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Combines GIS aided landscape analysis with an examination of both historical and ethnoarchaeological data to provide new insights on the link between water sources and the built environment at Great Zimbabwe. The book interrogates the centrality of water in shaping spatial and social processes at an ancient capital. In addition, the author examines the different methods used by the residents of Great Zimbabwe to manage water sources and to transport water from sources to the domestic area and the implications of such methods to the use of space. It also examines the ways in which water sources influenced social formation and use of space at the ancient city of Great Zimbabwe.
Conditioned by local ways of knowing and doing, Great Zimbabwe develops a new interpretation of the famous World Heritage site of Great Zimbabwe. It combines archaeological knowledge, including recent material from the author’s excavations, with native concepts and philosophies. Working from a large data set has made it possible, for the first time, to develop an archaeology of Great Zimbabwe that is informed by finds and observations from the entire site and wider landscape. In so doing, the book strongly contributes towards decolonising African and world archaeology. Written in an accessible manner, the book is aimed at undergraduate students, graduate students, and practicing archaeologists both in Africa and across the globe. The book will also make contributions to the broader field such as African Studies, African History, and World Archaeology through its emphasis on developing synergies between local ways of knowing and the archaeology.
The book provides new insights into the link between water sources and the built environment at Great Zimbabwe. It uses GIS analysis ethnographic data to model water use and its effects on the landscape. The book also examines the ways in which water sources influenced social formation.
As water availability, management and conservation become global challenges, there is now wide consensus that historical knowledge can provide crucial information to address present crises, offering unique opportunities to appreciate the solutions and mechanisms societies have developed over time to deal with water in all its forms, from rainfall to groundwater. This unique collection explores how ancient water systems relate to present ideas of resilience and sustainability and can inform future strategy. Through an investigation of historic water management systems, along with the responses to, and impact of, various water-driven catastrophes, contributors to this volume present tenable solutions for the long-term use of water resources in different parts of the world. The discussion is not limited to issues of the past, seeking instead to address the resonance and legacy of water histories in the present and future. Water and Society from Ancient Times to the Present speaks to an archaeological and non-archaeological scholarly audience and will be a useful primary reference text for researchers and graduate students from a variety of disciplinary backgrounds including archaeology, anthropology, history, ecology, geography, geology, architecture and development studies.
This book contains the most comprehensive question bank and model answers for ZIMSEC A-Level History exam questions. It also includes syllabus review notes and exercises. History subject Examiners provide observations and tips and point out common errors that students make when answering questions. If you use this book faithfully, it will be almost impossible for you to fail. Use this book and earn yourself a Grade "A" in History.
This work is concerned with the understanding of the structure and behaviour of urban and regional systems in developing countries. Professor Chadwick considers not only how such systems change, but also how they might be changed by some form of manipulation. Both these purposes necessarily involve the activity of modelling the systems concerned. This study has been enriched by the author's own experience in Bahrain, Hong Kong, Korea and Saudi Arabia.
An investigation into the spatial politics of separation and division in South Africa, principally during the apartheid years, and the effects of these physical and conceptual barriers on the land. In contrast to the weight of literature focusing on post-apartheid South Africa, the focus of this book includes the spatial, political and cultural landscape practices of the apartheid government and also refers to contemporary work done in Australia, England and the US. It probes the uncertainty and ambiguity of identities and cultures in post-apartheid society in order to gain a deep understanding of the history that individuals and society now confront. Drawing on a wealth of research materials including literature, maps, newspapers, monuments, architectural drawings, government legislation, tourist brochures, political writing and oral histories, this book is well illustrated throughout and is a unique commentary on the spatial politics of a time of enormous change.
The scholarly theme of the book lends itself to the discipline of earth and atmospheric sciences, with a specific focus on water-climate studies. The book is a scholarly discourse by researchers in the natural sciences, including Hydrologists, Climate Scientists, Environmental Engineers and Water Scientists. The purpose of the book is to address the limited complementarity between the water and climate studies; which is crucial in promoting scientific research that informs policy decisions and implementation of water security plans. The chapters were selected to represent water-climate models and policy research conducted in different river basins in the arid and semi-arid environments. Therefore, the water-climate management tools highlighted in this book include General Circulation Models (GCMs), Coupled Model Inter-comparison Project Phase 5 (CMIP5), Soil and Water Assessment Tool (SWAT), Africa Flood and Drought Monitor (AFDM), Extreme Precipitation Events (EPEs), R ClimDex, Mixed strategy game models, Standard Precipitation Indices (SPIs), Water Evaluation and Planning System (WEAP), Penman Calculator, and Saturated Volume Fluctuation (SVF).