全部文献期刊学位论文会议报纸专利标准年鉴图书|学者科研项目
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作者:Nicholas M.A. Crouch , Karolis Ramanauskas , Boris Igić
来源:[J].Molecular Phylogenetics and Evolution(IF 4.066), 2019, Vol.131, pp.55-63Elsevier
摘要:Abstract(#br)Despite a relatively vast accumulation of molecular data, the timing of diversification of modern bird lineages remains elusive. Accurate dating of the origination of Telluraves—a clade of birds defined by their arboreality—is of particular interest, as it conta...
作者:Andrew R. Raduski , Elizabeth B. Haney , Boris Igić
来源:[J].Evolution(IF 4.864), 2012, Vol.66 (4), pp.1275-1283Wiley
摘要:Self‐incompatibility is expressed by nearly one‐half of all angiosperms. A large proportion of the remaining species are self‐compatible, and they either outcross using various contrivances or self‐fertilize to some extent. Because of the common occurrence of population...
作者:Emma E. Goldberg , Boris Igić
来源:[J].Evolution(IF 4.864), 2012, Vol.66 (12), pp.3701-3709Wiley
摘要:Classic questions about trait evolution—including the directionality of character change and its interactions with lineage diversification—intersect in the study of plant breeding systems. Transitions from self‐incompatibility to self‐compatibility are frequent, and the...
作者:Kelly Robertson , Emma E. Goldberg , Boris Igić
来源:[J].Evolution(IF 4.864), 2011, Vol.65 (1), pp.139-155Wiley
摘要:Breakdown of self‐incompatibility occurs repeatedly in flowering plants with important evolutionary consequences. In plant families in which self‐incompatibility is mediated by S‐RNases, previous evidence suggests that polyploidy may often directly cause self‐compatibil...
作者:Emma E. Goldberg , Boris Igić
来源:[J].Evolution(IF 4.864), 2012, Vol.66 (12), pp.3701-3709CrossRef
作者:Andrew R. Raduski , Elizabeth B. Haney , Boris Igić
来源:[J].Evolution(IF 4.864), 2012, Vol.66 (4), pp.1275-1283JSTOR
摘要:Self-incompatibility is expressed by nearly one-half of all angiosperms. A large proportion of the remaining species are selfcompatible, and they either outcross using various contrivances or self-fertilize to some extent. Because of the common occurrence of populations and indiv...

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