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QnAs with May R. Berenbaum

机译:与May R.Berenbaum的QnA

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摘要

Insects and plants often share a complicated relationship, and University of Illinois, Urbana-Champaign entomologist May Berenbaum has a fine understanding of its chemistry. Berenbaum, a member of the National Academy of Sciences, has long studied how insects and plants evolve chemical arsenals to survive, together, pitting cunning defense against toxic offense. Author of a number of popular science books on coevolution, Berenbaum won the 2011 Tyler Prize for Environmental Achievement for her contributions to entomology. Among her many pursuits is an exploration of the likely cause of honey bee die-offs across the United States, an affliction called colony collapse disorder. Berenbaum shares her entomological expertise with PNAS readers to provide a fresh perspective on the disorder and its fallout.
机译:昆虫和植物通常有着复杂的关系,伊利诺伊大学厄本那-香槟分校的昆虫学家May Berenbaum对它的化学有很好的了解。贝伦鲍姆(Berenbaum)是美国国家科学院的成员,长期以来一直研究昆虫和植物如何进化出化学武器来生存,共同对抗有害的化学反应。贝伦鲍姆(Berenbaum)曾撰写过许多有关进化的科普书籍,并因其对昆虫学的贡献而获得2011年泰勒环境成就奖。在她的众多追求中,她探索了整个美国蜜蜂死亡的可能原因,这种痛苦被称为殖民地崩溃症。贝伦鲍姆(Berenbaum)与PNAS读者分享了她在昆虫学方面的专业知识,从而为这种疾病及其后果提供了新的视角。

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