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威廉·霍夫迈斯特与植物科学的基础

Wilhelm Hofmeister and the foundations of plant science.

作者信息

Martin Cyrus

机构信息

Cyrus Martin is Current Biology's Senior Scientific Editor.

出版信息

Curr Biol. 2017 Sep 11;27(17):R853-R855. doi: 10.1016/j.cub.2017.08.039.

Abstract

On January 12 1877, the Grim Reaper visited Wilhelm Hofmeister (Figure 1) for the last time. Having recently witnessed the death of a wife, two daughters, and two sons (only two of his nine children survived him), the German botanist, perhaps succumbing to the weight of his own grief, suffered a series of strokes and then promptly died at the age of 52 in Lindenau, Germany. He has since faded into the dusty annals of 19 century botany, his contributions to our knowledge about plants, how they come into being, develop and interact with their environment, mostly forgotten. In an ode to Hofmeister marking 100 years since his birth, Douglas Haughton Campbell of Stanford University, referring to Hofmeister's studies in comparative morphology, wrote, "…there is no question that Hofmeister's work will remain as probably the most brilliant contribution ever made to this fundamental department of botany" [1]. And in an essay published in Plant Physiology, Donald Kaplan and Todd Cooke went further still, writing, "Frederich Wilhelm Benedikt Hofmeister stands as one of the most remarkable figures in the history of botany and one who made fundamental contributions to all areas of plant biology" [2]. If that wasn't enough, Kaplan and Cooke added "In terms of native genius, he is certainly the peer of both Darwin and Mendel and may have even exceeded them in the breadth and depth of his talents."

摘要

1877年1月12日,死神最后一次降临到威廉·霍夫迈斯特(图1)身上。这位德国植物学家最近目睹了妻子、两个女儿和两个儿子的离世(他的九个孩子中只有两个在他死后幸存),或许是被自身悲痛的重压所累,他中风数次,随后在德国林德瑙溘然长逝,年仅52岁。此后,他渐渐淡出了19世纪植物学尘封的史册,他对我们关于植物的认知,即植物如何产生、发育以及与环境相互作用所做出的贡献,大多被遗忘了。在一篇纪念霍夫迈斯特诞辰100周年的颂词中,斯坦福大学的道格拉斯·霍顿·坎贝尔在提及霍夫迈斯特的比较形态学研究时写道:“……毫无疑问,霍夫迈斯特的工作将可能依然是对植物学这一基础领域所做出的最杰出贡献”[1]。而在发表于《植物生理学》的一篇文章中,唐纳德·卡普兰和托德·库克的评价更进一步,他们写道:“弗里德里希·威廉·贝内迪克特·霍夫迈斯特是植物学史上最卓越的人物之一,对植物生物学的各个领域都做出了基础性贡献”[2]。如果这还不够,卡普兰和库克还补充道:“就天赋而言,他无疑与达尔文和孟德尔不相上下,甚至在才华的广度和深度上可能还超过了他们。”

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