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Flora and vegetation of Tasiilaq, formerly Angmagssalik, southeast Greenland: a comparison of data between around 1900 and 2007.格陵兰东南地区塔西拉克(原名:安马沙利克)的植物群和植被:1900 年前后和 2007 年数据的比较。
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2
Multi-decadal changes in tundra environments and ecosystems: the International Polar Year-Back to the Future Project (IPY-BTF).多年代际变化下的冻原生态环境:国际极地年-回溯未来项目(IPY-BTF)。
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格陵兰岛西部迪斯科岛的植物和植被动态:相隔 40 多年的快照。

Plant and vegetation dynamics on Disko Island, west Greenland: snapshots separated by over 40 years.

机构信息

Royal Swedish Academy of Sciences.

出版信息

Ambio. 2011 Sep;40(6):624-37. doi: 10.1007/s13280-011-0169-x.

DOI:10.1007/s13280-011-0169-x
PMID:21954725
原文链接:https://pmc.ncbi.nlm.nih.gov/articles/PMC3357864/
Abstract

We report on a revisit in 2009 to sites where vegetation was recorded in 1967 and 1970 on Disko Island, West Greenland. Re-sampling of the same clones of the grass Phleum alpinum after 39 years showed complete stability in biometrics but dramatic earlier onset of various phenological stages that were not related to changes in population density. In a fell-field community, there was a net species loss, but in a herb-slope community, species losses balanced those that were gained. The type of species establishing and increasing in frequency and/or cover abundance at the fell-field site, particularly prostrate dwarf shrubs, indicates a possible start of a shift towards a heath, rather than a fell-field community. At the herb-slope site, those species that established or increased markedly in frequency and/or cover abundance indicate a change to drier conditions. This is confirmed both by the decrease in abundance of Alchemilla glomerulans and Epilobium hornemanii, and the drying of a nearby pond. The causes of these changes are unknown, although mean annual temperature has risen since 1984.

摘要

我们报告了在 2009 年对格陵兰岛西部迪斯科岛的植物进行了重新采样,这些植物在 1967 年和 1970 年被记录过。在 39 年后,对同一克隆的高山早熟禾进行重新采样,结果表明生物计量学完全稳定,但各种物候阶段的出现时间明显提前,而这些阶段与种群密度的变化无关。在一个采伐地群落中,物种净损失,但在一个草本斜坡群落中,物种损失与获得的物种相平衡。在采伐地群落中,特别是匍匐矮灌木等建立和增加频率和/或覆盖丰度的物种表明,可能开始向石南灌丛过渡,而不是采伐地群落。在草本斜坡群落中,那些建立或明显增加频率和/或覆盖丰度的物种表明条件变得更干燥。这一点既得到了 Alchemilla glomerulans 和 Epilobium hornemanii 丰度的减少的证实,也得到了附近一个池塘干涸的证实。尽管自 1984 年以来年平均气温有所上升,但这些变化的原因尚不清楚。