Suchergebnisse

part 1. Introduction to water reuse -- part 2. Urban water reuse and sanitary -- part 3. Urban water reuse options -- part 4. Water reuse regulations -- part 5. Environmental and ecological impacts/benefits -- part 6. Social and cultural aspects -- part 7. Economical aspects of water reuse -- part 8. Water reuse systems and technologies -- part 9. Water reuse risk and impact analysis -- part 10. Water reuse management and monitoring -- part 11. Natural wetlands and wetland plants -- part 12. Water reuse and artificial wetlands -- part 13. Rainwater harvesting in cities -- part 14. Water reuse specific applications -- part 15. Water reuse in climatically and physically different regions -- part 16. Water reuse case studies -- part 17. Impacts of climate change, mitigation, and adaption on water reuse -- part 18. Sustainable water reuse and outlooks

Intro -- TITLE PAGE -- COPYRIGHT -- LIST OF TABLES -- LIST OF FIGURES -- EXECUTIVE SUMMARY -- CHAPTER 1 INTRODUCTION -- 1.0 WATER REUSE AND ITS DRIVERS -- 2.0 THE WATER REUSE OPPORTUNITY -- 3.0 DEFINITIONS -- 3.1 USES AND DELIVERY METHODS -- 3.2 WATER REUSE OPTIONS -- 3.3 WATER TYPES AND QUALITY -- 3.4 TREATMENT TECHNOLOGY -- 4.0 THE WATER REUSE SPECTRUM -- 4.1 ENVIRONMENTAL RESTORATION-TRES RIOS WETLAND RESTORATION, PHOENIX, ARIZONA -- 4.2 AGRICULTURE REUSE-MONTEREY SALINAS VALLEY EDIBLE CROP IRRIGATION, SALINAS VALLEY, CALIFORNIA -- 4.3 LANDSCAPE IRRIGATION-ST. PETERSBURG, FLORIDA -- 4.4 INDUSTRIAL REUSE-WEST BASIN'S DESIGNER WATER, LOS ANGELES, CALIFORNIA -- 4.5 GROUNDWATER RECHARGE-EL PASO, TEXAS -- 4.6 SEAWATER INTRUSION BARRIER AND INDIRECT POTABLE REUSE-ORANGE COUNTY WATER DISTRICT GROUNDWATER REPLENISHMENT SYSTEM -- 4.7 SURFACE WATER AUGMENTATION-UPPER OCCOQUAN SERVICE AUTHORITY, VIRGINIA -- 4.8 DIRECT POTABLE REUSE -- 5.0 INTEGRATED RESOURCE MANAGEMENT AND WATER REUSE -- 6.0 The water reuse roadmap development and its organization -- 6.1 WATER ENVIRONMENT FEDERATION, WATER ENVIRONMENT & -- REUSE FOUNDATION, NATIONAL WATER RESEARCH INSTITUTE, AND WATEREUSE ASSOCIATION EXPERTS' MEETING -- 6.2 The Water Reuse Roadmap Primer Development -- 6.3 The Water Reuse Roadmap Organization -- 6.4 PLANNING -- 6.5 IMPLEMENTATION -- 6.6 OPERATION, MAINTENANCE, AND MONITORING -- 7.0 REFERENCES -- CHAPTER 2 DEVELOPMENT OF PURPOSE AND NEEDS STATEMENT -- 1.0 DEVELOPING THE VISION FOR WATER REUSE -- 1.1 DRIVERS FOR WATER REUSE -- 1.2 DEVELOPING A VISION FOR THE COMMUNITY -- 1.3 CREATING AN INITIAL PLAN -- 2.0 "ONE WATER" APPROACH TO RESOURCE MANAGEMENT -- 2.1 INTEGRATED WATER RESOURCES MANAGEMENT FOR "ONE WATER" -- 2.2 EVALUATE OPPORTUNITIES -- 2.3 IDENTIFY CHALLENGES -- 3.0 COLLABORATIVE PARTNERSHIPS AND FUNDING FOR "ONE WATER".

A paper-over-board interactive picture book with sturdy pages that introduces younger readers to recycling, resources, Earth science, and conservation. Reduce. Reuse. Recycle. Revitalize. Learn how budding environmentalists can help take care of the Earth with the interactive story Reuse This Book! Can you tap the seeds to help them grow? Tilt the book to water the tree? Trace the path of the bumblebee? Bold collage art made from reused mixed media materials enhances the interactive experience as the reader helps to care for the new life. Learn about the importance of the environment in this introduction to conservation and green living for little hands and inquisitive minds. Printed on responsibly sourced paper, this book is the perfect read-aloud for the classroom or at home!

Policy discussions and corporate strategies on machine learning are increasingly championing data reuse as a key element in digital transformations. These aspirations are often coupled with a focus on responsibility, ethics and transparency, as well as emergent forms of regulation that seek to set demands for corporate conduct and the protection of civic rights. And the Protective measures include methods of traceability and assessments of 'good' and 'bad' datasets and algorithms that are considered to be traceable, stable and contained. However, these ways of thinking about both technology and ethics obscure a fundamental issue, namely that machine learning systems entangle data, algorithms and more-than-human environments in ways that challenge a well-defined separation. This article investigates the fundamental fallacy of most data reuse strategies as well as their regulation and mitigation strategies that data can somehow be followed, contained and controlled in machine learning processes. Instead, the article argues that we need to understand the reuse of data as an inherently entangled phenomenon. To examine this tension between the discursive regimes and the realities of data reuse, we advance the notion of reuse entanglements as an analytical lens. The main contribution of the article is the conceptualization of reuse that places entanglements at its core and the articulation of its relevance using empirical illustrations. This is important, we argue, for our understanding of the nature of data and algorithms, for the practical uses of data and algorithms and our attitudes regarding ethics, responsibility and regulation.