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低覆盖度基因组测序获取系统发育组学数据
- 热度 2
- 低覆盖度基因组 测序 获取系统发育组学数据 Phylogenomics from Low-coverage Whole-genome Sequencing Zhang, Feng; Nanjing Agricultural University, Department of Entomology, College of Plant Protection Ding, Yinhuan; Nanjing Agricultural University ZHU, Chao-Dong; Institut ...
- FitCons：进化论指导表观遗传组数据分析
- 我们了解多少？ 自然选择是科学界最好的评论家 How much are we learning? Natural selection is science's best critic December 18, 2018 by Brian Stallard, Cold Spring Harbor Laboratory 原始文献： Brad Gulko et al, An evolutionary framework for measuring epigenomi ...
- 农场授粉过程
- 农场研究更清晰地揭示授粉过程 Research on real-world farms gives a clearer picture of how pollination works June 8, 2015 by Ken Branson, Rutgers University 原始报道： https://phys.org/news/2015-06-real-world-farms-clearer-picture-pollination.html 根据罗格斯大学和 ...
- 蜜蜂多样性利于人类
- 蜜蜂越多，人类就越好 The more kinds of bees, the better for humans, study finds February 15, 2018, Rutgers University 原始文献： R. Winfree el al., Species turnover promotes the importance of bee diversity for crop pollination at regional scales, Science &nbs ...
- 传粉者生物多样性
- 传粉者生物多样性 Pollinator biodiversity July 6, 2018, National Science Foundation 原始报道： https://phys.org/news/2018-07-pollinator-biodiversity.html 如果您将花粉从一个植物移动到另一个植物，您也可能是一个传粉者。 传粉者形状和大小各异：蝴蝶，甲虫，鸟类，蝙蝠甚至人 ...
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北极高地主要传粉媒介 - 蝇类
- 蝇类是北极高地的主要传粉媒介 Flies are the key pollinators of the High Arctic September 28, 2016, Swedish University of Agricultural Sciences 原始文献： Mikko Tiusanen et al. One fly to rule them all—muscid flies are the key pollinators in the Arctic, Proceedings of the Royal ...
- 蝇类是北极地区的主要授粉者
- 没有蜜蜂，蝇类负责北极地区的授粉 In the absence of bees, flies are responsible for pollination in the Arctic region October 9, 2018 by Laura Hiisivuori, University of Helsinki 原始报道： https://phys.org/news/2018-10-absence-bees-flies-responsible-pollination.html Mikko Tiu ...
- 植物虫媒到风媒传粉转变机制
- 植物生物学家发现了从虫媒到风媒传粉转变机制 Plant biologists identify mechanism behind transition from insect to wind pollination December 17, 2018, University of Toronto 原始文献： Proceedings of the Royal Society B (2018). DOI: 10.1098/rspb.2018.2251 & ...
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毛虫拟态会招致不必要攻击
- 热度 2
- 毛虫拟态吸引不必要的注意和攻击 Researchers observe a defense mechanism for caterpillars can attract unwanted attention December 17, 2018, Ecological Society of America 原始文献： James H Marden et al, Anti ‐ predator behavior by a nesting hummingbird in response to ...
- 整合化石和分子系统发育新模型
- 解析进化速率差异 Explaining differences in rates of evolution December 18, 2018 by Claudia Hoffmann, ETH Zurich 原始文献： Daniele Silvestro et al. Closing the gap between palaeontological and neontological speciation and extinction rate estimates, Nature Communicati ...
