Pärtel Meelis, Bennett Jonathan A, Zobel Martin
Institute of Ecology and Earth Sciences, University of Tartu, Lai 40, Tartu, 51005, Estonia.
New Phytol. 2016 Jul;211(2):404-10. doi: 10.1111/nph.13943. Epub 2016 Apr 4.
Contents 404 I. 404 II. 404 III. 405 IV. 406 V. 407 VI. 408 409 References 409 SUMMARY: Macroecology of biodiversity disentangles local and regional drivers of biodiversity by exploring large-scale biodiversity relationships with environmental or biotic gradients, generalizing local biodiversity relationships across regions, or comparing biodiversity patterns among species groups. A macroecological perspective is also important at local scales: a full understanding of local biodiversity drivers, including human impact, demands that regional processes be taken into account. This requires knowledge of which species could inhabit a site (the species pool), including those that are currently absent (dark diversity). Macroecology of biodiversity is currently advancing quickly owing to an unprecedented accumulation of biodiversity data, new sampling techniques and analytical methods, all of which better equip us to face current and future challenges in ecology and biodiversity conservation.
目录 404 一、404 二、404 三、405 四、406 五、407 六、408 409 参考文献 409 摘要:生物多样性宏观生态学通过探索生物多样性与环境或生物梯度的大规模关系、归纳区域间的局部生物多样性关系或比较物种组间的生物多样性模式,来理清生物多样性的局部和区域驱动因素。宏观生态学视角在局部尺度上也很重要:要全面理解包括人类影响在内的局部生物多样性驱动因素,就需要考虑区域过程。这需要了解哪些物种可能栖息在某一地点(物种库),包括那些目前不存在的物种(隐性多样性)。由于生物多样性数据的空前积累、新的采样技术和分析方法,生物多样性宏观生态学目前正在迅速发展,所有这些都使我们能更好地应对当前和未来生态及生物多样性保护方面的挑战。