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生物地理学的视野扫描。

An horizon scan of biogeography.

作者信息

Dawson Michael N, Algar Adam C, Antonelli Alexandre, Dávalos Liliana M, Davis Edward, Early Regan, Guisan Antoine, Jansson Roland, Lessard Jean-Philippe, Marske Katharine A, McGuire Jenny L, Stigall Alycia L, Swenson Nathan G, Zimmermann Niklaus E, Gavin Daniel G

机构信息

School of Natural Sciences, 5200 North Lake Road, University of California, Merced, CA 95343, USA.

School of Geography, University of Nottingham, Nottingham NG7 2RD UK.

出版信息

Front Biogeogr. 2013;5(2).

PMID:24707348
原文链接:https://pmc.ncbi.nlm.nih.gov/articles/PMC3972886/
Abstract

The opportunity to reflect broadly on the accomplishments, prospects, and reach of a field may present itself relatively infrequently. Each biennial meeting of the International Biogeography Society showcases ideas solicited and developed largely during the preceding year, by individuals or teams from across the breadth of the discipline. Here, we highlight challenges, developments, and opportunities in biogeography from that biennial synthesis. We note the realized and potential impact of rapid data accumulation in several fields, a renaissance for inter-disciplinary research, the importance of recognizing the evolution-ecology continuum across spatial and temporal scales and at different taxonomic, phylogenetic and functional levels, and re-exploration of classical assumptions and hypotheses using new tools. However, advances are taxonomically and geographically biased, and key theoretical frameworks await tools to handle, or strategies to simplify, the biological complexity seen in empirical systems. Current threats to biodiversity require unprecedented integration of knowledge and development of predictive capacity that may enable biogeography to unite its descriptive and hypothetico-deductive branches and establish a greater role within and outside academia.

摘要

广泛反思一个领域的成就、前景和影响力的机会可能相对较少出现。国际生物地理学协会的每两年一次的会议展示了主要在前一年由该学科各个领域的个人或团队征集和发展的观点。在此,我们从那次两年一度的综述中突出生物地理学的挑战、发展和机遇。我们注意到几个领域中快速数据积累已实现的和潜在的影响、跨学科研究的复兴、认识跨越时空尺度以及在不同分类学、系统发育和功能水平上进化 - 生态连续体的重要性,以及使用新工具对经典假设和假说的重新探索。然而,进展在分类学和地理上存在偏向,关键的理论框架等待处理生物学复杂性的工具或简化实证系统中所见生物学复杂性的策略。当前对生物多样性的威胁需要前所未有的知识整合和预测能力的发展,这可能使生物地理学能够将其描述性和假设 - 演绎性分支结合起来,并在学术界内外发挥更大作用。

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