Hydrology and the hydrosphere Books

Book SynopsisA deeply enriched second edition of a classical textbook on fluid dynamics. It emphasizes an experimental (inductive) approach rather than the more formal approach found in many textbooks in the field.Trade ReviewThis book is essential reading for all people interested in the modern study of fluids and hydrodynamics, from undergraduates to graduate research students and professors. The book provides a comprehensive and up-to-date description of the behaviour and theory of fluids with excellent examples drawn from real life that illustrate the principles. Covering a large range of topics relating the hydrodynamics observed in the real world to our mathematical descriptions, the derivations throughout are developed with a rare clarity accompanied with proofs and key explanations. Importantly for those new to the topic, the physical meaning of all terms in the mathematical description are described articulately throughout. With examples including the latest state-of-the-art knowledge of fluids and their behaviour, this book should sit on the desk of all people interested and active in hydrodynamics Benedict Rogers, University of Manchester, UKTable of Contents1. The physics of fluids ; 2. Momentum transport under various flow conditions ; 3. Kinematics of fluids ; 4. Dynamics of viscous fluids, rheology, and parallel flows ; 5. Conservation laws ; 6. Potential flow ; 7. Vorticity, vortex dynamics, and rotating flows ; 8. Quasi-parallel flows - lubrication approximation ; 9. Flows at low Reynolds number ; 10. Coupled transport; Laminar boundary layers ; 11. Hydrodynamic instabilities ; 12. Turbulence

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Table of Contents1 FRONT MATTER; 2 EXECUTIVE SUMMARY; 3 1 INTRODUCTION; 4 2 BACKGROUND; 5 3 MODERNIZATION OF THE NATIONAL WEATHER SERVICE HYDROLOGIC SERVICES: AN EVALUATION; 6 4 MANAGEMENT AND OPERATIONAL SUPPORT; 7 5 EPILOGUE: AN OVERALL ASSESSMENT; 8 REFERENCES; 9 ACRONYMS; 10 GLOSSARY; 11 APPENDIX: SUMMARY OF SURVEY RESPONSES FROM NATIONAL WEATHER SERVICE EMPLOYEES WITH HYDROLOGIC RESPONSIBILITIES

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Book SynopsisNow in its second edition, Water Resources: An Integrated Approach provides students with a comprehensive overview of natural processes associated with water and the modifications of these processes by humans through climate change and land management, water-related health issues, engineering approaches to water and socio-economic processes of huge importance to water resources. The book contains chapters written by 24 specialist contributors, providing expert depth of coverage to topics. The text introduces the basic properties of water and its importance to society and the nature of the different regional imbalances between water resource availability and demand. It guides the reader through the changing water cycle impacted by climate and land management, water flows in river basins, surface water quality, groundwater and aquatic ecosystems, and covers the role of water in human health and associated hazards before turning to engineering solutioTable of ContentsList of contributors Preface Acknowledgements 1. Water basics 2. The changing water cycle 3. Surface water hydrology 4. Surface water quality 5. Groundwater 6. Aquatic ecosystems 7. Water and health 8. Potable water and wastewater treatment 9. Water demand planning and management 10. Water economics 11. Water conflict, law and governance 12. Virtual water 13. The future of water Glossary Index

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Book SynopsisA journey through time and around the world to uncover water's true nature, and how it can help us adapt to climate change. Trouble with water – increasingly frequent, extreme floods and droughts – is one of the first obvious signs of climate change. Meanwhile, urban sprawl, industrial agriculture and engineered water infrastructure are making things worse. As our control attempts fail, we are forced to recognize an eternal truth: sooner or later, water always wins. Award-winning science journalist Erica Gies follows water 'detectives' as they search for clues to water's past and present. Their tools: cutting-edge science and research into historical ecology, animal life, and earlier human practices. Their discoveries: a deeper understanding of what water wants and how accommodating nature can protect us and other species. Modern civilizations tend to speed water away. We have forgotten that it must flex with the rhythms of the earth, and that only collaboration with nature will allow us to forge a more resilient future.Trade ReviewA gripping investigation into water and the champion sleuths who research it and engage in daunting yet necessary efforts to restore health to a damaged planet * Booklist *[One of] the best science books coming your way in 2022 * New Scientist *In this sparkling, flowing, world-spanning narrative, Gies compellingly shows why water will always win in the end, particularly in an urbanizing world facing disruptive climate change. She also reveals, through guides ranging from China's 'sponge city' designers to beavers, how liberating water can liberate us, in turn -- Andrew Revkin, co-author of The Human Planet and former New York Times climate reporterReveals the mysteries of water's journey from source to sea, and shows how working with nature can help save us from the ravages of climate change. Through fascinating stories and detailed research, Gies challenges modern societies to relinquish some control, and let water go where it wants to go. This eye-opening book is filled with brilliant insights, creativity, inspiration, and honest hope -- Sandra Postel, author of Replenish and winner of the 2021 Stockholm Water PrizeWe've tried, in every way we know, to control and contain water on this planet. But there are limits to our power, which become clearer as escalating cycles of flooding and drought increasingly make a mockery of our efforts. As Gies ably demonstrates, the time has come to learn some lessons from liquid, and to start trying to live gracefully in our wonderfully aqueous world -- Bill McKibben, author of The End of NatureFrom California's agricultural lands to the marshes of Iraq, from beavers to microinvertebrates, from early water cultures in India and Peru to today's water crises and the challenges of climate change, Gies uses her formidable reporting skills and personal experiences to weave together beautiful stories about water, its impact on our lives, and how it's long past time to repair our relationship with this most precious resource -- Peter Gleick, founder of Pacific InstituteIn a world awash with water stress, Gies and the many people featured in her pages are leading the way to a future where people might live in a sustainable relationship with the element that sustains us all. It is entertaining, engaging, and applicable nearly everywhere in the world – every reader will find connections to their home communities here -- Peter K. Brewitt, Wofford CollegeAn inspiring, insightful book about the myriad ways that 'water detectives' are helping water to heal the planet * Foreword *Gies proposes a new path... "Slow Water" is an approach that works with local landscapes, climates and cultures, rather than trying to dominate or change them * Geographical *

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Book SynopsisWater dominates our lives: we live on a planet with much water and our lives depend on it in many ways. Despite the seeming abundance of water on the planet - with over 70% being salt water - human activity and prevailing climate conditions are placing more pressure on our supply of water than ever before, however. With this pressure comes a need to understand the physical principles of hydrology - the study of the occurrence, movement, and physical properties of non-oceanic water on and below the earth''s surface - an understanding that can then be applied to water management and related innovations. Introduction to Physical Hydrology provides a solid grounding in the principles of the subject. Exploring the principal rules that govern the flow of water on the land, it considers the four major types of water: atmospheric, ground, soil, and surface. It gives insights into the major hydrological processes, and shows how the principles of physical hydrology inform our understanding of climate and global hydrology - the large-scale study of hydrology with which we need to grapple to fully understand the impact of the climate on water supply.The study of physical properties is done most effectively through mathematical representations of concepts and processes. Introduction to Physical Hydrology includes a carefully-developed and class-tested learning framework: an extensive range of examples and exercises, and further maths support in the form of a series of Maths Toolboxes help the reader engage with and understand the maths required to master the subject.With hydrology now being approached from environmental and social perspectives, in addition to the more traditional physical geography and civil engineering perspectives, there has never been a more important time to develop a sound understanding of the subject. Introduction to Physical Hydrology is the perfect course companion while you develop this understanding. Online ResourcesThe online resources to accompany Introduction to Physical Hydrology feature:For registered adopters of the book: Figures from the book, available to downloadFor students: A series of interactive spreadsheets related to topics introduced in the book A selection of multiple-choice questions to help check your understanding of the key concepts covered. A library of web links Groundwater hydraulics test - three exercises to test your knowledge of section 3.15Trade ReviewI think it is the best textbook for undergraduates that I have seen so far. I am very fond of your examples, your exercise material and the treatment of mathematics. * Professor Hubert Savenije, Delft University of Technology *Excellent mathematical tools, and boxes that bring extra knowledge and interesting applications. A pleasure to read. * Dr Roger Thunvik, Royal Institute of Technology, Sweden *A detailed and thorough review of the physical principles of hydrology... case studies and examples as 'boxes', and student exercises (along with all important answers) makes this student textbook a useful addition to the literature available in this subject area. * Dr Ian Maddock, Principal Lecturer in Physical Geography, University of Worcester *The enterprise of Hendriks in writing this book represents an ambitious and difficult task, with the self-stated objective being to provide 'a combined approach to hydrology from environmental and social perspectives, in addition to the more traditional physical geography and civil engineering perspectives'. This approach works well and is likely to be well received by those wishing to rapidly immerse themselves in this field with little or no prior knowledge. It is an ideal introductory text for undergraduates in hydrology. * Joan Estrany, University of the Balearic Islands, Spain *Table of Contents1: INTRODUCTION; 2: ATMOSPHERIC WATER; 3: GROUNDWATER; 4: SOIL WATER; 5: SURFACE WATER; C CONCEPTUAL TOOLKIT; M MATHEMATICS TOOLBOXES; A ANSWERS TO THE EXERCISES

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Book SynopsisIncreasing population and industrialization are the key pollutant contributors in water bodies. The wastes generated by industries are highly hazardous for humans and the ecosystem and require a comprehensive and effective treatment before being discharged into water bodies. Over the years, many up gradations have been introduced in traditional water treatment methods which were expensive and ineffective especially for removal of toxic pollutants. Phycoremediation has been gaining attention due to its mutual benefit in wastewater treatment and for valuable algae biomass production. Wastewater, especially sewage and industrial effluents, is rich in pathogenic organisms, organic and inorganic compounds and heavy metals that adversely affect human and aquatic life. Microalgae use these inorganic compounds and heavy metals for their growth. In addition, they also reduce pathogenic organisms and release oxygen to be used by bacteria for decomposition of organic compounds in a secondary tTable of ContentsChapter 1: Addressing the Strategies of Algal Biomass Production with Wastewater TreatmentChapter 2: Recent progress of phytoremediation-based Technologies for industrial wastewater treatmentChapter 3: Microalgae as Biological cleanser for waste water treatmentChapter 4: Phycoremediation of Toxic Metals for Industrial Effluent TreatmentChapter 5: Algal Biomass Production Coupled to Wastewater TreatmentChapter 6: Photobioreactor in Waste Water Treatment: Design and Operational featuresChapter 7: Genetic Engineering of AlgaeChapter 8: Immobilized Micro Algae For Removing Waste Water Pollutants And Ecotoxicological View Of Adsorbed Nanoparticles – An OverviewChapter 9: Tailoring Microalgae for Efficient Biofuel Production

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Book SynopsisThis book is designed as an undergraduate text for water and environmental engineering courses and as preliminary reading for postgraduate courses in water and environmental engineering- including introductory coverage of irrigation and drainage, water resources, hydrology, hydraulic structures, and more. The text and exercises have been classroom tested by undergraduate water and environmental engineering students and are augmented by material prepared for extramural short courses. It covers basic concepts of agricultural irrigation and drainage, including planning and design, surface intakes, economics, environmental impacts wetlands, and legal issues.Features: Numerous illustrations throughout to clarify the concepts presented Examines and compares the advantages and disadvantages of several methods of irrigation practice Explains the integral components including pumps, filters, piping, valves, and more <

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Book SynopsisField Hydrogeology Pocket-sized field workbook for students studying hydrogeology at undergraduate and postgraduate levels The fully revised Fifth Edition of Field Hydrogeology serves as a comprehensive guide to conducting a hydrogeological study, beautifully presented with full colour photos and diagrams throughout, in a practical pocket size for easy use in the field. This new edition includes recent developments in the environmental regulations, with particular focus on the use of innovative technology. New topics in the Fifth Edition include the monitoring of boreholes using piezometers, how to identify the origin of water in the basement of a building, and an expanded section on geothermal energy. The text also includes case studies and text boxes to aid in reader comprehension, with a particular emphasis on practical application throughout. The Fifth Edition of Field Hydrogeology addresses key topics such as: Horizontal wells and shTable of ContentsPreface to the Fifth Edition viii Preface to the Fourth Edition ix Acknowledgements x 1 Introduction 1 1.1 Groundwater Systems 1 1.2 Conceptual Model 4 1.3 Groundwater Computer Modelling 8 1.4 Hydrogeological Report Writing 9 1.5 Expert Witness 9 2 Desk Study 13 2.1 Defining the Area 13 2.2 Identifying the Aquifers 14 2.3 Groundwater Levels 15 2.4 Surface Water 17 2.5 Recharge 17 2.6 Groundwater Use 18 2.7 Groundwater Chemistry 18 2.8 Aerial Photographs and Satellite Imagery 19 2.9 Planning a Fieldwork Programme 20 3 Field Evaluation of Aquifers 23 3.1 Grain Size Analysis 23 3.2 Hydraulic Properties of Aquifers 25 3.3 Hydraulic Properties and Rock Types 27 3.4 Assessing Hydraulic Properties 33 3.5 Using Hydraulic Property Information 34 3.6 Recharge through the Vadose Zone 38 4 Groundwater Levels 45 4.1 Water Level Dippers 45 4.2 Continuous Water Level Recorders 48 4.3 Measuring Ground Levels and Locations 53 4.4 Tool-Box 56 4.5 Well Catalogue 57 4.6 Field Surveys for Wells, Boreholes and Springs 57 4.7 Interpretation of Abstraction Borehole Water Levels 62 Case History 1 – Interpretation of Groundwater Strikes 66 4.8 Groundwater-Level Monitoring Networks 70 Case History 2 – Groundwater-Level Interpretation 70 4.9 Groundwater-Level Fluctuations 71 4.10 Managing Groundwater-Level Data 78 4.11 Constructing Groundwater Contour Maps and Flow Nets 79 4.12 Interpretation of Contour Maps and Flow Nets 82 4.13 Using Other Groundwater Information 83 5 Rainfall, Springs and Streams 85 5.1 Precipitation 85 5.2 Evaporation 89 5.3 Springs 91 Case History 3 – Measuring Flows with Low Heads 92 5.4 Stream-Flow Measurement 98 5.5 Stage–Discharge Relationships 107 5.6 Choosing the Best Method 109 5.7 Processing Flow Data 109 6 Pumping Tests 111 6.1 What Is a Pumping Test? 111 6.2 Planning a Pumping Test 112 6.3 Pumps and Pumping 113 6.4 On-Site Measurements 116 6.5 Pre-Test Monitoring 121 6.6 Test Set-up 121 6.7 Step Tests 123 6.8 Constant Rate Tests 123 6.9 Recovery Tests 125 6.10 Pumping Test Analysis 125 6.11 Tests on Single Boreholes 134 6.12 Packer Tests 137 7 Groundwater Chemistry 141 7.1 Analytical Suites and Determinands 141 7.2 Sampling Equipment 142 7.3 Sampling Protocols 153 7.4 Monitoring Networks 160 7.5 Using Chemical Data 161 8 Recharge Estimation 165 8.1 Water Balance 165 8.2 Rainfall Recharge 167 8.3 Induced Recharge 168 8.4 Other Sources of Recharge 170 9 Specialist Techniques 171 9.1 Borehole and Piezometer Installation 171 9.2 Down-Hole Geophysics 177 Case History 4 – The Use of Borehole Geophysics 178 9.3 Using Artificial Tracers 181 Case History 5 – The Use of Groundwater Tracers 182 10 Practical Applications 189 10.1 Borehole Prognoses 189 10.2 Groundwater Supplies 190 10.3 Wells in Shallow Aquifers 195 10.4 Contaminated Land Investigations 197 10.5 Landfills and Leachate 198 10.6 Geothermal Energy 201 10.7 Groundwater Lowering by Excavation 202 10.8 Rising Water Tables 206 10.9 Soakaways 208 10.10 Investigating Wetland Hydrology 208 Appendix A Good Working Practice 211 A. 1 Safety Codes 211 A1. 2 Safety Clothing and Equipment 211 A1. 3 Distress Signals 212 A1. 4 Exposure or Hypothermia 212 A1. 5 Heat Exhaustion 213 A1. 6 Working near Wells, Boreholes and Monitoring Piezometers 213 A1. 7 Hygiene Precautions for Water Supplies 213 A1. 8 Trial Pits 214 A1. 9 Electrical Equipment 214 A1.10 Filling Fuel Tanks 214 A1.11 Waste Disposal Sites 214 A1.12 Stream Flow Measurement 214 Appendix B Conversion Factors 217 References 219 Index 225

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Book SynopsisReclaiming the Blue Earth aims to generate awareness and develop consciousness about water use, reuse, and reclamation. The book also makes the readers realize their strength and role; change their thoughts, perspectives, and attitude towards the use and misuse of water. Contents are developed to sensitize people towards the use and reclamation of wastewater through critical thinking and problem-solving. The text has been supplemented with simple solutions for effectively dealing with potential problems related to water at homes and in the community at large. Let us take a step forward to save water for our future generations.Table of Contents:Water in Our WorldWater in Our LifeWater Footprints: Direct and VirtualHow Blue is the Blue Planet: Water Scarcity Around the WorldWastewater at HomesBeing Water Wise: Using and Reclaiming WastewaterIndia''s Policies, Perspectives and Initiatives for Re-using WastewaterGoal 6 for India: Working towards United Nations Sustainable Development GoalsMy Water Goals: Everyone Can Make a DifferenceRead more

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Book SynopsisTrade Review"The river city book genre is experiencing a boom. Da Cunha's book, however, is more primordial. It is hat rare combination of imagination, originality, and historic and theoretical rigour. It is the culmination of intensely methodical, patient, and attentive work of design research; often conjured, but seldom delivered to its full promise, as it is wonderfully here. The Invention of Rivers is an essential historical contribution to our future. It dares us to move toward an aspirational postcolonial moment of 'after rivers,' when they are returned, epistemologically and methodologically, to wetness. Where the Ganga's Descent transforms from the locks of Shiva's hair in river into the 'infinite strands of each individual hair' in the form of rain. In the midst of global existential climate flux, I cannot think of a more compelling, urgent challenge." * Planning Perspectives *"The Invention of Rivers is a radical and timely book that will stimulate considerable debate on matters of the greatest contemporary urgency." * Arjun Appadurai, New York University *"A highly original argument and extraordinary piece of scholarship that comes at a time when rain is behaving unpredictably and challenging humanity's attempt to contain it within banks. It offers an alternative way of thinking about our relationship with the hydrological cycle and of living with wetness." * Lindsay Bremner, University of Westminster *Table of ContentsPreface Introduction. River Literacy Chapter 1. Alexander's Eye and Ganga's Descent I. COURSE Chapter 2. River of Rivers Chapter 3. Separating Ganga II. SOURCE Chapter 4. Waters of Eden Chapter 5. Calibrating Ganga III. FLOOD Chapter 6. Ocean of Rain Chapter 7. Containing Ganga Conclusion. River Colonialism Notes Index Acknowledgments * * * * * Preface Working in the Lower Mississippi River Valley in the 1990s, I began to suspect that the line separating water from land exists by choice, a choice not in where it is seen in a shifting and dynamic terrain but in the fact that it is seen at all. At the time, Anuradha Mathur and I were investigating the line that held the Mississippi River to a place in the vast alluvial plain of its making. We traced this line to the early years of European occupation and forward from there to the nineteenth and twentieth centuries when it was enforced by a hydraulic regime of levees, spillways, jetties, revetments, and cutoffs alongside a culture of prediction and modeling to prevent flood. We glimpsed the possibility at the time that Native Americans with whom Europeans clashed lived outside this "landscape of flood." Their habitation was not necessarily on riverbanks exposed to the flows and floods of an entity limited by a line; it was rather in an open field of wetness that rose and fell. In other words, their difference went further than seeing the Mississippi differently; they saw a different Mississippi, a Mississippi that was not a river to begin with. To me, this was not a fact to verify; it was an opportunity to entertain in design. Irrespective though of what it was, it began weakening the grip that the river and by extension, the line separating land from water, had on my imagination. In the years since Mississippi Floods was published, our practice has taken us to diverse places, all of which threw the line between land and water into question, whether it was in a riverbank, a coastline, or an edge of an impoundment of rain. In India, I found that this line does not just result in the exceptional flood; it results in an everyday chaos that passes for the informal, kitsch, and underdevelopment. It did not take long to see that as in the United States the line transgressed is not simply a line drawn; it is a line imposed. Furthermore, this line does not simply separate water from land; it creates water and land on either side of it as entities that can be commodified and as such coveted, made scarce and violated. Indeed, it is hard to miss the infrastructural presence of this line beneath the many pressing problems in India that are generally attributed to poverty, a colonial history, overpopulation, illiteracy, and so on. It is also hard to miss the fact that people need to be taught to see this line, draw it, and respect it. In other words, the line between land and water is not taken for granted. For the last five years I have sought to understand what it takes to separate water from land on the earth's surface, to naturalize this separation, and to impose it on people who today suffer the increasingly drastic consequences of its violation, particularly by the rains of the monsoon that refuse containment. The outcome is this book. It is an appreciation of the river as a remarkable feat of design made possible through the drawn line, a line that has had nothing less than nature constituted for its success, allowing it to recede into the ordinary, the everyday, and everything. Questioning it is not easy. It requires more than a critical stance, more than simply seeing things differently; it requires another ground all together, one that offers different things. I found this other ground in the rain of the monsoon, a wetness that is everywhere before it is water somewhere (separate from land). It does not run into rivers, nor is it harvested to assist a river-inspired infrastructure of pipes and canals; it rather operates a world without rivers, holding in everything across air, earth, and life before, if at all, flowing to the sea. I present it in this book as a world constituted in another moment of the hydrologic cycle when watery stuff is precipitating, seeping, soaking, evaporating, and transpiring in ways that defy delineation. Its otherness affords a worthy vantage from which to engage the world of rivers. As such, even as this book is about the making of rivers, it is also about the ground of habitation afforded by rain. Rain is another ground for constituting the past, present, and future. In the Ganges I found an interesting case study of precipitation that does not seem to want to form into a river or perhaps even be a river. Like other names on the Indian subcontinent that are classified as rivers, it keeps defying its so-called banks, erasing efforts to control its course and nullifying plans to clean its watery stuff. Many will balk at the idea of questioning the riverness of the Ganges. After all, there is little doubt that millions of people worship the Ganges as a river, rely upon a river for their infrastructural needs, and describe a river that is the lifeline of a unique civilization. However, is it possible that they look upon something that was introduced to the subcontinent, something that enforces a particular language of habitation with terms such as land and water that were not shared by people who lived here? The question is worth asking given that people in India apply the name Ganga, which is seen by scholars as the vernacular equivalent of Ganges, not just to a river but also to a ubiquity that they venerate through the icon of a goddess, a ubiquity that may well be a rain-driven wetness. Indeed, there is much between the lines of texts, behind the scenes of habitation, and in the interstices of everyday life in India to suggest that this Ganga continues to exist. However, it does so in the shadows as an "other" ground of experience with a difference that refuses to conform to rivers and river-based ideas such as the city, history, and development. By questioning the place to which a name refers and venturing another with its own terms of difference, this book follows in the tradition of my previous works with Anuradha Mathur, Mississippi Floods, Deccan Traverses, and Soak. All of them put another place to a name. In Soak, for example, we presented Mumbai as an estuary where the sea and monsoon are insiders against the conventional appreciation of it as an island where they are outsiders with the monsoon an annual visitor. The latter was how British colonists saw Mumbai and how it continues to be researched, historicized, governed, and planned. Positing an estuary was not just for the sake of the city's future, which to us would be better served in the face of climate change and sea-level rise; it was also for the sake of its past and present, which we suggested is better understood on the complex and fluid ground of an estuary. Besides, from our engagement with Mumbai, it seemed very likely that people here see their place in terms of an estuary, terms that have been lost in translation to the language of an island. Soak basically reinforced the idea that emerged in Mississippi Floods and was confirmed in Deccan Traverses, our project on Bangalore, which is that European colonialism did not just impose another way of seeing and knowing place; it imposed another place. It is then with an empathy for irreconcilable difference that this book raises the possibility that India is a rain-driven wetness rather than a land drained by rivers, which is how maps, textbooks, histories, plans, ecologies, and everyday conversation project it. Unlike places we have sought to reimage and reimagine in the past, the imposition in question here reaches far beyond the colonizing events of the last few centuries to possibly Alexander the Great, who came across the mountains from the rain shadow of Central Asia in the fourth century BCE with a geographically disciplined view of the earth's surface divided between water and land with a line that could be drawn in a map. It set the stage for rivers on the subcontinent and arguably laid the groundwork for the waves of colonization that followed, all of which survived and thrived on keeping water contained with a line. Today, the authority of the line continues in place even as it is increasingly out of place in everyday life, particularly during each monsoon. Is it possible for India to recover an appreciation for Ganga's Descent? The phrase recalls the fall of rain. But as this book seeks to make clear, it also necessarily calls for a defiance of Alexander's Eye, an eye that awaits the clarity of a fair-weather moment to separate water from land. Rain and river, in other words, are not merely two moments in the water cycle; they are moments that begin two inquiries, two infrastructures, two modes of design. The more one is pursued, the more it diverges from the other.

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Book SynopsisResponding to the developments of the last two decades, this classic textbook has been revised and updated while retaining the rigor of the previous edition. This classroom-tested resource is invaluable for entry-level hydrology courses directed at advanced undergraduate and graduate students in physical science and engineering.Trade Review'This 2nd edition maintains the rigorous basis on mathematics and fluid mechanics, comprehensiveness, and historical accuracy, of the first. New sections cover issues of growing importance (eg climate change, spatial variability) and update the state-of-the-art (eg atmospheric rivers, the complementary relationship). The book is a substantial contribution to learners, practitioners and researchers of a rational, physically-based hydrology.' Nelson Dias, Federal University of Parana'The Second Edition of Hydrology, An Introduction is a masterful update to a masterful book. Created by a founding leader in the field, it is essential reading for students, instructors, and practitioners of physically-based water science and engineering.' Laurence C. Smith, Brown University'Wilfried Brutsaert's second edition of Hydrology: An Introduction is a classic. It is a modern and essential resource for comprehensive understanding of hydrology. This beautifully updated version transports me back to his classroom, where he eloquently and concisely helped us get to the bottom of the fundamentals of hydrology. Brutsaert elevates the subject by taking a rigorous mathematical physics approach that is refreshingly unique and original. This needs to be on the desk of any student, practitioner, or researcher who is quantifying the impacts of climate change on the hydrological cycle and regional extremes.' Marc Parlange, President, The University of Rhode Island'Professor Brutsaert presents a monumental and rigorous exposition of the multifaceted field of hydrology. As a master expert, he guides us though its complexity, helping us to appreciate the beauty and importance of the science of the water around us.' Amilcare Porporato, Princeton University'In Hydrology, An Introduction, Second Edition, the reader is rigorously, gracefully and succinctly presented with the best current understanding of quantitative descriptions of movement and storage of water on Earth. The art of Wilfried Brutsaert's treatment is his vision for how simple, broadly applicable, and accurate predictions of hydrological responses can be obtained from basic scientific principles when viewed from deep understanding. The text is informed by a commanding understanding of the literature not as an endpoint, but rather a living foundation upon which continued advancement of why and how water moves can grow. This up-to-date textbook provides a unique resource for students and practitioners because it places all of the central results in the framework of their conceptual origins. Hydrology: An Introduction is an essential textbook for the office of any person seeking to make predictions where, when, and how much water will occur on Earth.' John Selker, Distinguished Professor of Ecological and Biological Engineering, Oregon State University; President Elect of the Hydrology Section of the American Geophysical Union'Brutsaert's second edition of Hydrology represents a tour de force in its scope and depth of analysis of the critical components of the terrestrial water system. The second edition addresses issues of climate change impacts on the water cycle, a critical topic for hydrologists yet rarely considered at the time of the first edition, and also introduces new advances in observation and measurement particularly in hydrometeorology. The 'two format' system continues to provide an outstanding textbook for the advanced undergraduate/graduate level while at the same time provides a valuable desk reference for the rest of us!' Scott Tyler, University of Nevada, Reno'The second edition of Wilf Brutsaert's book has an imposing wealth of information on the foundations of hydrologic science, based on first principles. The enterprising graduate student (or exceptional undergraduate) who makes the effort to work through the text beginning to end will assuredly have a sound grasp of the underpinnings of the field.' Dennis Lettenmaier, University of California, Los AngelesTable of Contents1. Introduction; Part I. Water In The Atmosphere: 2. Water aloft: fluid mechanics of the lower atmosphere; 3. Precipitation; 4. Evaporation; Part II. Water On The Surface: 5. Water on the land surface: Fluid mechanics of free surface flow; 6. Overland flow; 7. Streamflow routing; Part III. Water Below The Surface: 8. Water beneath the ground: fluid mechanics in porous materials; 9. Infiltration and related unsaturated flows; 10. Groundwater outflow and base flow; Part IV. Flows At The Catchment Scale In Response To Precipitation: 11. Streamflow generation: mechanisms and parameterization; 12. Streamflow response at the catchment scale; 13. Elements of frequency analysis in hydrology; 14. Afterword: a short historical sketch of theories about the water circulation on Earth; Appendix. Some useful mathematical concepts.

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Book SynopsisRecent studies indicate that - due to climate change - the Earth is undergoing rapid changes in all cryospheric components, including polar sea ice shrinkage, mountain glacier recession, thawing permafrost, and diminishing snow cover. This book provides a comprehensive summary of all components of the Earth''s cryosphere, reviewing their history, physical and chemical characteristics, geographical distributions, and projected future states. This new edition has been completely updated throughout, and provides state-of-the-art data from GlobSnow-2 CRYOSAT, ICESAT, and GRACE. It includes a comprehensive summary of cryospheric changes in land ice, permafrost, freshwater ice, sea ice, and ice sheets. It discusses the models developed to understand cryosphere processes and predict future changes, including those based on remote sensing, field campaigns, and long-term ground observations. Boasting an extensive bibliography, over 120 figures, and end-of-chapter review questions, it is an ideaTable of ContentsPreface; Acknowledgements; 1. Introduction; Part I. The Terrestrial Cryosphere: 2A. Snowfall and Snow Cover; 2B. Avalanches; 3. Glaciers and Ice Caps; 4. Ice Sheets; 5. Frozen Ground and Permafrost; 6. Freshwater Ice: Lakes, Rivers and Icings; Part II. The Marine Cryosphere: 7. Sea Ice; 8. Ice Shelves and Icebergs; Part III. The Cryosphere Past and Future: 9. The Cryosphere in the Past; 10. The Future Cryosphere – Impacts of Global Warming; Part IV. Applications: 11. Applications of Snow and Ice Research; Glossary; References; Index.

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Book SynopsisThis book provides a detailed description of how Python can be used to give insight into the flow of groundwater based on analytic solutions. Starting with simple problems to illustrate the basic principles, complexity is added step by step to show how one-dimensional and two-dimensional models of one or two aquifers can be implemented. Steady and transient flow problems are discussed in confined, semi-confined, and unconfined aquifers that may include wells, rivers, and areal recharge. Special consideration is given to coastal aquifers, including the effect of tides and the simulation of interface flow.Application of Python allows for compact and readable code, and quick visualization of the solutions. Python scripts are provided to reproduce all results. The scripts are also available online so that they can be altered to meet site-specific conditions. This book is intended both as training material for the next generation of university students and as a useful resource forTrade Review 'This is a fantastic addition to the analytical solutions and analytic element modeling canon with a modern approach to programming with Python. I hope readers will use it to learn and explore groundwater theory, and to up their game on making simple reality checks of complex systems to improve all groundwater modeling.''The authors do an excellent job of describing practically important calculations, like determining the critical flowrate at which a pumped well starts to induce flow from a nearby river.'- Michael Fienen, Groundwater - NGWA, Book Review, 7 September 2022'This is a fantastic addition to the analytical solutions and analytic element modeling canon with a modern approach to programming with Python. I hope readers will use it to learn and explore groundwater theory, and to up their game on making simple reality checks of complex systems to improve all groundwater modeling.''The authors do an excellent job of describing practically important calculations, like determining the critical flowrate at which a pumped well starts to induce flow from a nearby river.'- Michael Fienen, Groundwater - NGWA, Book Review, 7 September 2022Table of Contents0. Basics of Groundwater Flow. 1. Steady One-dimensional Flow with Constant Transmissivity. 2. Steady One-dimensional Semi-confined Flow. 3. Steady One-dimensional Unconfined Flow with Variable Saturated Thickness. 4. Steady One-dimensional Flow in Coastal Aquifers. 5. Transient One-dimensional Flow. 6. Steady Two-dimensional Flow to Wells. 7. Steady Two-dimensional Flow to Wells in Uniform Background Flow. 8. Analytic Element Modeling of Steady Two-dimensional Flow. 9. Transient Two-dimensional Flow. 10. Steady Two-dimensional Flow in the Vertical Plane. 11. Appendix - Python Primer

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Book SynopsisThe book comprises nine chapters, with seven core chapters dealing in detail with the basic principles and processes of the main hydrological components of the water cycle: precipitation, interception, evaporation, soil water, groundwater, streamflow and water quality. It takes a broadly non-mathematical approach, although some numeracy is assumed particularly in the treatment of evaporation and soil water. The introductory and concluding chapters show the relations and interactions between these components, and also put the importance of water into a wider human context – its significant role in human history, its key role today, and potential role in future in the light of climate change and increasing global population pressures. The book is thoroughly up-to-date, contains over 100 diagrams and photographs to explain and amplify the concepts described, and contains over 750 references for further study.Trade ReviewThis book by Robinson and Ward is sure to become a classic text for hydrology students in upper-level undergraduate classes and on broad-based graduate programmes in hydrology. With superbly written explanations of key principles, and well-illustrated examples from the wider literature, this book is to be recommended as an accessible yet thorough introduction to hydrological science. -- Dr. Simon DadsonThe book represents an excellent summary of our current understanding of hydrological processes presented in a clear and concise way. -- Professor Keith Beven

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Book SynopsisThroughout the ages, people have experienced the life-giving and healing forces in water. Water is integral to life, and surrounds us in nature and in our own bodies. But not all water is the same. Water can carry good energies, and bad energies. How can we understand water enough to know the difference?Theodor Schwenk, the renowned author of Sensitive Chaos, founded an institute for water research in the Black Forest in Germany. He developed the Drop Picture Method, which displays the characteristics of water clearly for the non-specialist. Today, the Institute continues his work and here presents momentous findings about the quality of our drinking water, groundwater, spring water and river water.Stunningly illustrated in colour, this book offers a unique insight into the world of water.Trade Review'Many of the photographs are beautiful...any book which brings a greater public awareness of the questions surrounding water and our relationship with it is to be welcomed.'--Robert Schuck, Light magazine, Winter 2006'This book makes a wonderful present! It presents in a clear way the nature of water and revealed out of the work of Theodor Schwenk. It is simply and richly laid out with colour, black and white photos and drawings of water phenomena. For me, the piece de resistance of the book are the wonderfully photographed images of time sequences stages of water dropping into still water.'-- Richard Swann, Star and Furrow, Winter 2005'A clear description of the drop picture method ... the book is beautifully illustrated throughout with fine photographs of water and studies of drop formations. It serves as a very valuable introduction to water's properties. For anyone who wants to understand water's life and formative power and something of its mysterious nature, the book is an excellent beginning.'-- Margaret Jonas, New View, December 2005'This book puts water and its patterns in perspective, concluding that we must understand the true nature of water as part of an effort to comprehend the cyclical workings of nature. In an age dominated by linear thinking and manipulation of nature, the significance of this lesson cannot be overstressed. This beautifully illustrated book will engage the reader both scientifically and aesthetically.'-- Scientific & Medical Network Review, December 2005Table of ContentsForeword 7Introduction 91. Water in Different Realms 112. Water Phenomena 253. The Drop Picture Method 454. Research Results Using the Drop Picture Method 635. Basic Research: Drop Phenomena 80Conclusion 93Appendix: The Institute of Flow Sciences, Herrischried 95Glossary 101Photograph acknowledgments 103References 103Bibliography 104Index 107

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Book SynopsisThe need for fresh water is increasing with the rapid growth of the world's population. In countries and regions with available water resources, it is necessary to ensure the health and safety of the water supply. However, in countries and regions with limited freshwater resources, priority is given to water supply plans and projects, among which the desalination strategy stands out. In the desalination process, membrane and thermal processes are used to obtain fresh water from salty water that is in abundant amounts in the sea. This book will outline valuable scientific contributions to the new desalination and water treatment technologies to obtain high quality water with low negative environmental impacts and cost. The editors would like to record their sincere thanks to the authors for their contributions.

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Book SynopsisWhy does water always take a winding course in streams and rivers? Do common principles and rhythms underlie its movement - whether it be in the sea, in a plant, or even in the blood of a human being? In this seminal and thought-provoking work, the laws apparent in the subtle patterns of water in movement are shown to be the same as those perceptible in the shaping of bones, muscles and a myriad of other forms in nature. Fully illustrated, Sensitive Chaos reveals the unifying forces that underlie all living things. The author observes and explains such phenomena as the flight of birds, the formation of internal organs such as the heart, eye and ear, as well as mountain ranges and river deltas, weather and space patterns, and even the formation of the human embryo. A perennial bestseller since publication, Sensitive Chaos is an essential book for anyone interested in the mysteries of life on earth.Trade Review"So movingly and well told is his tale that you will not want to put the book down until the end." - James Lovelock "...Theodor Schwenk is a seminal exponent of an alternative reading of nature... To study this book is a transforming experience in which meaning and beauty are restored to our world..." - Kathleen Raine

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Book SynopsisThoughtfully illustrated, carefully written, and covering a broad spectrum of topics, this classic text clarifies a subject that is often misunderstood and oversimplified.Trade ReviewThis well-illustrated (in three colors), reasonably priced volume is a worthwhile acquisition. ChoiceTable of ContentsPreface1. The Science of Hydrology2. Precipitation and Evapotranspiration3. The Basis for Analysis in Physical Hydrology: Principles of Fluid Dynamics4. Open Channel Hydraulics5. Catchment Hydrology: Streams and Floods6. Groundwater Hydraulic7. Groundwater Hydrology8. Water in the Unsaturated Zone9. Ecohydrology: Interactions between Hydrological Processes and the Biota10. Catchment Hydrology: The Hillslope-Stream Continuum11. Water, Climate, Energy, and FoodAppendixes1. Units, Dimensions, and Conversions2. Properties of Water3. Basic Statistics in HydrologyAnswers to Example ProblemsGlossaryReferencesIndex

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Book SynopsisLES HAMILL is Senior Lecturer in Civil Engineering, School of Marine Science and Engineering, University of Plymouth, UK.Trade Review'Excellent book for anyone needing to understand hydraulics and engineering hydrology. Invaluable. My favourite.' Amazon reviewer 'This book should be an example of how to write a book for students... Best text book I have used in my life!' Amazon reviewerTable of ContentsIntroduction Hydrostatics Pressure Measurement Stability of a Floating Body Fluids in Motion Flow Measurement Flow through Pipelines Flow under a Varying Head: Time Required to Empty a Reservoir Flow in Open Channels Hydraulic Structures Dimensional Analysis and Hydraulic Models Turbines and Pumps Introduction to Engineering Hydrology Applications of Engineering Hydrology Sustainable Drainage Systems Bibliography Appendix 1: Derivations of Equations Appendix 2: Solutions to Self Test Questions Appendix 3: Graph Paper.

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a huge range and FREE tracked UK delivery on ALL orders.

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Valuing Ground Water by Committee on Valuing Ground Water

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Book SynopsisTable of ContentsSection I: Distribution, and occurrence of emerging contaminants 1. Sampling and analysis of emerging pollutants in aquatic environment Tirtha Mukherjee, Vajinder Kumar and Sukdeb Pal 2. Pharmaceutical and personal care products in the seawater: Mini review Chandrashekhar Bhagat and Manish Kumar 3. Microplastics in aquatic and atmospheric environments: Recent advancements and future perspectives Basanta Kumar Biswal and Rajasekhar Balasubramanian 4. Monitoring residues of neonicotinoid pesticides in paddy grains along the agro-ecosystems of the Cauvery delta region, South India Manjula Menon and Rangaswamy Mohanraj 5. Emerging COVID waste and its impact on the aquatic environment in India Rupa Chaudhuri, Punarbasu Chaudhuri, Aniruddha Mukhopadhyay and Pritha Bhattacharjee Section II: Fate of emerging contaminants in the environment 6. Fate and transport of engineered nanoparticles in the subsurface: Current understanding,challenges, and future scope Rima Manik, Mahima John Horta and Seetha N. 7. Occurrence of per- and polyfluoroalkyl substances (PFAS): A special reference to their monitoring, distribution, and environmental fate Mengyang Liu, Abdul Qadeer, Muhammad Anis, Zeeshan Ajmal,Tadiyose Girma Bekele, Shuhang Wang, Xia Jiang and Kenneth M.Y. Leung 8. Occurrence and fate of biotoxins and their transformation products in the aquatic environment Prakash Ajay Taksal, Srija Arasavilli, Sahil Chauhan, Jayanta Bhattacharya, Brajesh Kumar Dubey and Shamik Chowdhury Section III: Treatment strategies and advances 9. Efficacy of biotic components in constructed wetlands for mitigating pesticides Saloni Sachdeva, Jabili Chowdari, Ashmita Patro, Sunil Mittal and Prafulla Kumar Sahoo 10. Sources, consequences, and control of nanoparticles and microplastics in the environment A. Guhananthan, Aswin Kuttykattil, Thavamani Palanisami and Selvakumar Rajendran 11. Pesticides: Pollution, risks, and abatement measures Dhaneshwaree Asem, Mahima Kumari, L. Robindro Singh and Mayank Bhushan Section IV: One health framework: Environmental and human health risk assessment 12. Controversial 1080 poison in New Zealand pest management Ravneel Chand, Hunter D.J. Webb and Rhonda J. Rosengren 13. Bioaccumulation of emerging contaminants in aquatic biota: PFAS as a case study Xunfeng Chen, Abdul Qadeer, Mengyang Liu, Linjing Deng, Pei Zhou, Innocent Tayari Mwizerwa, Sisi Liu, Zeeshan Ajmal, Zhao Xingru and Xia Jiang 14. Ecological effects of emerging contaminants:Ecotoxicity and relative environmental risk Chinmayee Das, Mario Vino Lincy G., Tajamul Shafi,Brajesh Kumar Dubey, Makarand M. Ghangrekar and Shamik Chowdhury 15. Evaluating the impact of exposure to emerging contaminants on human health Bokam Rajasekhar, Aishwarya Subramanian, Mridula Saravanan, Samarshi Chakraborty and Krishanasamy Sivagami

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Book Synopsis

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Book SynopsisAll that makes this planet special is largely attributable to liquid water. Water in one form or another is found all over our planet, even encountered at depths of thousands of meters within the rocky crust. With a history of around four billion years, water has been around since the early days of Earth. Its presence in large amounts is unique to our planet, as are the outcomes and products of the water-involved geological processes. If Earth is to us a friendly home, it is thanks to all that water has created. Global Water Dynamics, written by renown geologist Emanuel Mazor is a unique book that deals with the global water systems via observations and multi-parametric physical, chemical, and isotopic measurements taken from a large number of springs and bore holes around the world. The obtained data leads to conclusions and working hypotheses that provide us with the detailed understanding of studied systems. It also allows us to see the forest beyond the trees, the gTable of ContentsPrologue: The observation-based, multi-sampling and multi-parametric research approachThe Geohydroderm and Its Major Groundwater-Containing Geosystems: Water propelled geological processes and shaped the landscapes of our friendly planet.Exploring and understanding the geohydroderm by sequences of observations and conclusions. Basic research concepts, aims and queries, tools and strategies.Shifting of Water and Salts between Oceans and Continents: Shallow cycling groundwater, its tagging by sea-spray and the underlying zone of static groundwater.Interstitial waters in rock strata beneath the vast oceans. Salt, gypsum and clay strata within sedimentary basins disclose large-scale evaporitic paleo-landscapes.Deep Groundwater Systems - Fossil Formation Waters: The geosystem of the fossil brine-tagged meteoric formation waters. Fossil formation waters range in age from tens-of-thousands to hundreds-of-millions years. Brine-tagged meteoric formation waters are common also in crystalline shields: Petroleum Hydrology: Anatomy of sedimentary basins and petroleum fields highlighted by formation waters. Evolution of sedimentary basins and petroleum highlighted by the facies of the host rocks and coal. Petroleum and coal formation in closed compartments - the pressure-cooker modelHydrology of Warm Groundwater and Superheated Volcanic Systems: Mineral and warm waters: Genesis; recreation facilities and bottling. Water in hydrothermal and volcanic systems.Implementation, Research and Education: Data: acquisition, processing, monitoring, banking. Conclusions and research avenues. Education aspects of water, the unique fluid of planet EarthEpilogue: Three energy sources and one transporter - the geo-quartet unique to planet Earth. Answers and Discussions of the Exercise QuestionsReferencesIndex

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Book SynopsisAdvanced Technologies for Solid, Liquid, and Gas Waste Treatment presents the potential of using advanced and emerging technologies to effectively treat waste. This book uniquely addresses treatment techniques for waste in all three phases, solid, liquid, and gas, with the goals of mitigating negative impacts of waste and producing valued-added products, such as biogas and fertilizer, as well as the use of artificial intelligence in the field. Covers a wide range of advanced and emerging treatment technologies such as photocatalysis processing, adsorptive membranes, pyrolysis, advanced oxidation process, electrocoagulation, composting technologies, etc. Addresses issues associated with wastes in different phases. Discusses the pros and cons of treatment technologies for handling different wastes produced by different industrial processes, such as agricultural biomass, industrial/domestic solid wastes, wastewater, and hazardous gas. IncTable of ContentsChapter 1 Composting of Food Wastes for Soil Amendment. Chapter 2 Integrated Management of Electronic and Electric Waste(EEW) with the Application of Articial Intelligence (AI): Future and Challenges. Chapter 3 Thermal Conversion of Solid Waste via Pyrolysis to Produce Bio-Oil, Biochar and Syngas. Chapter 4 Waste Tyre Recycling: Processes and Technologies. Chapter 5 Electrochemical Removal of Organic Compounds from Municipal Wastewater. Chapter 6 Photocatalytic Membrane for Emerging Pollutants Treatment. Chapter 7 Membrane and Advanced Oxidation Processes for Pharmaceuticals and Personal Care Products Removal. Chapter 8 Membrane Bioreactor for Wastewater Treatment. Chapter 9 Integration of Advanced Oxidation Processes as Pre-Treatment for Anaerobically Digested Palm Oil Mill Effluent. Chapter 10 Electrocoagulation and Its Application in Food Wastewater Treatment. Chapter 11 Advanced Oxidation Processes (AOPs) on the Removal of Different Per- and Poly-uoroalkyl Substances (PFAS) Types in Wastewater. Chapter 12 Photocatalysis for Oil Water Treatment. Chapter 13 Integrated Treatment Process for Industrial Gas Effluent. Chapter 14 De-NOx SCR: Catalysts and Process Designs in the Automotive Industry. Chapter 15 Advanced Technology for Cleanup of Syngas Produced from Pyrolysis/Gasication Processes.

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Book SynopsisPolymer-Carbonaceous Filler Based Composites for Wastewater Treatment serves as the first book to offer a concise treatment of the use of these materials in the treatment of wastewater. It provides a systematic and comprehensive account of recent developments and encompasses novel methods for the synthesis of carbonaceous derivatives-based fillers for polymer composites, their characterization techniques, and applications for the remediation of water contamination. This book seeks to: Introduce novel concepts in wastewater treatment with poly-carbonaceous composites Describe modern fabrication methods and characterization techniques Present information on processing, safety, and disposal Discuss current research, future trends, and applications Filling the void for a one-stop reference book for researchers, this work includes contributions from leaders in the industry, academia, government, and private research institutions across the globe. Academics, researchers, scientists, engineers, and students in the fields of materials and polymer engineering and wastewater treatment will benefit from this application-oriented book.

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Book SynopsisWhat is the purpose of Geography? What do geographers study and why? How do they seek to shape the world they interrogate?This book addresses these questions by examining the lives and works of individual geographers, both past and present. Like all disciplines, Geography is no more nor less than the collective endeavours of researchers and teachers operating in specific contexts. The contexts both shape, and are shaped by, these individuals. This bookâs biographical and autobiographical chapters transport readers to the times and places where geographers have sought to make Geography matter. The result is a more vivid, grounded understanding of the discipline than the many high-level surveys of geographic thought paradigms currently written for university students.This bookâs accessible essays each conclude with a study task. Making Geography Matter is aimed at university students and their teachers who wish to understand the goals, history and evolving pract

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Book SynopsisThis book presents a holistic scientific approach to addressing current and future challenges in the sustainable management of land and water resources, supported by geospatial and hydrological modelling. It explores remote sensing integrated with hydrological modelling for watershed management, land and water resource planning, soil erosion and sediment transport studies using satellite data, and climate change impact assessments on land and water systems all illustrated through case studies. Focuses on both geospatial and hydrological modelling for effective land and water resource management Covers topics including Google Earth Engine, forest land management, coastal land issues, geo-hydrology, and salinity problems Discusses Intergovernmental Panel on Climate Change (IPCC) guidelines for water resource management Incorporates big data and machine learning applications in water resource management Reviews digital image processing techniques applied to satellite data This book is intended for researchers and professionals in hydrological engineering, geospatial technologies, and environmental engineering

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Book SynopsisThis book explains hydraulic modeling and floodplain dynamics, providing models of hazard predictions for floodplains based on state-of-the-art remote sensing data. Ideal for academic researchers and professionals working in hazard mitigation, hydraulic engineering and remote sensing, it is one of four books on climate-related flood disaster management theory and practice.Table of ContentsList of contributors; Foreword; Preface; 1. Introduction; Part I. Theory: 2. Theoretical background: steady flow Luigia Brandimarte; 3. Theoretical background: unsteady flow Ioana Popescu; Part II. Methods: 4. Data sources; 5. Model building; 6. Model evaluation; 7. Model outputs; Part III. Applications: 8. Urban flood modelling Jeffrey C. Neal, Paul D. Bates and Timothy J. Fewtrell; 9. Changes in flood propagation caused by human activities; 10. Changes of stage-discharge rating curves; 11. Evaluation of floodplain management strategies; References; Index.

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Book SynopsisOutlines the concept and principles of water harvesting for groundwater management for an international audience, and looks at the positives and negatives surrounding water harvesting technologies This book is the first to fully outline the concept and principles of water harvesting for groundwater management for a global audience. It offers guidance to academics, students and researchers on effective water harvesting approaches for groundwater recharge, and educates them on the risks associated with managed aquifer recharge, as well as the causes of success or failure of particular management strategies, and demand management strategies and tools. The book is helpful to water managers, administrators, and professionals, to make decisions to allocate resources; developing innovative cost-effective measures and approaches to achieve demand-supply balance. The book provides readers with an overview of the historical evolution of water harvesting for groundwater recharge.Table of ContentsEditor’s Note – October 2018 ix Series Editor Foreword – Challenges in Water Management xi Foreword xiii Preface xv Acknowledgments xix 1 Introduction: Issues in Water Harvesting and Water Security 1 1.1 Concept/Principles of Water Harvesting and Water Security 1 1.2 Food‐Water‐Energy Nexus 8 1.3 Climate Forcing Environmental Impacts (Floods and Droughts) 13 1.4 Water Security 16 2 Mega‐Trends that Impact Water Security 19 2.1 Global Population Growth and Water Availability 19 2.2 Increased Demand for Water, Food, and Energy 22 2.3 Anticipated Climate Change 25 3 Groundwater Occurrence, Availability, and Rechargeability 35 3.1 Groundwater Provenance, Recharge, Residence Time, and Pollution Characteristics 35 3.2 Identifying Groundwater Recharge Zones 64 4 Phases of Water Harvesting Systems 73 4.1 History of Water Harvesting Practices 73 4.2 Phases of Water Harvesting Systems in India 74 4.3 Methods of Rainwater Harvesting 76 5 Case Studies of Implementing Water Harvesting 97 5.1 International Scenario 97 5.2 Successes of Water Harvesting 99 5.3 Failures of Water Harvesting 105 6 SWOT Analysis of Water Harvesting Systems 111 6.1 Strengths of WHS – Local-Level Benefits 111 6.2 Weaknesses of WHS – Negative Impacts 114 6.3 Issues/ Limitations/Questions that Need Attention 120 6.4 Opportunities for Revival of WHS 125 6.5 Threats to WHS in India 129 7 Challenges Associated with Water Harvesting 133 7.1 Water Bodies and Associated Problems and Challenges 133 7.2 Land Encroachments, Land Grabbing, Water Pollution, and Other Issues 134 7.3 Risks Associated with Managed Aquifer Recharge 137 8 Scope of Water Harvesting for Groundwater Management Strategies 141 8.1 Scope of Water Harvesting as Part of Groundwater Management 141 8.2 Groundwater Management and Sustainability Issues 142 8.3 The Missing Elements in Groundwater Management 149 9 Guidelines to Make Water Harvesting Helpful and Meaningful for Groundwater Management 155 9.1 Groundwater Augmentation Approaches 155 9.2 Behavioral Change for Groundwater Governance 160 9.3 Ethical Issues in Groundwater Governance and Use 167 9.4 Role of Geoscientists 169 9.5 Role of Media 170 9.6 Guidelines for Rainwater Harvesting Projects 171 10 Concluding Remarks 175 10.1 Scope of Rainwater Harvesting 175 10.2 Economic Evaluation of Water Harvesting Systems 176 10.3 Scale Considerations 176 10.4 Advantages and Disadvantages of RWH for Groundwater Recharge 177 10.5 Practical Suggestions for Efficient Water Harvesting 177 Glossary of Terms 185 Index 193

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Book SynopsisPlasma methods that effectively combine ultraviolet radiation, active chemicals, and high electric fields offer an alternative to conventional water treatment methods. However, knowledge of the electric breakdown of liquids has not kept pace with this increasing interest, mostly due to the complexity of phenomena related to the plasma breakdown process. Plasma Discharge in Liquid: Water Treatment and Applications provides engineers and scientists with a fundamental understanding of the physical and chemical phenomena associated with plasma discharges in liquids, particularly in water. It also examines state-of-the-art plasma-assisted water treatment technologies.The Physics & Applications of Underwater Plasma DischargesThe first part of the book describes the physical mechanism of pulsed electric breakdown in water and other liquids. It looks at how plasma is generated in liquids and discusses the electronic and bubble mechanism theories for how the electric discharge in liquid is initiated. The second part of the book focuses on various water treatment applications, including: Decontamination of volatile organic compounds and remediation of contaminated water Microorganism sterilization and other biological applications Cooling water treatment Drawing extensively on recent research, this one-stop reference combines the physics and applications of electric breakdown in liquids in a single volume. It offers a valuable resource for scientists, engineers, and students interested in the topic of plasmas in liquids.Trade Review"The approach and selection of topics are relevant to the technology for effective water treatment. The book can be useful to the researchers and students in this field, and can provide practical solutions for water treatment technology. In addition this book may aid knowledge in usage of plasma technology in other liquid domain."—Rupak K. Banerjee, PhD, PE, Fellow ASME, University of Cincinnati and Kallol Bera, PhD, Applied Materials, Inc., California, USATable of ContentsIntroduction. Generation of Plasma in Liquid. Bubble and Electronic Initiation Mechanism. Decontamination of Volatile Organic Compounds. Biological Applications. Cooling Water Treatment Using Plasma. References. Index.

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Book SynopsisIlluminating opportunities to develop a more integrated approach to municipal water system design, Natural and Engineered Solutions for Drinking Water Supplies: Lessons from the Northeastern United States and Directions for Global Watershed Management explores critical factors in the decision-making processes for municipal water system delivery. The book offers vital insights to help inform management decisions on drinking water supply issues in other global regions in our increasingly energy- and carbon-constrained world.The study evaluates how six cities in the northeastern United States have made environmental, economic, and social decisions and adopted programs to protect and manage upland forests to produce clean drinking water throughout their long histories. New York, New York; Boston and Worcester, Massachusetts; New Haven and Bridgeport, Connecticut; and Portland, Maine have each managed city watersheds under different state regulations, plannTable of ContentsGray to Green: An Introduction to Four Case Studies on Drinking Water Supply in the Northeastern United States. An Assessment of Drinking Water Systems in Connecticut: Optimizing Natural and Engineered Systems for Protecting the Quality of Surface Drinking Waters. Source Water Protection in Massachusetts: Lessons from and Opportunities for Worcester and Boston. New York City Watershed Management: Past, Present, and Future. The Crooked River Watershed, Sebago Lake, and the Drinking Water Supply for the City of Portland, Maine. Comparing Drinking Water Systems in the New England/New York Region: Lessons Learned and Recommendations for the Future. Global Relevance of Lessons Learned in Watershed Management and Drinking Water Treatment from the Northeastern United States. Index.

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Book SynopsisProceedings of a conference on "Integrated River Basin Management under the Water Framework Directive", held at Le Nouveau SiÞcle, Lille, France on 26th-28th April 2010. The book reviews technical challenges faced by EU Member States, stakeholder organisations and scientists while developing the first River Basin Management Plan under the Water Framework Directive (WFD). It focusses on aspects of multi-sectoral and multidisciplinary integration and how emerging issues such as adaptation to climate change will be considered in the future.Table of ContentsChapter 1: Scene Setting; Chapter 2: Integrating Ecosystem and Environmental Knowledge; Chapter 3: Integrating Climate Change Hazards; Chapter 4: Threats to Water Resources at River Basin Scale; Chapter 5: Stakeholder's views and Science-Policy Interfacing

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Book SynopsisThis edited book summarizes numerous research studies on remote sensing and GIS of natural resource management for the Himalaya region done by Indian Institutions and Universities over the last decade. It gives an overview of hydrometeorological studies on Himalayan water resources and addresses concerns in the development of water resources in this region, which is dealing with an increased pressure in population, industrialization and economic development. While the source of some of the major rivers of India are found in the Himalayas, the glaciers and water bodies in the region are continuously shrinking leading to a depletion of water and deterioration of water quality. This is affecting a population of up to 2.5 billion people. The ecosystems have been under threat due to deforestation, loss of biodiversity, expansion of agriculture and settlement, overexploitation of natural resources, habitat loss and fragmentation, poaching, mining, construction of roads and large dams, and unplanned tourism. Spaceborne remote sensing with its ability to provide synoptic and repetitive coverage has emerged as a powerful tool for assessment and monitoring of the Himalayan resources and phenomena. This work serves as a resource to students, researchers, scientists, professionals, and policy makers both in India and on a global level. Table of Contents1. Application of Geospatial Techniques for Monitoring the Cryospheric Elements of Glacier System in Indian Himalayan Region (IHR).- 2. Snowmelt Runoff Forecasting in Himalayan Basins using Remote Sensing Inputs.- 3. Understanding Climate Change and its Impacts with Special Reference to India.- 4. Snow, Glacier and Glacier Lake Mapping and Monitoring Using Remote Sensing Data.- 5. Remote Sensing Based Assessment of Glacier Resources in Parts of Ladakh Mountain Range, A Trans-Himalayan Region.- 6. Geodetic Mass Balance Estimation for Bada Shigri Glacier and Samudra Tapu Glacier in Chandra basin.- 7. Analysis of Snow Dynamics in Beas River Basin, Western Himalaya Using Combined Terra-Aqua MODIS Improved Snow Product and In-Situ Data during 21st Century.- 8. Inventory of Moraine Dammed Lakes in Satluj, Ravi, Chenab, and Beas Basins using IRS- LISS III Satellite Data in the Western Himalayan Region of Himachal Pradesh, India.-9. Late Quaternary Glacial Geomorphology of Kashmir Valley, NW Himalayas: A Case Study of the Sind Basin.-10. Snow Cover and Land Surface Temperature Assessment of Mana Basin Using MODIS Satellite Data.- 11. Seasonal ground water fluctuation monitoring using GRACE satellite technology over Punjab and Haryana during 2005 – 2015.- 12. Importance of regulating transboundary aquifers in the world with special reference to Indian subcontinent: A review.- 13. Chemical Weathering in Jhelum River and its Tributaries, Kashmir Basin, Western Himalaya.- 14. Groundwater Storage Assessment Using Effective Downscaling Grace Data in Water-Stressed Regions of India.- 15. Water quality of Himalayan Rivers in Uttarakhand.- 16. Study of Solute Sources and hydrochemical Analysis of Meltwater Draining from the Gangotri Glacier, Garhwal Himalaya, India.- 17. Geochemical Characterization and Evolution of Groundwater in Parts of Kashmir Valley, Western Himalaya.-18. Delineation of Groundwater Potential Recharge Zone Using Remote Sensing and GIS techniques – A Case Study of Rampur Tehsil, Shimla District, Himachal Pradesh India.- 19. Geospatial Approach for Water Quality Index Mapping for Drinking Purpose in Guna District, Madhya Pradesh, India, Madhya Pradesh, India.- 20. Application of Environmental Isotopes and Hydrogeochemistry in Groundwater Management – A Case Study of Bringi Watershed, Kashmir Himalayas, India.

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Book SynopsisThis open access book explores the implications of urbanization in South Asia for water (in-) security in the peri-urban spaces of Dhaka and Khulna in Bangladesh, Bengaluru, Gurugram, Hyderabad, Kolkata and Pune in India, and Kathmandu Valley in Nepal. The book looks into specifically peri-urban water security issues in a context of rapid urbanization and social-environmental changes, including the changing climate and its emerging impacts. It demonstrates how urbanization processes change water flows between rural and urban areas, the implications of this processes for the water security of peri-urban populations, and how new institutions and technologies develop to mediate the relationships between peri-urban communities and water. The book seeks to further the debate on peri-urban water security, including what constitutes the peri-urban, socially differentiated access to water in peri-urban spaces, interventions for improving water access, and emerging forms of cooperation and conflict related to water access in a context of urbanization and climate change. As such, this book is an interesting read for academics with various disciplinary backgrounds, professionals working in the worlds of national and international policy, NGOs, activist groups, research and development institutes, and individual readers interested in water security and urbanization. Table of Contents Chapter 1 Introduction: Peri-Urban Water Security in South Asia Vishal Narain and Dik Roth Chapter 2 A New Imagination for Waste and Water in India’s Peri-Urban Interface Seema Mundoli, Dechamma C.S., Madhureema Auddy, Abhiri Sanfui, and Harini Nagendra Chapter 3 From Royal Canal to Neglected Canal? Changing Use and Management of a Traditional Canal Irrigation System in Peri-Urban Kathmandu Valley Anushiya Shrestha, Dik Roth, Saroj Yakami Chapter 4 Public Lives, Private Water: Female Ready-Made Garment Factory Workers in Peri-Urban Bangladesh\ Deepa Joshi, Sadika Haque, Kamrun Nahar, Shahinur Tania, Jasber Singhand, and Tina Wallace Chapter 5 Digging Deeper: Deep Wells, Bore-Wells and Water Tankers in Peri-Urban Hyderabad Nathaniel Dylan Lim & Diganta Das Chapter 6 Changing Agriculture and Climate Variability in Peri-Urban Gurugram, India Pratik Mishra and Sumit Vij Chapter 7 Views from the Sluice Gate: Water Insecurity, Conflict and Cooperation in Peri-Urban Khulna, Bangladesh M. Shah Alam Khan, Rezaur Rahman, Nusrat Jahan Tarin, Sheikh Nazmul Huda, and A.T.M. Zakir Hossain Chapter 8 Interventions to Strengthen Institutional Capacity for Peri-Urban Water Management in South Asia Sharlene L. Gomes Chapter 9 Concluding Reflections: Towards Alternative Peri-Urban Futures? Dik Roth and Vishal Narain

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Book SynopsisIntroduction and Overview of the Nile Basin.- The Nile Basin and Water Stress.- Rainfed Agriculture and Climate Change in the Nile Basin.- Climate Change and the Nile Basin.- The Grand Ethiopian Renaissance Dam (GERD) Site and Ethiopian Ethnic Politics.- Grand Ethiopian Renaissance Dam (GERD) Negotiations.- TThe Grand Ethiopian Renaissance Dam (GERD) Filling and Operation.- The Hydro-Politics of Green, Blue, Virtual Water and Water Footprint in the Nile Basin.- The Everglades Drainage: A Lesson for Regional Wetlands.- The Sudd Marshes: A Threat to Regional Wetland Drainage.

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Book SynopsisThis book targets the issue of water scarcity in Egypt as a typical example of the world water crisis. Today, the available water resource is facing its limit because of rapid increase in water demand as a result of population growth and changes in peoples’ life-style. The basic idea to solve the problem of water scarcity is that the irrigation sector, the biggest user of water, should increase water use efficiency. However, the real problem is how this can be achieved in view of the crucial need for water in this sector. This book addresses this challenge through case studies from the Nile delta in Egypt. The water problem in the Nile delta, the major source for water in Egypt, is discussed in this book from all its various aspects. This book covers the situation before and after the advent of the Aswan High Dam, so that the reader understands the entire development. Another special feature are the extensive and scientific descriptions of contemporary topics in water and agriculture, especially from the viewpoint of water saving and sustainability. These descriptions are based on field experiments and surveys in a six-year international research project. Topics of this book are local, but their implications are global.Table of ContentsCountry Profile.- Hydrology of the Nile and Ancient Agriculture.- Control of the Nile’s Flow: The Introduction of Perennial Irrigation for Modern Agriculture.- Egyptian Irrigation after the Aswan High Dam.- Soil and Agriculture after the Aswan High Dam.- Irrigation Methods and Water Requirements in the Nile delta.- Water and salt movement in soils of the Nile Delta.- Water Management in the Nile Delta.- Agricultural Production –Cultivation Techniques and Farming.- Irrigation Water Management and Livelihood System of Farm Households: A Case Study of Improved and Unimproved Irrigation System Areas in the Northern Delta.- Challenges in Exploiting Resources-General Conclusion.

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