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All known forms of life depend on water. Covering 71 per cent of the Earth's surface, water seems to be plentiful. But there are 1.2 billion people who currently live without a safe water supply, the amount of available drinking water is shrinking and the need for it is increasing relentlessly. While some regions are receiving too much rain, others are receiving too little. We are approaching a global water emergency. Julian Caldecott examines the vital role this fascinating substance plays on our planet and explores the historical, scientific, political and economic reasons behind the looming water crisis. He reveals where the water we use comes from, and at what social and environmental cost. This is an intriguing and sometimes unsettling portrait of the future of water in our changing world and what we can all do to make a difference.
The richer countries spend about US$165 billion yearly on overseas aid, mainly to keep human development going. These efforts are undermined by climate change, water-catchment damage, biodiversity loss, and desertification, and their interactions with social systems at all scales, which few aid designs or evaluations fully address. This must change if aid performance is to be improved. Constraints to be overcome include limited understanding of the very complex systems that aid investments affect, and of the ecology behind climate change adaptation and mitigation. Aid Performance and Climate Change targets these problems and others, by explaining how to use multiple points of view to describ...
Cover -- Title -- Copyright -- Contents -- List of tables and boxes -- Preface -- Acknowledgements -- 1 Introduction -- 2 Core evaluation criteria -- 3 Keeping human development going -- 4 Technological mitigation -- 5 Ecological mitigation -- 6 Adaptation by preserving resilience and diversity -- 7 Evaluating partnerships -- 8 Evaluating transformations -- 9 Conclusions -- Appendix 1: Evaluations of aid performance used as main sources in this book -- Appendix 2: Glossary, acronyms, and abbreviations -- Index.
"Surviving climate chaos requires communities and ecosystems strong enough to cope with the near-random local impacts of climate change. Their strength depends upon resilience, resistance and flexibility, three consequences of system integrity. Preserving and restoring the integrity of communities and ecosystems is needed everywhere, and quickly since active Arctic, equatorial and oceanic tipping points threaten total climate breakdown. This might be postponed by extreme efforts to conserve carbon-dense ecosystems, decarbonise economic systems and recapture greenhouse gases, but climate chaos everywhere is now inevitable. Adaptation efforts by 158 Paris Agreement parties reported since 2015 ...
An account of conservation across tropical Asia, Africa and Latin America, by a field conservationist.
Explains how communities and ecosystems everywhere can be strengthened to survive climate chaos.
Explores the history, science, economics, and politics behind the looming water crisis.
This comprehensive and authoritative review of the distribution and conservation status of Great Apes includes individual country profiles for each species and overview chapters on ape biology, ecology, and conservation challenges.
In the waning days of World War I, William K. Dean was brutally murdered, his body hog-tied and dumped in a rainwater cistern on his farm in the quiet town of Jaffrey, New Hampshire. Suspicion quickly fell on Dean's wife, an invalid in the early stages of dementia. Her friends, outraged at the accusations, pointed instead to a former tenant of Dean’s, whom many suspected of being a German spy. Others believed that Dean's best friend, a politically powerful banker and judge, was involved. Deep Water is based on extensive research into the Dean murder, including thousands of pages of FBI documents, Grand Jury testimonies, newspaper accounts, private correspondence, and the archives of the Jaffrey Historical Society.