Two approaches to transform evolutionary biology

IF 5.5 1区 环境科学与生态学 Q1 BIODIVERSITY CONSERVATION
Marco Ferrante
{"title":"Two approaches to transform evolutionary biology","authors":"Marco Ferrante","doi":"10.1111/cobi.70082","DOIUrl":null,"url":null,"abstract":"<p><b>Radical by nature: The revolutionary life of Alfred Russel Wallace</b>. Costa, J. T. 2023. Princeton University Press, Princeton, NJ. xviii+515 pp. US$39.95 (hardcover). ISBN 978-0-691-23379-6.</p><p><b>Enchanted by Daphne: The life of an evolutionary naturalist</b>. Grant, P. R. 2023. Princeton University Press, Princeton, NJ. xii+ 345 pp. US$35.00 (hardcover). ISBN 978-0-691-24624-6.</p><p>Alfred Russell Wallace and Peter Raymond Grant are two biologists who marked evolutionary biology, each in their own distinct way. Wallace is the father of biogeography and, alongside Charles Darwin, the coauthor of the theory of evolution. Grant discovered that evolution can occur over relatively short periods (not just over geological time as Darwin posited); that evolution is unpredictable because selection pressures fluctuate with environmental conditions; and that hybridization can produce new species. While reading these books, I was struck by the many contrasts between the lives of the two figures. Wallace uncovered and understood the mechanisms of evolution in a world where thought was dominated by religious beliefs, whereas Grant looked for evidence of natural selection at a time when most societies had already accepted the theory of evolution.</p><p>There are more contrasts. Wallace was raised in a large, poor family in the early 19th century and was a self-taught scientist. A kaleidoscopic naturalist, his interests ranged from geology and astronomy to botany and entomology. His passion for insects (especially beetles) was kindled at age 21, partly through his friendship with Henry Bates, another naturalist who left a lasting legacy in ecology. Except for meeting Bates in his early career, Wallace was essentially working alone, an outsider to the main scientific circles of the time. His correspondence with prominent scientists started only later in his life. Grant grew up more than a century later in a small family affected by his parents’ early divorce. He studied at Cambridge, and throughout his career, he met eminent colleagues, which makes me think he was part of a vibrant scientific community. Grant was mainly interested in birds during his career, a passion he developed when he was 14 years old—although he occasionally studied other vertebrates. This high degree of specialization contrasts sharply with the broader approach of past naturalists, such as Wallace. Although modern scientists are often very specialized, it is worth questioning whether a multidisciplinary approach is more beneficial. My impression, also from reading Costa's book, is that Wallace's broad expertise may have been instrumental in his groundbreaking insights. Contrastingly, Grant's acute observations, such as documenting the hybridization between finch species, may have been the result of a good eye (and ear, given that bird songs played a role) for details and his focus on a single natural laboratory, the Galápagos.</p><p>There is, however, an essential aspect uniting Wallace and Grant: their predisposition to travel. In the era of meta-analyses and syntheses of various kind, this should remind us how important first-hand field experience is for ecology. We cannot be solely “desktop ecologists”. Both Wallace and Grant started gaining such experiences at a young age. Grant went on a school expedition to Iceland at 19, moved to Canada for his PhD studies and then to the United States, and conducted research in Mexico, the Balkans, the Middle East, and, extensively, in the Galápagos. All these experiences seem to have been quite adventurous but, luckily, never too dangerous. For Wallace, it was a different story. He traveled to the Amazon with his friend Bates when they were 25 and 23 years old, respectively. The two young naturalists collected numerous specimens and made important observations that proved useful to the theory of evolution. Bates also discovered the famous mimicry form in butterflies that today bears his name. Yet, they parted ways relatively soon for unclear reasons. Eventually, Bates spent nearly 11 years in South America. Wallace's trip to the Amazon lasted slightly more than 4 years and ended with the loss of most of his collection in a shipwreck, the death of his younger brother Edward due to yellow fever, and him barely surviving malaria. It may have been a complete tragedy if not for the many zoological, botanical, and anthropological observations and his agent Samuel Stevens. Although most of his work was lost (except for a sheaf of palm and fish illustrations), Wallace returned to London as a hero because Stevens had been publishing extracts from Wallace's letters and had displayed some of the rarities he collected in the Amazon.</p><p>A major difference between the two books is that Wallace's biography has only one real protagonist; his family joins the story late in the book and Wallace's life (he married at 43). <i>Enchanted by Daphne</i> begins as the story of Peter Grant but soon develops (around one-third through the book) into the story of Peter and Rosemary Grant's research and, partly, the lives of their two daughters, Nicola and Talia. It might be interesting to read Rosemary Grant's recent biography <i>One Step Sideways, Three Steps Forward</i> (Grant, <span>2024</span>) to compare perspectives. Since they met, the Grants have worked together in a way that makes it impossible to say which idea belongs to whom. For those who want to learn more about their scientific findings, a new edition of the book that synthesizes the Grants’ 40 years of research on Daphne island was published recently (Grant &amp; Grant, <span>2024</span>). Yet, their partnership as a family was more than scientific collaboration; it also influenced their career direction. For example, Peter turned down a professorship at Cambridge because there would have been no position for Rosemary. Together, the Grants have been a powerful and productive combo, and both managed to become impactful scientists. Because of the balance between their professional and personal lives, Grant's book radiates happiness, contains many family anecdotes, and achieves an equilibrium that makes the writing scientifically interesting, human, and funny. Such lightness is not present in the book on Wallace. However, it is not really a fair comparison because Grant's book is autobiography, whereas Costa narrates the life of Wallace often while explaining the cultural and historical context in which he lived.</p><p>Despite the family's minor role in Costa's book on Wallace, there was a crucial family intervention. We should thank Wallace's wife Annie for encouraging him to write <i>The Malay Archipelago</i> (Wallace, <span>1869</span>). This book summarizes the 8 years during which Wallace traveled in Southeast Asia and the critical discoveries he made there. Wallace was already noticing boundaries that separate and potentially explain the distribution of species in the Amazon, but it was in Asia that everything started to make sense and where he put his theory into words.</p><p>One of his letters eventually reached Darwin, who was pushed by his friends to hasten publication of his results so he would be the first to bring the theory to light. Interestingly, Wallace seemed to be less concerned about matters of ownership because he later published a book titled <i>Darwinism</i> (Wallace, <span>1889</span>), which probably did little to earn him the well-deserved recognition for his contribution to this theory. Wallace's work has been more appreciated posthumously. To be fair, we should not forget that when Wallace started advocating for social justice, he also turned to spiritualism. He wrote a paper on natural selection claiming divine intervention to explain the development of the human brain, which was devastating for Darwin.</p><p>Recognition for the Grants was not unusual; they received numerous awards for their work on finches in the Galápagos. One of the messages Peter offers at the end of the book is the role of the Dea Fortuna and his belief that things will always work out, even if sometimes in unexpected ways. These finches were at the mercy of El Niño after all. Their travels to attend award ceremonies occupy a substantial portion of the book and, although impressive, are less interesting than the accounts of their lives and research.</p><p>I read these books several times, at times liking one over the other. I knew some of the main results of Grant's research on the Galápagos, but I was unfamiliar with the scientist himself. I also learned numerous new things about Wallace. For example, I did not know that he campaigned against compulsory smallpox vaccination, researched extraterrestrial life (he rejected the possibility of life on Mars), and met John Muir while traveling in the United States and that they influenced each other. I also learned that he kept writing and publishing books until he was 90 years old.</p><p>Both books are beautifully written. The only serious and surprising weakness of both lies in their lack of effective maps. Grant did not provide any, whereas Costa offers them only at the beginning of the book instead of integrating them into the chapters. Nevertheless, these books should be read several times not only because they are enjoyable and rich in interesting content but also because both provide a picture of how unpredictable and exciting the life of a scientist can be. I could not help wondering whether ecology has dramatically changed today. Is the era of field exploration dead? How many researchers leave home for years of adventure, seeking patterns that reveal ecological processes? Are there still Wallaces and Grants out there performing long-term studies? I could not find the answers to these questions, but I may have found an answer to the question of whether a young and busy PhD student, postdoc, or professor should spend time reading biographies of these scientists. I believe they should because such people have lived inspiring lives and produced insightful results and because the excitement generated by fieldwork stories and discovery is contagious. Perhaps even more importantly, these books present two successful but almost opposite ways of doing science. Wallace, with his diversity of interests and the contradictions he embraced during his career, cannot be reduced to a single definition. Costa elegantly highlights this truth about Wallace's “multitudes” by borrowing Whitman's words from <i>Song of Myself</i> (Whitman, <span>1855</span>). Grant, with his devotion to finches and Daphne for virtually his entire career, provides a contrasting approach. Wallace and Grant managed to understand geographically and temporally vast patterns through big- and small-scale observations, respectively. Perhaps the future of ecology lies in not losing the ability to make either.</p>","PeriodicalId":10689,"journal":{"name":"Conservation Biology","volume":"39 4","pages":""},"PeriodicalIF":5.5000,"publicationDate":"2025-05-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1111/cobi.70082","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Conservation Biology","FirstCategoryId":"93","ListUrlMain":"https://conbio.onlinelibrary.wiley.com/doi/10.1111/cobi.70082","RegionNum":1,"RegionCategory":"环境科学与生态学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"Q1","JCRName":"BIODIVERSITY CONSERVATION","Score":null,"Total":0}
引用次数: 0

Abstract

Radical by nature: The revolutionary life of Alfred Russel Wallace. Costa, J. T. 2023. Princeton University Press, Princeton, NJ. xviii+515 pp. US$39.95 (hardcover). ISBN 978-0-691-23379-6.

Enchanted by Daphne: The life of an evolutionary naturalist. Grant, P. R. 2023. Princeton University Press, Princeton, NJ. xii+ 345 pp. US$35.00 (hardcover). ISBN 978-0-691-24624-6.

Alfred Russell Wallace and Peter Raymond Grant are two biologists who marked evolutionary biology, each in their own distinct way. Wallace is the father of biogeography and, alongside Charles Darwin, the coauthor of the theory of evolution. Grant discovered that evolution can occur over relatively short periods (not just over geological time as Darwin posited); that evolution is unpredictable because selection pressures fluctuate with environmental conditions; and that hybridization can produce new species. While reading these books, I was struck by the many contrasts between the lives of the two figures. Wallace uncovered and understood the mechanisms of evolution in a world where thought was dominated by religious beliefs, whereas Grant looked for evidence of natural selection at a time when most societies had already accepted the theory of evolution.

There are more contrasts. Wallace was raised in a large, poor family in the early 19th century and was a self-taught scientist. A kaleidoscopic naturalist, his interests ranged from geology and astronomy to botany and entomology. His passion for insects (especially beetles) was kindled at age 21, partly through his friendship with Henry Bates, another naturalist who left a lasting legacy in ecology. Except for meeting Bates in his early career, Wallace was essentially working alone, an outsider to the main scientific circles of the time. His correspondence with prominent scientists started only later in his life. Grant grew up more than a century later in a small family affected by his parents’ early divorce. He studied at Cambridge, and throughout his career, he met eminent colleagues, which makes me think he was part of a vibrant scientific community. Grant was mainly interested in birds during his career, a passion he developed when he was 14 years old—although he occasionally studied other vertebrates. This high degree of specialization contrasts sharply with the broader approach of past naturalists, such as Wallace. Although modern scientists are often very specialized, it is worth questioning whether a multidisciplinary approach is more beneficial. My impression, also from reading Costa's book, is that Wallace's broad expertise may have been instrumental in his groundbreaking insights. Contrastingly, Grant's acute observations, such as documenting the hybridization between finch species, may have been the result of a good eye (and ear, given that bird songs played a role) for details and his focus on a single natural laboratory, the Galápagos.

There is, however, an essential aspect uniting Wallace and Grant: their predisposition to travel. In the era of meta-analyses and syntheses of various kind, this should remind us how important first-hand field experience is for ecology. We cannot be solely “desktop ecologists”. Both Wallace and Grant started gaining such experiences at a young age. Grant went on a school expedition to Iceland at 19, moved to Canada for his PhD studies and then to the United States, and conducted research in Mexico, the Balkans, the Middle East, and, extensively, in the Galápagos. All these experiences seem to have been quite adventurous but, luckily, never too dangerous. For Wallace, it was a different story. He traveled to the Amazon with his friend Bates when they were 25 and 23 years old, respectively. The two young naturalists collected numerous specimens and made important observations that proved useful to the theory of evolution. Bates also discovered the famous mimicry form in butterflies that today bears his name. Yet, they parted ways relatively soon for unclear reasons. Eventually, Bates spent nearly 11 years in South America. Wallace's trip to the Amazon lasted slightly more than 4 years and ended with the loss of most of his collection in a shipwreck, the death of his younger brother Edward due to yellow fever, and him barely surviving malaria. It may have been a complete tragedy if not for the many zoological, botanical, and anthropological observations and his agent Samuel Stevens. Although most of his work was lost (except for a sheaf of palm and fish illustrations), Wallace returned to London as a hero because Stevens had been publishing extracts from Wallace's letters and had displayed some of the rarities he collected in the Amazon.

A major difference between the two books is that Wallace's biography has only one real protagonist; his family joins the story late in the book and Wallace's life (he married at 43). Enchanted by Daphne begins as the story of Peter Grant but soon develops (around one-third through the book) into the story of Peter and Rosemary Grant's research and, partly, the lives of their two daughters, Nicola and Talia. It might be interesting to read Rosemary Grant's recent biography One Step Sideways, Three Steps Forward (Grant, 2024) to compare perspectives. Since they met, the Grants have worked together in a way that makes it impossible to say which idea belongs to whom. For those who want to learn more about their scientific findings, a new edition of the book that synthesizes the Grants’ 40 years of research on Daphne island was published recently (Grant & Grant, 2024). Yet, their partnership as a family was more than scientific collaboration; it also influenced their career direction. For example, Peter turned down a professorship at Cambridge because there would have been no position for Rosemary. Together, the Grants have been a powerful and productive combo, and both managed to become impactful scientists. Because of the balance between their professional and personal lives, Grant's book radiates happiness, contains many family anecdotes, and achieves an equilibrium that makes the writing scientifically interesting, human, and funny. Such lightness is not present in the book on Wallace. However, it is not really a fair comparison because Grant's book is autobiography, whereas Costa narrates the life of Wallace often while explaining the cultural and historical context in which he lived.

Despite the family's minor role in Costa's book on Wallace, there was a crucial family intervention. We should thank Wallace's wife Annie for encouraging him to write The Malay Archipelago (Wallace, 1869). This book summarizes the 8 years during which Wallace traveled in Southeast Asia and the critical discoveries he made there. Wallace was already noticing boundaries that separate and potentially explain the distribution of species in the Amazon, but it was in Asia that everything started to make sense and where he put his theory into words.

One of his letters eventually reached Darwin, who was pushed by his friends to hasten publication of his results so he would be the first to bring the theory to light. Interestingly, Wallace seemed to be less concerned about matters of ownership because he later published a book titled Darwinism (Wallace, 1889), which probably did little to earn him the well-deserved recognition for his contribution to this theory. Wallace's work has been more appreciated posthumously. To be fair, we should not forget that when Wallace started advocating for social justice, he also turned to spiritualism. He wrote a paper on natural selection claiming divine intervention to explain the development of the human brain, which was devastating for Darwin.

Recognition for the Grants was not unusual; they received numerous awards for their work on finches in the Galápagos. One of the messages Peter offers at the end of the book is the role of the Dea Fortuna and his belief that things will always work out, even if sometimes in unexpected ways. These finches were at the mercy of El Niño after all. Their travels to attend award ceremonies occupy a substantial portion of the book and, although impressive, are less interesting than the accounts of their lives and research.

I read these books several times, at times liking one over the other. I knew some of the main results of Grant's research on the Galápagos, but I was unfamiliar with the scientist himself. I also learned numerous new things about Wallace. For example, I did not know that he campaigned against compulsory smallpox vaccination, researched extraterrestrial life (he rejected the possibility of life on Mars), and met John Muir while traveling in the United States and that they influenced each other. I also learned that he kept writing and publishing books until he was 90 years old.

Both books are beautifully written. The only serious and surprising weakness of both lies in their lack of effective maps. Grant did not provide any, whereas Costa offers them only at the beginning of the book instead of integrating them into the chapters. Nevertheless, these books should be read several times not only because they are enjoyable and rich in interesting content but also because both provide a picture of how unpredictable and exciting the life of a scientist can be. I could not help wondering whether ecology has dramatically changed today. Is the era of field exploration dead? How many researchers leave home for years of adventure, seeking patterns that reveal ecological processes? Are there still Wallaces and Grants out there performing long-term studies? I could not find the answers to these questions, but I may have found an answer to the question of whether a young and busy PhD student, postdoc, or professor should spend time reading biographies of these scientists. I believe they should because such people have lived inspiring lives and produced insightful results and because the excitement generated by fieldwork stories and discovery is contagious. Perhaps even more importantly, these books present two successful but almost opposite ways of doing science. Wallace, with his diversity of interests and the contradictions he embraced during his career, cannot be reduced to a single definition. Costa elegantly highlights this truth about Wallace's “multitudes” by borrowing Whitman's words from Song of Myself (Whitman, 1855). Grant, with his devotion to finches and Daphne for virtually his entire career, provides a contrasting approach. Wallace and Grant managed to understand geographically and temporally vast patterns through big- and small-scale observations, respectively. Perhaps the future of ecology lies in not losing the ability to make either.

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改变进化生物学的两种方法
生性激进:阿尔弗雷德·罗素·华莱士的革命生活。科斯塔,J. T. 2023。普林斯顿大学出版社,普林斯顿,新泽西xviii+515页,39.95美元(精装)。ISBN 978-0-691-23379-6。被达芙妮迷住:一个进化博物学家的生活。格兰特,p.r. 2023。普林斯顿大学出版社,普林斯顿,新泽西xii+ 345页。US$35.00(精装)。ISBN 978-0-691-24624-6。阿尔弗雷德·拉塞尔·华莱士和彼得·雷蒙德·格兰特是两位生物学家,他们以各自独特的方式标志着进化生物学。华莱士是生物地理学之父,与查尔斯·达尔文是进化论的合著者。格兰特发现,进化可以在相对较短的时间内发生(而不仅仅是达尔文假设的地质时间);这种进化是不可预测的,因为选择压力随着环境条件的变化而波动;这种杂交可以产生新的物种。在阅读这些书时,我被这两个人物生活的许多反差所震撼。华莱士在一个思想被宗教信仰支配的世界里发现并理解了进化的机制,而格兰特在大多数社会已经接受进化论的时候寻找自然选择的证据。有更多的对比。华莱士成长于19世纪早期一个贫穷的大家庭,是一名自学成才的科学家。作为一个博物学家,他的兴趣从地质学、天文学到植物学和昆虫学都有。他对昆虫(尤其是甲虫)的热情在21岁时燃起,部分原因是他与亨利·贝茨(Henry Bates)的友谊。贝茨是另一位博物学家,在生态学方面留下了持久的遗产。除了在早期职业生涯中与贝茨见过面之外,华莱士基本上是独自工作的,是当时主流科学界的局外人。他与著名科学家的通信是在他生命的后期才开始的。一个多世纪后,格兰特在一个受父母过早离婚影响的小家庭长大。他在剑桥大学学习,在他的职业生涯中,他遇到了杰出的同事,这让我觉得他是一个充满活力的科学界的一员。格兰特在他的职业生涯中主要对鸟类感兴趣,这是他14岁时产生的热情,尽管他偶尔会研究其他脊椎动物。这种高度专业化与过去博物学家(如华莱士)更广泛的研究方法形成鲜明对比。尽管现代科学家往往非常专业,但多学科的方法是否更有益是值得质疑的。我从科斯塔的书中得到的印象是,华莱士广泛的专业知识可能有助于他开创性的见解。相比之下,格兰特敏锐的观察,比如记录雀种之间的杂交,可能是因为他对细节有敏锐的眼睛(和耳朵,考虑到鸟类的歌声起了作用),而且他只关注一个自然实验室,Galápagos。然而,华莱士和格兰特有一个重要的共同点:他们都喜欢旅行。在元分析和各种综合的时代,这应该提醒我们第一手的实地经验对生态学是多么重要。我们不能仅仅是“桌面生态学家”。华莱士和格兰特在很小的时候就开始有了这样的经历。19岁时,格兰特参加了学校的一次考察,去了冰岛,然后去了加拿大攻读博士学位,然后去了美国,在墨西哥、巴尔干半岛、中东和Galápagos广泛地进行了研究。所有这些经历似乎都很冒险,但幸运的是,从来没有太危险。对华莱士来说,情况就不一样了。他和他的朋友贝茨分别在25岁和23岁的时候去了亚马逊。这两位年轻的博物学家收集了大量的标本,并做了重要的观察,这些观察被证明对进化论很有用。贝茨还发现了著名的蝴蝶模仿形式,今天以他的名字命名。然而,由于不清楚的原因,他们很快就分道扬镳了。最终,贝茨在南美待了近11年。华莱士的亚马逊之旅持续了4年多一点,最后他的大部分藏品在一场海难中丢失了,他的弟弟爱德华死于黄热病,他自己也差点死于疟疾。如果没有许多动物学、植物学和人类学的观察以及他的代理人塞缪尔·史蒂文斯(Samuel Stevens),这可能是一场彻底的悲剧。虽然华莱士的大部分作品都遗失了(除了一叠棕榈和鱼的插图),但他还是以英雄的身份回到了伦敦,因为史蒂文斯一直在出版华莱士信件的节选,并展示了他在亚马逊地区收集的一些稀世珍宝。这两本书的一个主要区别是,华莱士的传记只有一个真正的主角;他的家庭在书的后期加入了故事和华莱士的生活(他43岁结婚)。 《迷恋达芙妮》以彼得·格兰特的故事开始,但很快就发展成了彼得和罗斯玛丽·格兰特夫妇的研究故事(约占全书的三分之一),并在一定程度上讲述了他们两个女儿尼古拉和塔利亚的生活。阅读罗斯玛丽·格兰特最近的传记《横向一步,向前三步》(格兰特,2024年出版)来比较不同的观点可能会很有趣。自从他们相遇以来,格兰特夫妇一直在一起工作,以至于无法说出哪个想法属于谁。对于那些想了解更多他们的科学发现的人来说,最近出版了一本综合了格兰特夫妇在达芙妮岛40年研究的新书(格兰特&amp;格兰特,2024)。然而,他们作为一个家庭的伙伴关系不仅仅是科学合作;这也影响了他们的职业方向。例如,彼得拒绝了剑桥大学的教授职位,因为没有罗斯玛丽的职位。在一起,格兰特夫妇是一个强大而富有成效的组合,两人都成为了有影响力的科学家。由于他们的职业生活和个人生活之间的平衡,格兰特的书散发着幸福的光芒,包含了许多家庭轶事,并达到了一种平衡,使写作变得科学有趣,人性化和有趣。在这本关于华莱士的书中没有这样的轻松。然而,这并不是一个公平的比较,因为格兰特的书是自传,而科斯塔在讲述华莱士的一生时,往往会解释他所生活的文化和历史背景。尽管家族在科斯塔关于华莱士的书中扮演了次要角色,但家族的介入却至关重要。我们应该感谢华莱士的妻子安妮鼓励他写《马来群岛》(华莱士,1869)。这本书总结了华莱士在东南亚旅行的8年以及他在那里的重要发现。华莱士已经注意到了区分并可能解释亚马逊地区物种分布的边界,但只有在亚洲,一切才开始有意义,他也在那里把自己的理论付诸文字。他的一封信最终到达了达尔文的手中,他的朋友催促达尔文加快发表他的研究结果,这样他就能第一个把这个理论公之于众。有趣的是,华莱士似乎不太关心所有权问题,因为他后来出版了一本名为《达尔文主义》(Wallace, 1889)的书,这本书可能并没有为他对这一理论的贡献赢得应得的认可。华莱士的作品在他死后得到了更多的赞赏。公平地说,我们不应该忘记,当华莱士开始倡导社会正义时,他也转向了唯灵论。他写了一篇关于自然选择的论文,声称神的干预可以解释人类大脑的发展,这对达尔文来说是毁灭性的。对助学金的认可并不罕见;他们在Galápagos上对雀类的研究获得了无数奖项。彼得在书的最后给出了一个信息,那就是命运女神的角色,以及他相信事情总会解决的信念,即使有时会以意想不到的方式。这些雀类终究是受了Niño的摆布。他们参加颁奖典礼的旅行占据了这本书的很大一部分,尽管令人印象深刻,但不如他们对生活和研究的描述有趣。这些书我读了好几遍,有时更喜欢其中一本。我知道格兰特研究Galápagos的一些主要结果,但我对这位科学家本人并不熟悉。我也了解了许多关于华莱士的新情况。例如,我不知道他反对强制接种天花疫苗,研究外星生命(他否认火星上有生命的可能性),在美国旅行时遇到约翰·缪尔(John Muir),他们相互影响。我还了解到,他一直在写作和出版书籍,直到90岁。两本书都写得很漂亮。两者唯一严重且令人惊讶的弱点在于缺乏有效的地图。格兰特没有提供,而科斯塔只在书的开头提供,而不是将它们整合到章节中。然而,这些书应该多读几遍,不仅因为它们令人愉快,内容丰富有趣,而且还因为它们向我们展示了科学家的生活是多么不可预测和令人兴奋。我不禁想知道今天的生态是否发生了巨大的变化。野外勘探的时代结束了吗?有多少研究人员离开家乡,进行多年的探险,寻找揭示生态过程的模式?还有华莱士和格兰特在做长期研究吗?我找不到这些问题的答案,但我可能找到了一个问题的答案:一个年轻而忙碌的博士生、博士后或教授是否应该花时间阅读这些科学家的传记。 我相信他们应该这样做,因为这样的人过着鼓舞人心的生活,并产生了深刻的结果,因为实地考察的故事和发现所产生的兴奋是有感染力的。也许更重要的是,这两本书展示了两种成功但几乎相反的科学研究方式。华莱士有着丰富的兴趣爱好,在他的职业生涯中也充满了矛盾,所以我们不能把他归为一个单一的定义。科斯塔通过借用惠特曼在《我的歌》(惠特曼,1855)中的诗句,优雅地强调了华莱士的“大众”的真相。格兰特几乎在他的整个职业生涯中都热爱雀类和达芙妮,他提供了一个对比鲜明的方法。华莱士和格兰特分别通过大尺度和小尺度的观测,设法了解了地理上和时间上的巨大模式。也许生态学的未来在于不失去制造两者的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Conservation Biology
Conservation Biology 环境科学-环境科学
CiteScore
12.70
自引率
3.20%
发文量
175
审稿时长
2 months
期刊介绍: Conservation Biology welcomes submissions that address the science and practice of conserving Earth's biological diversity. We encourage submissions that emphasize issues germane to any of Earth''s ecosystems or geographic regions and that apply diverse approaches to analyses and problem solving. Nevertheless, manuscripts with relevance to conservation that transcend the particular ecosystem, species, or situation described will be prioritized for publication.
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