of geography. Themes identified include those of the traditional core as well as new and developing topics that are based on subject matter, concepts, methodology, theory, techniques and applications. Through its identification of unifying themes, the book will provide students with a meaningful framework through which to understand the nature of the geographical discipline.

Glacier forelands provide a unique type of field laboratory for the study of landscape ecology. Their restricted physical size and the relatively simple ecosystems which they support allow comprehensive investigations to be carried out, but their particular attraction is the existence of terrain of increasing age with increasing distance from a retreating glacier, allowing inference of ecological change over long time periods. This book provides the first comprehensive review of the available information on the ecology of recently-deglaciated terrain and evaluates critically the methodology currently employed in such studies. The theme developed is that the ecology of these regions can only be understood fully by giving due consideration to the role and interaction of both physical and biological processes in the development of the landscape. By adopting this geoecological approach, the spatial variation and dynamics of vegetation and soils are considered in relation to other aspects of the landscape such as topographic variation, climate and geomorphic processes. A geoecological model is thus outlined which provides both a framework for interpreting the varied ecological nature of glacier forelands found throughout the world, and also an agenda for future research.

Glacier forelands provide a unique type of field laboratory for the study of landscape ecology. Their restricted physical size and the relatively simple ecosystems which they support allow comprehensive investigations to be carried out, but their particular attraction is the existence of terrain of increasing age with increasing distance from a retreating glacier, allowing inference of ecological change over long time periods. This book provides the first comprehensive review of the available information on the ecology of recently-deglaciated terrain and evaluates critically the methodology currently employed in such studies. The theme developed is that the ecology of these regions can only be understood fully by giving due consideration to the role and interaction of both physical and biological processes in the development of the landscape. By adopting this geoecological approach, the spatial variation and dynamics of vegetation and soils are considered in relation to other aspects of the landscape such as topographic variation, climate and geomorphic processes. A geoecological model is thus outlined which provides both a framework for interpreting the varied ecological nature of glacier forelands found throughout the world, and also an agenda for future research.

This Very Short Introduction answers four basic questions: what is Geography, how do geographers work, why is Geography important, and where is the discipline of Geography heading? Geography has always been important, though it has had only a short history as an academic discipline and is much misunderstood. Modern Geography has come a long way from its historical roots in exploring foreign lands, in mapping the world and in describing the physical and human features of the Earth's surface. There are two parts to the discipline: Physical Geography, which covers natural environments and landscapes; and Human Geography, which investigates people and the cultural landscape. Physical and human geographers commonly do not agree with each other. But there are also common elements and Geography as a whole has an important role as a bridge between the sciences and the humanities. Using wide-ranging examples, the book paints a broad picture of the current state of Geography, its subject matter, concepts and methods, how it developed, and its strengths and weaknesses. The book's conclusion is no less than a manifesto for Geography's future.