DIVERSIFICATION

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Do key innovations unlock diversification?A case-study on the morphological and ecological impact of pharyngognathy in acanthomorph fishes
《Current Zoology》2020年第5期575-588,共14页Olivier Larouche Jennifer R.Hodge Laura R.V.Alencar Benjamin Camper Danielle S.Adams Katerina Zapfe Sarah T.Friedman Peter C.Wainwright Samantha A.Price 
a National Science Foundation grant DEB-1556953/1830127 to S.A.P.and P.C.W.
Key inn ovations may allow lin eages access to new resources and facilitate the invasi on of new adaptive zon es,potentially influencing diversificati on patter ns.Many studies have focused on the impact of key inno v...
关键词：Acanthomorpha comparative methods ecomorphological diversification evolutionary innovations phenotypic rates 
The geographical diversification in varanid lizards:the role of mainland versus island in driving species evolution
《Current Zoology》2020年第2期165-171,共7页Xia-Ming ZHU Yu Du Yan-Fu Qu Hong LI Jian-Fang GAO Chi-Xian LIN Xiang JI Long-Hui LIN 
This work was supported by grants from the Narural Science Foundation of Zhejiang Province to L-H.L.(LY17C030003);National Natural Science Foundation of China to L.-H,L.(31971414)and XJ(31470471);Finance Science and Technology Project of Hainan Province to Y.D.(ZDYF2018219).
Monitor lizards(Varanidae)inhabit both the mainland and islands of all geological types and have diversified into an exceptionally wide range of body sizes,thus providing an ideal model for examining the role of mainl...
关键词：body size ISLAND MAINLAND trait-driven DIVERSIFICATION VARANIDAE 
Incomplete lineage sorting and introgression in the diversification of Chinese spot-billed ducks and mallards被引量：3
《Current Zoology》2019年第5期589-597,共9页Wenjuan WANG Yafang WANG Fumin Lei Yang LIU Haitao WANG Jiakuan Chen 
the National Natural Science Foundation of China(No.31401969,31772480);the Natural Science Foundation of Jiangxi Province(No.20161BAB214158).
Incomplete lineage sorting and introgression are 2 major and nonexclusive causes of specieslevel non-monophyly.Distinguishing between these 2 processes is notoriously difficult because they can generate similar geneti...
关键词：asymmetric INTROGRESSION incomplete LINEAGE sorting non-monophyly the MALLARD complex Z chromosome 
Assortative mating and self-fertilization differ in their contributions to reinforcement, cascade speciation, and diversification被引量：2
《Current Zoology》2016年第2期169-181,共13页Dean M. CASTILLO Amanda K. GIBSON Leonie C. MOYLE 
Cascade speciation and reinforcement can evolve rapidly when traits are pleiotropic and act as both signal/cue in nonrandom mating. Here, we examine the contribution of two key traits-assortative mating and self-ferti...
关键词：SPECIATION PLEIOTROPY self-fertilization. 
Genetic diversification in the East Himalayas as revealed by comparative phylogeography of the black-throated bushtit and Elliot＇s laughing thrush被引量：1
《Current Zoology》2015年第5期935-942,共8页Qing QUAN Yanhua QU Fumin LEI 
We sincerely thank Chuanying Dai for providing mtDNA sequences of the Aegithalos coneinnus. We also thanks Town Peterson for providing the analysis protocol for the ecological niche model, and Robert G. Moyle for the protocol of genetic analyses. This research was supported by grants from the National Science Foundation of China （Nos 31471990, 31172064 to Y.Q. and 31330073, 30925008 to F.L.） and the Ministry of Science and Technology of the People＇s Republic of China （MOST Grant No. 2011FY120200-3）.
The Southwest Mountainous region of the eastern Himalayas is a hotspot with extraordinarily high biodiversity and endemism, but the processes that have driven this unique diversity are largely unknown. We evaluated pr...
关键词：East Himalayas Southwest Mountains of China Genetic diversity Comparative phylogeography Ecological niche modeling 
Habitat-dependent diversification and parallel molecular evolution： Water scavenger beetles as a case study
《Current Zoology》2014年第5期561-570,共10页Ke-Qing SONG Huai-Jun XUE Rolf G BEUTEL Ming BAI Dong-Ju BIAN Jie LIU Yong-Ying RUAN Wen-Zhu LI Feng-Long JIA Xing-Ke YANG 
Habitat shift is a key innovation that has contributed to the extreme diversification of insects. Most groups are well-adapted to more or less specific environments and shifts usually only happen between similar habit...
关键词：Hydrophiloidea Habitat shift Diversification rate Parallel molecular evolution 
Inducible competitors and adaptive diversification
《Current Zoology》2013年第4期537-552,共16页Beren W. ROBINSON David W. PFENNIG 
Acknowledgements We thank Zhi-Yun Jia for inviting us to submit this paper to a special column on phenotypic plasticity. Three anonymous reviewers provided valuable commentary that encouraged us to improve this work. We also wish to ac- knowledge the long term funding for plasticity research pro- vided by the U.S. National Science Foundation to DP, and the Natural Sciences and Engineering Research Council of Can- ada to BR. Finally, collaboration on this specific project was directly supported through a short-term fellowship to BR by the National Evolutionary Synthesis Center （NESCent; funded by NSF #EF-0905606）.
Identifying the causes of diversification is central to evolutionary biology. The ecological theory of adaptive diversi- fication holds that the evolution of phenotypic differences between populations and species--and...
关键词：Phenotypic plasticity COMPETITION Adaptive radiation Character displacement Genetic assimilation Resourcepolymorphism 
Convergences in the diversification of bats
《Current Zoology》2010年第4期454-468,共15页M.Brock FENTON 
supported by grants from the Natural Sciences and Engineering Research Council of Canada;the K.E Molson Foundation;WWF Canada
Twenty-five characters or suites of characters from bats are considered in light of changes in bat classification. Thecharacters include some associated with flower-visiting (two), echolocation (12), roosting (six), r...
关键词：Flower-visiting ECHOLOCATION ROOSTING REPRODUCTION Ancestral bat 
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