Molecular approaches in natural resource conservation and management
Molecular approaches in natural resource conservation and management
复制标题
自然资源保护和管理的分子方法
作者：
K. Potter
1.生物多样性的发现及其对保护的重要性。Honeycutt，大卫M.约翰·希利斯比克姆和艾米B。Baird 2.基因流、生物多样性和转基因作物：泰国的杂草稻B。Schaal，W. J. Leverich，S.贾姆乔德角Maneechote，A. Bashir，A. Prommin，A. Punyalue，A. Suta，T. Sintukhiew，A. Wongtamee，T. Pusadee，S. Niruntrayakul，B.罗伯特·雷卡塞姆Devlin和Fredrik L. Sundstrom 3.保护生物学和管理的群落和生态系统遗传学方法托马斯G.作者：Whitham，Catherine A.作者：Luke M.放大图片创作者：Carri J.作者：Jennifer A.放大图片作者：Robert C.迪伦·巴特尔作者声明：布拉德利M.作者：Joseph K.贝利和杰夫·霍兰德4.脊椎动物性别决定基因及其在保护中的潜在效用，特别强调鱼类。作者声明：黑尔第五章.欧洲橡树适应性分化的历史和当代动态Antoine Kremer，Valerie Le Corre，雷米J. Petit，Alexis Ducousso和Stephen R.第六章.关联遗传学、群体基因组学和保护：揭示动植物自然群体适应性的基因。作者：大卫B.放大图片创作者：John W.放大图片作者：Peter M.约瑟芬·M·维舍尔第七章.受威胁和濒危动物类群的杂交：对生物多样性保护和管理的启示。理查德·萨穆迪奥第八章.在扰动的热带景观中花粉和种子的运动。作者：Joseph D.放大图片作者：Jennifer McCreight，Peter M.第九章.景观改变对濒危物种遗传多样性保护的意义。吉里达尔·勒贝格R.作者：Kelly R.作者：巴尔放大图片作者：林赛. Lance，Julie R.作者声明：Rebecca M.第十章.将进化考虑纳入太平洋鲑鱼恢复规划。作者声明：Michelle M.放大图片作者：麦克卢尔，托马斯C.温赖特，保罗·麦克尔汉尼，彼得·劳森和科米特·里特兰11.利用分子生物学方法改善濒危物种圈养繁殖计划的遗传管理。作者：Robert C. 12.第十二章野生动物再引进：理论的概念发展和应用。放大图片作者：罗兹，小艾米丽K. Latch，丽莎Worthen，Charles Michler and基思Woeste 13.进化毒理学Lee R.作者：Chris W.作者：John W.作者：Stan D. Wullschleger和大卫J.韦斯顿。
1. Biodiversity discovery and its importance to conservation Rodney L. Honeycutt, David M. Hillis, John W. Bickham and Amy B. Baird 2. Gene flow, biodiversity and GM crops: weedy rice in Thailand B. Schaal, W. J. Leverich, S. Jamjod, C. Maneechote, A. Bashir, A. Prommin, A. Punyalue, A. Suta, T. Sintukhiew, A. Wongtamee, T. Pusadee, S. Niruntrayakul, B. Rerkasem, Robert H. Devlin and Fredrik L. Sundstrom 3. A community and ecosystem genetics approach to conservation biology and management Thomas G. Whitham, Catherine A. Gehring, Luke M. Evans, Carri J. LeRoy, Randy K. Bangert, Jennifer A. Schweitzer, Gerard J. Allan, Robert C. Barbour, Dylan G. Fischer, Bradley M. Potts, Joseph K. Bailey and Jeff Holland 4. Vertebrate sex determining genes and their potential utility in conservation, with particular emphasis on fishes J. Andrew DeWoody, Matthew C. Hale, John C. Avise and Lisette Waits 5. Historical and contemporary dynamics of adaptive differentiation in European oaks Antoine Kremer, Valerie Le Corre, Remy J. Petit, Alexis Ducousso and Stephen R. Palumbi 6. Association genetics, population genomics, and conservation: revealing the genes underlying adaptation in natural populations of plants and animals Krista M. Nichols, David B. Neale, Jake Gratten, Alastair J. Wilson, Allan F. McRae, Dario Beraldi, Peter M. Visscher, Josephine M. Pemberton and Jon Slate 7. Hybridization in threatened and endangered animal taxa: implications for conservation and management of biodiversity Kelly R. Zamudio, Richard G. Harrison and Marjorie Matocq 8. Pollen and seed movement in disturbed tropical landscapes J. L. Hamrick, Joseph D. Busch, Jennifer McCreight and Peter M. Waser 9. Implications of landscape alteration for the conservation of genetic diversity of endangered species Paul L. Leberg, Giridhar N. R. Athrey, Kelly R. Barr, Denise L. Lindsay, Richard F. Lance, Julie R. Etterson and Rebecca M. Holmstrom 10. Integrating evolutionary considerations into recovery planning for Pacific salmon Robin S. Waples, Michelle M. McClure, Thomas C. Wainwright, Paul McElhany, Peter Lawson and Kermit Ritland 11. Using molecular methods to improve the genetic management of captive breeding programs for threatened species Jamie A. Ivy, Robert C. Lacy and Yousry El-Kassaby 12. Wildlife reintroductions: the conceptual development and application of theory Olin E. Rhodes, Jr, Emily K. Latch, Lisa Worthen, Charles Michler and Keith Woeste 13. Evolutionary toxicology Lee R. Shugart, Chris W. Theodorakis, John W. Bickham, Stan D. Wullschleger and David J. Weston.
影响因子：
3.3
作者：
David Houle;B. Morikawa;Michael Lynch
通讯作者：
David Houle;B. Morikawa;Michael Lynch