Sand rivers can be found in arid and semi-arid areas of the world where water is in short supply. Despite their dry appearance, useable quantities of water often reside in aquifers beneath the surface and can provide a sustainable and safe supply for rural communities. Nevertheless, dry rivers are often overlooked as a realizable source of water. This book sets out to address this issue and promotes the abstraction of water from sand rivers as a viable and affordable option for dryland areas. It enables the reader to assess the potential for abstraction from beneath a dry river bed and provides practical guidelines for doing so. The book is a 'how to' manual and is essential reading for engineers, technicians, fieldworkers and project planners who are faced with the challange of providing and sustaining safe and reliable water sources for low-income communities. It is also aimed at providing decision-makers in the water industry, commercial, government and non-governmental organizations with an overview of an alternative, appropriate water supply solution for dryland areas.

The Nile is the worlds longest river and the birthplace of one of the greatest civilizations of the ancient world. This book takes readers along the River in the Sand. Ancient Egyptians depended on the Niles annual floods to deposit fertile soil for farming. Today, more than 70 million people still grow crops in the rivers basin and fish in its waters.

From Morocco to Iran and the Black Sea to the Red, Water on Sand rewrites the history of the Middle East and North Africa from the Little Ice Age to the Cold War era. As the first holistic environmental history of the region, it shows the intimate connections between peoples and environments and how these relationships shaped political, economic, and social history in startling and unforeseen ways. Nearly all political powers in the region based their rule on the management and control of natural resources, and nearly all individuals were in constant communion with the natural world. To grasp how these multiple histories were central to the pasts of the Middle East and North Africa, the chapters in this book evidence the power of environmental history to open up new avenues of scholarly inquiry.

Rivers of Sand is an exploration of the unique techniques needed to fish the waters of Michigan and the Great Lakes region, and a discussion of (and paean to) the region itself.

At its height the Creek Nation comprised a collection of multiethnic towns and villages with a domain stretching across large parts of Alabama, Georgia, and Florida. By the 1830s, however, the Creeks had lost almost all this territory through treaties and by the unchecked intrusion of white settlers who illegally expropriated Native soil. With the Jackson administration unwilling to aid the Creeks, while at the same time demanding their emigration to Indian territory, the Creek people suffered from dispossession, starvation, and indebtedness. Between the 1825 Treaty of Indian Springs and the arrival of detachment six in the West in late 1837, nearly twenty-three thousand Creek Indians were moved—voluntarily or involuntarily—to Indian territory. Rivers of Sand fills a substantial gap in scholarship by capturing the full breadth and depth of the Creeks’ collective tragedy during the marches westward, on the Creek home front, and during the first years of resettlement. Unlike the Cherokee Trail of Tears, which was conducted largely at the end of a bayonet, most Creeks were relocated through a combination of coercion and negotiation. Hopelessly outnumbered military personnel were forced to make concessions in order to gain the compliance of the headmen and their people. Christopher D. Haveman’s meticulous study uses previously unexamined documents to weave narratives of resistance and survival, making Rivers of Sand an essential addition to the ethnohistory of American Indian removal.

This classroom resource provides clear, concise scientific information in an understandable and enjoyable way about water and aquatic life. Spanning the hydrologic cycle from rain to watersheds, aquifers to springs, rivers to estuaries, ample illustrations promote understanding of important concepts and clarify major ideas. Aquatic science is covered comprehensively, with relevant principles of chemistry, physics, geology, geography, ecology, and biology included throughout the text. Emphasizing water sustainability and conservation, the book tells us what we can do personally to conserve for the future and presents job and volunteer opportunities in the hope that some students will pursue careers in aquatic science. Texas Aquatic Science, originally developed as part of a multi-faceted education project for middle and high school students, can also be used at the college level for non-science majors, in the home-school environment, and by anyone who educates kids about nature and water. To learn more about The Meadows Center for Water and the Environment, sponsors of this book's series, please click here.

Worldwide demand for sand and gravel is increasing daily, as the need for these materials continues to rise, for example in the construction sector, in land filling and for transportation sector based infrastructural projects. This results in over-extraction of sand from channel beds, and hampers the natural renewal of sediment, geological setup and morphological processes of the riverine system. In India, illegal sand mining (of alluvial channels) and gravel mining (of perennial channels) are two anthropogenic issues that negatively affect the sustainable drainage system. Along the Kangsabati River in India, the consequences of sand mining are very serious. The construction of Mukutmonipur Dam (1958) on the river causes huge sediment deposition along the middle and downstream areas, these same areas are also intensely mined for sand (instream and on the flood plain). Geospatial models are applied in order to better understand the state and the resilience of stream hydraulics, morphological and river ecosystem variables during pre-mining and post-mining stages, using micro-level datasets of the Kangsabati River. The book also includes practicable measures to minimize the environmental consequences of instream mining in respect to optimum sand mining. It discusses the threshold limits of each variable in stream hydraulics, morphological and river ecological regime, and also discusses the most affected variables. Consequently, all outputs will be very useful for students, researchers, academicians, decision makers and practitioners and will facilitate applying these techniques to create models for other river basins.