LEADER 00000cam  2200000 a 4500 
001    707967609    
003    OCoLC 
005    20111007040435.0 
008    110315s2011    enka     b    001 0 eng   
010    2011011504 
020    9780521199476 (hardback) 
020    0521199476 (hardback) 
020    9780521145961 (paperback) 
020    0521145961 (paperback) 
035    707967609 
040    DLC|cDLC|dYDX|dBTCTA|dYDXCP|dCDX|dUKMGB|dBWX|dMIX|dZCU
       |dTXU 
042    pcc 
049    TXUM 
050 00 QL752|b.S677 2011 
245 00 Sources, sinks, and sustainability /|cedited by Jianguo 
       Liu ... [et al.]. 
260    Cambridge, UK ;|aNew York :|bCambridge University Press,
       |c2011. 
300    xvii, 525 p. :|bill. ;|c26 cm. 
440  0 Cambridge studies in landscape ecology. 
504    "Source-sink theories provide a simple yet powerful 
       framework for understanding how the patterns, processes 
       and dynamics of ecological systems vary and interact over 
       space and time. Integrating multiple research fields, 
       including population biology and landscape ecology, this 
       book presents the latest advances in source-sink theories,
       methods and applications in the conservation and 
       management of natural resources and biodiversity. The 
       interdisciplinary team of authors uses detailed case 
       studies, innovative field experiments and modeling, and 
       comprehensive syntheses to incorporate source-sink ideas 
       into research and management, and explores how 
       sustainability can be achieved in today's increasingly 
       fragile human-dominated ecosystems. Providing a 
       comprehensive picture of source-sink research as well as 
       tangible applications to real world conservation issues, 
       this book is ideal for graduate students, researchers, 
       natural-resource managers and policy makers." 
504    Includes bibliographical references and index. 
505 8  Machine generated contents note: Preface; 
       Acknowledgements; List of contributors; Part I. 
       Introduction: 1. Impact of a classic paper by H. Ronald 
       Pulliam: the first 20 years Vanessa Hull, Anita T. 
       Morzillo and Jianguo Liu; Part II. Advances in Source-Sink
       Theory: 2. Evolution in source-sink environments: 
       implications for niche conservatism Robert D. Holt; 3. 
       Source-sink dynamics emerging from unstable ideal-free 
       habitat selection Douglas W. Morris; 4. Sources and sinks 
       in the evolution and persistence of mutualisms Craig W. 
       Benkman and Adam M. Siepielski; 5. Effects of climate 
       change on dynamics and stability of multiregional 
       populations Mark C. Andersen; 6. Habitat quality, niche 
       breadth, temporal stochasticity, and the persistence of 
       populations in heterogeneous landscapes Scott M. Pearson 
       and Jennifer M. Fraterrigo; 7. When sinks rescue sources 
       in dynamic environments Matthew R. Falcy and Brent J. 
       Danielson; 8. Sinks, sustainability, and conservation 
       incentives Alessandro Gimona, Gary Polhill and Ben Davies;
       Part III. Progress in Source-Sink Methodology: 9. On 
       estimating demographic and dispersal parameters for niche 
       and source-sink models H. Ronald Pulliam, John M. Drake 
       and Juliet R. C. Pulliam; 10. Source-sink status of small 
       and large wetland fragments and growth rate of a 
       population network Gilberto Pasinelli, Jonathan P. Runge 
       and Karin Schiegg; 11. Demographic and dispersal data from
       anthropogenic grasslands: what should we measure? John B. 
       Dunning, Jr, Daniel M. Scheiman and Alexandra Houston; 12.
       Network analysis: a tool for studying the connectivity of 
       source-sink systems Ferenc Jordán; 13. Sources, sinks, and
       model accuracy Matthew A. Etterson, Brian J. Olsen, 
       Russell Greenberg and W. Gregory Shriver; 14. Scale-
       dependence of habitat sources and sinks Jeffrey M. Diez 
       and Itamar Giladi; 15. Effects of experimental population 
       removal for the spatial population ecology of the alpine 
       butterfly, Parnassius smintheus Stephen F. Matter and Jens
       Roland; Part IV. Improvement of Source-Sink Management: 
       16. Contribution of source-sink theory to protected area 
       science Andrew Hansen; 17. Evidence of source-sink 
       dynamics in marine and estuarine species Romuald N. 
       Lipcius and Gina M. Ralph; 18. Population networks with 
       sources and sinks along productivity gradients in the 
       Fiordland Marine Area, New Zealand: a case study on the 
       sea urchin Evechinus chloroticus Stephen R. Wing; 19. 
       Source-sinks, metapopulations, and forest reserves: 
       conserving northern flying squirrels in the temperate 
       rainforests of Southeast Alaska Winston P. Smith, David K.
       Person and Sanjay Pyare; 20. Does habitat fragmentation 
       generate breeding sources, sinks, and ecological traps in 
       migratory songbirds? Scott K. Robinson and Jeffrey P. 
       Hoover; 21. Source-sink population dynamics and 
       sustainable leaf harvest of the understory palm 
       Chamaedorea radicalis Eric J. Berry, David L. Gorchov and 
       Bryan A. Endress; 22. Assessing positive and negative 
       ecological effects of corridors Nick Haddad, Brian Hudgens,
       Ellen I. Damschen, Douglas J. Levey, John L. Orrock, 
       Joshua J. Tewksbury and Aimee J. Weldon; Part V. Synthesis
       : 23. Sources and sinks: what is the reality? John Wiens 
       and Beatrice Van Horne; Index. 
650  0 Animal populations|xResearch. 
650  0 Habitat selection. 
650  0 Animals|xDispersal. 
650  0 Ecological heterogeneity. 
650  0 Ecosystem management. 
700 1  Liu, Jianguo,|d1963- 
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