以自然史为基础研究植物授粉者之间的相互作用:庆祝玛利斯-萨齐玛的职业生涯

IF 1.7 4区 生物学 Q3 ECOLOGY Flora Pub Date : 2024-04-09 DOI:10.1016/j.flora.2024.152509
Pedro J. Bergamo , Kayna Agostini , Isabel C. Machado , Timotheüs van der Niet , Pietro K. Maruyama
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引用次数: 0

摘要

授粉生物学以自然史研究为基础,自然史研究的广义定义是详细观察和描述生物的行为、相互作用以及与环境的联系。然后根据先前的知识对涉及生物体的自然现象的显著或意外观察结果进行解释。本期《FLORA》特刊汇集了 29 篇文章,以纪念 Marlies Sazima 教授的职业生涯,她开创并影响了巴西一代授粉生物学家。这本论文集汇集了各种不同的研究,从详细描述花卉性状的功能、传粉昆虫的觅食行为及其对植物繁殖力的影响,到扩展自然史信息以解开种群、群落或整个生态系统层面复杂生态模式的研究。科学指标还包括利用人们对记录自然现象的痴迷,通过使用公民科学数据以及汇编文献数据来进行全面全球审查的研究。我们特意收录了范围和方法广泛的研究,对自然史的定义进行了自由调整,以突出在授粉生物学研究中观察植物和传粉昆虫之间实际互动的基本做法,同时也是为了庆祝马利丝教授在其职业生涯中做出的各种贡献。我们希望继续反映她对自然史的痴迷,并培养下一代科学家继承她的遗志。
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Natural history as the foundation for researching plant-pollinator interactions: Celebrating the career of Marlies Sazima

Pollination biology is anchored in natural history studies, defined broadly as the practice of observing and describing an organism's behaviour, interactions, and association with the environment in detail. Remarkable or unexpected observations of natural phenomena involving organisms are then interpreted in the light of prior knowledge. Valuing a variety of approaches to natural history studies from around the world, this Special Issue (SI) in FLORA brings together 29 articles to celebrate the career of Professor Marlies Sazima, who pioneered and influenced a generation of pollination biologists in Brazil. This collection puts together a mix of different studies, from detailed descriptions of the function of floral traits, pollinator foraging behaviour, and their effects on plant fecundity, to studies that scale up natural history information to untangle complex ecological patterns at the level of populations, communities or entire ecosystems. The SI also includes studies that make use of people's fascination with documenting natural phenomena, by using citizen science data as well as compiling data from the literature to produce comprehensive global reviews. We included studies with broad scopes and approaches on purpose, taking liberty with the definition of natural history, to highlight the fundamental practice of observing actual interactions between plants and pollinators in pollination biology studies, as well as to celebrate the diverse contribution made by Prof. Marlies throughout her career. We hope to continue mirroring her fascination with natural history and foster the next generation of scientists to carry on her legacy.

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来源期刊
Flora
Flora 生物-植物科学
CiteScore
3.30
自引率
10.50%
发文量
130
审稿时长
54 days
期刊介绍: FLORA publishes original contributions and review articles on plant structure (morphology and anatomy), plant distribution (incl. phylogeography) and plant functional ecology (ecophysiology, population ecology and population genetics, organismic interactions, community ecology, ecosystem ecology). Manuscripts (both original and review articles) on a single topic can be compiled in Special Issues, for which suggestions are welcome. FLORA, the scientific botanical journal with the longest uninterrupted publication sequence (since 1818), considers manuscripts in the above areas which appeal a broad scientific and international readership. Manuscripts focused on floristics and vegetation science will only be considered if they exceed the pure descriptive approach and have relevance for interpreting plant morphology, distribution or ecology. Manuscripts whose content is restricted to purely systematic and nomenclature matters, to geobotanical aspects of only local interest, to pure applications in agri-, horti- or silviculture and pharmacology, and experimental studies dealing exclusively with investigations at the cellular and subcellular level will not be accepted. Manuscripts dealing with comparative and evolutionary aspects of morphology, anatomy and development are welcome.
期刊最新文献
Floral anatomy in Serjania clematidifolia (Paullinieae, Sapindaceae): Insights into a monoecious sexual system with multicyclic dichogamy A first evaluation of biological soil crusts diversity in three distinctive rocky outcrops in Brazil Leaf stomatal and anatomical traits facilitate the coexistence of dominant plant species during succession in a subtropical broad-leaved forest Vegetation dynamics after fire in the Brazilian Campo Rupestre: Effects on native plant communities and flower harvesting Surviving the extinction vortex? Discovering remnant stands of Senecio hercynicus (Compositae, Senecioneae) evading genetic swamping by its congener S. ovatus in the Bavarian and Bohemian Forest region
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