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Discovering New Water Resources in Consolidated Rocks Using Innovative Hydrogeologic Concepts, Exploration, Drilling, Aquifer Testing and Management Methods
Discovering New Water Resources in Consolidated Rocks Using Innovative Hydrogeologic Concepts, Exploration, Drilling, Aquifer Testing and Management Methods
New exploration tools and techniques for a breakthrough paradigm of regional groundwater occurrence Fresh water is undoubtedly our most precious resource aside from the air we breathe, and the only commodity whose cost has steadily risen over time. At the same time, our understanding of the origins, pathways, and recharge mechanisms of the earth's most valuable "economic" mineral-groundwater-remains in the nineteenth century. It is ironic that this scientific anachronism is contributing to a global shortage of available fresh water supplies while oil, gas, and mineral discoveries have proliferated, vastly increasing the world's energy, precious metals, and industrial mineral reserves. Modern Groundwater Exploration details applications and results of proven twenty-first- century technologies and geological concepts adapted from the oil, gas, and mineral exploration industries for evaluating, developing, and managing previously undiscovered, massive, sustainable groundwater resources. Unprecedented in both its scope and authority, this timely book presents: * A new groundwater paradigm, coined Megawatershed, which accurately and comprehensively describes the earth's natural complex groundwater systems * Innovative exploration, drilling, and testing technologies that make major new ground-water sources more locatable and cost-effective to produce than ever before * Actual case studies in which megawatershed methods have identified vast quantities of new water and brought new hope to previously arid and desperately water-short locales * Chapters by former OECD DAC chairman Alexander R. Love, geopolitical analyst Dr. Ewan Anderson, and former director of the Trinidad and Tobago Water Resources Agency Dr. Utam Maharaj on the tremendous global implications of the megawater-shed paradigm. These experts explore the many beneficial applications of megawater-shed development, from macroeconomics to development of small island developing state (SIDS), and from critical environmental issues to water conflict resolution and the potential for a second "green revolution" The world's need for clean, dependable water is more urgent-and addressable-than ever before. Let Modern Groundwater Exploration introduce you to the authors' revolutionary megawatershed paradigm, along with the latest concepts and technologies for accessing vast reservoirs of groundwater-still today's safest, cleanest, and most plentiful water resource.
This guide to New Mexico's mountains provides information such as location, elevation and relief, ecosystems, archaeology, Native American presence, mining history, ghost towns, recreation, geology, ecology, and plants and animals.
Although Robert Morris (1734-1806), the Financier of the American Revolution, was a signer of the Declaration of Independence, the Articles of Confederation, and the Constitution, a powerful committee chairman in the Continental Congress, an important figure in Pennsylvania politics, and perhaps the most prominent businessman of his day, he is today least known of the great national leaders of the Revolutionary era.This oversight is being rectified by this definitive publication project that transcribes and carefully annotates the Office of Finance diary, correspondence, and other official papers written by Morris during his administration as superintendent of finance from 1781 to 1784.
Although Robert Morris (1734-1806), "the Financier of the American Revolution," was a signer of the Declaration of Independence, the Articles of Confederation, and the Constitution, a powerful committee chairman in the Continental Congress, an important figure in Pennsylvania politics, and perhaps the most prominent businessman of his day, he is today least known of the great national leaders of the Revolutionary era.This oversight is being rectified by this definitive publication project that transcribes and carefully annotates the Office of Finance diary, correspondence, and other official papers written by Morris during his administration as superintendent of finance from 1781 to 1784.
Although Robert Morris (1734-1806), "the Financier of the American Revolution," was a signer of the Declaration of Independence, the Articles of Confederation, and the Constitution, a powerful committee chairman in the Continental Congress, an important figure in Pennsylvania politics, and perhaps the most prominent businessman of his day, he is today least known of the great national leaders of the Revolutionary era.This oversight is being rectified by this definitive publication project that transcribes and carefully annotates the Office of Finance diary, correspondence, and other official papers written by Morris during his administration as superintendent of finance from 1781 to 1784.
A history of baseball since 1921 describes the "paternalistic era," when racial segregation was rigidly maintained, and the "inflationary era," when unions fought for increasingly higher pay and occupational mobility.
The Physics of Energy provides a comprehensive and systematic introduction to the scientific principles governing energy sources, uses, and systems. This definitive textbook traces the flow of energy from sources such as solar power, nuclear power, wind power, water power, and fossil fuels through its transformation in devices such as heat engines and electrical generators, to its uses including transportation, heating, cooling, and other applications. The flow of energy through the Earth's atmosphere and oceans, and systems issues including storage, electric grids, and efficiency and conservation are presented in a scientific context along with topics such as radiation from nuclear power and climate change from the use of fossil fuels. Students, scientists, engineers, energy industry professionals, and concerned citizens with some mathematical and scientific background who wish to understand energy systems and issues quantitatively will find this textbook of great interest.
Taking you to the historic cities of Devon and Cornwall, this Rough Guide shows you the galleries of St. Ives and local donkey sanctuaries in this updated guide, the ideal companion whether you're on a city break, beach vacation, or road trip. The locally based Rough Guides author team introduces the best places to stop and explore, and provides reliable insider tips on topics such as driving the roads, taking walking tours, or visiting local cathedrals. You'll find special coverage of history, art, architecture, and literature, and detailed information on the best markets and shopping for each area in this fascinating peninsula. The Rough Guide to Devon & Cornwall also unearths the best restaurants, nightlife, and places to stay, from backpacker hostels to beachfront villas and boutique hotels, and color-coded maps feature every sight and listing. Make the most of your time with The Rough Guide to Devon & Cornwall.
Offering state-of-the-art techniques for both attorneys and environmental scientists, Environmental Forensics: Principles and Applications discusses non-chemical methods such as corrosion modeling, inventory reconciliation, and aerial photography interpretation. The book also covers chemical fingerprinting used to identify the origin and age of a contaminant release- relevant techniques include the use of radioactive isotope analysis, degradation modeling based on half-lives, and fuel additives such as MTBE. Environmental Forensics provides case study examples of environmental trial exhibits. It covers misused techniques that can bias the scientific validity of a trial exhibit, such as scale exaggeration, use of statistical manipulation, data contouring, and selective presentation. Detailed information is provided for identifying and interpreting those portions of environmental reports that are "target rich" sources of scientific biases. These include the identification of false positive, false negative and the intentional manipulation of environmental data that occurs primarily in the sample collection process.
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