Chair of Forest Growth and Yield Science, School of Life Sciences Weihenstephan, Technical University of Munich, Hans-Carl-Von-Carlowitz-Platz 2, 85354, Freising, Germany.
Sustainable Forest Management Research Institute iuFOR, University Valladolid, Valladolid, Spain.
Sci Rep. 2023 Sep 16;13(1):15373. doi: 10.1038/s41598-023-41077-6.
Forests cover about one-third of Europe's surface and their growth is essential for climate protection through carbon sequestration and many other economic, environmental, and sociocultural ecosystem services. However, reports on how climate change affects forest growth are contradictory, even for same regions. We used 415 unique long-term experiments including 642 plots across Europe covering seven tree species and surveys from 1878 to 2016, and showed that on average forest growth strongly accelerated since the earliest surveys. Based on a subset of 189 plots in Scots pine (the most widespread tree species in Europe) and high-resolution climate data, we identified clear large-regional differences; growth is strongly increasing in Northern Europe and decreasing in the Southwest. A less pronounced increase, which is probably not mainly driven by climate, prevails on large areas of Western, Central and Eastern Europe. The identified regional growth trends suggest adaptive management on regional level for achieving climate-smart forests.
森林覆盖了欧洲约三分之一的面积,它们的生长对于通过碳封存和许多其他经济、环境和社会文化生态系统服务来保护气候至关重要。然而,关于气候变化如何影响森林生长的报告相互矛盾,即使是针对同一地区也是如此。我们使用了 415 个独特的长期实验,包括欧洲 7 个树种的 642 个样地,以及 1878 年至 2016 年的调查,结果表明,自最早的调查以来,森林生长平均大幅加速。基于在苏格兰松(欧洲分布最广的树种)的 189 个样地的子集和高分辨率气候数据,我们确定了明显的大区差异;在北欧,生长明显增加,而在西南部则减少。在西欧、中欧和东欧的大片地区,普遍存在不那么明显的增长,这可能不是主要由气候驱动的。所确定的区域生长趋势表明,需要在区域层面进行适应性管理,以实现气候智能型森林。