03618cam a2200361Ia 4500001001500000003000800015005001700023006001900040007000700059008004100066020003200107040002100139245009600160250001200256260005400268300005000322500007700372504005100449505088700500520130601387530003702693538003602730650004502766650005402811650002802865650003302893650004502926655002802971700002102999730005103020776002903071856015603100CRC0KE14528PDFFlBoTFG20171224123851.0m|||||o||d||||||||cr||||130619s2013    fluabd  sb    001 0 eng d  a9781439888476 (ebook : PDF)  aFlBoTFGcFlBoTFG00aEngineering response to climate changeh[electronic resource] /cedited by Robert G. Watts.  a2nd ed.  aBoca Raton :bCRC Press, Taylor & Francis,c2013.  axviii, 502 p. :bill. (some col.), col. maps.  aRevised edition of: Engineering response to global climate change. 1997.  aIncludes bibliographical references and index.0 a1. The fifth revolution / Robert G. Watts -- 2. Radiatively important atmospheric constituents / Donald J. Wuebbles and Darienne Ciuro -- 3. Scenarios of future socio-economics, energy, land use, and radiative forcing / Jiyong Eom ... [et al.] -- 4. Understanding sea level rise and coastal hazards / Ashish J. Mehta ... [et al.] -- 5. Water resources / William H. McAnally ... [et al.] -- 6. Energy demand, efficiency, and conservation / Hadi Dowlatabadi and Maryam Rezaei -- 7. Renewable electricity / Walter Short -- 8. The future of energy from nuclear fission / Son H. Kim and Temitope Taiwo -- 9. Energy from nuclear fusion / Arthur W. Molvik -- 10. Energy from space for sustainable commercial power for Earth / David R. Criswell -- 11. Adapting to climate change / Donald J. Wuebbles -- 12. Climate engineering : impact reducer or suffering inducer? / Michael C. MacCracken.  a"PREFACE In June 1991, we convened the Workshop on the Engineering Response to Global Climate Change: Planning a Research and Development Agenda. Approximately 70 scientists and engineers spent 4 days discussing what research was necessary in order to identify the causes and the extent of climatic change, to assess its consequences, and to prepare for mitigative and adaptive measures. Seven working groups were established: Sources and Sinks of Greenhouse Gases; Energy Demand, Energy Supply; Agricultural and Biological Systems; Water Resources; Coastal Hazards; and Geo-engineering. Each working group was asked to identify a set of goals and a set of approaches to accomplish these goals. Common goals and approaches were then identified, and small, interdisciplinary groups were convened to expand upon the various approaches. Some chapters of the present book are updates of chapters from the book Engineering Response to Global Climate Change that was published in 1997. However, in a real sense it is a new book. Several chapters introduce new material. Even so, the general idea is the same: the climate/energy problem has become largely an engineering problem. The book is more about what we as engineers can do to prevent, mitigate, or adapt to climate change. "--cProvided by publisher.  aAlso available in print edition.  aMode of access: World Wide Web. 0aClimatic changesxEnvironmental aspects. 0aEnvironmental engineeringxEnvironmental aspects. 0aEcological engineering. 0aGlobal environmental change. 0aGreenhouse gasesxEnvironmental aspects. 7aElectronic books.2lcsh1 aWatts, Robert G.0 aEngineering response to global climate change.1 z9781439888469 (hardback)40uhttp://marc.crcnetbase.com/isbn/9781439888476qapplication/PDFzDistributed by publisher. Purchase or institutional license may be required for access.