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Land-use legacies predispose the response of trees to drought in restored forests
Global Change Biology ( IF 10.8 ) Pub Date : 2021-11-17 , DOI: 10.1111/gcb.15983 Kris Verheyen 1
Global Change Biology ( IF 10.8 ) Pub Date : 2021-11-17 , DOI: 10.1111/gcb.15983 Kris Verheyen 1
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Transformative change is required to achieve conservation of the globe's natural resources. Ambitious forest restoration can help achieve this change. Restoration success depends on trees persisting through multiple stressors, with drought standing out as one of utmost importance. However, research tends to focus on tree inciting factors of tree decline, like drought, whilst ignoring the fundamental importance of context, potentially leading to the wasted restoration effort. Indeed, the propensity of trees to succumb to, or resist, drought depends on whether they are predisposed to fail or succeed. Here, I argue that this predisposition crucially depends on the nature and characteristics of the former land use at the restoration site and propose a research agenda that will help enable the successful upscaling of forest restoration ambitions by revealing the land-use history-determined conditions under which tree species are likely to succeed in an era of environmental challenges.
中文翻译：
土地利用遗产使树木对恢复的森林中的干旱作出反应
实现对全球自然资源的保护需要转型变革。雄心勃勃的森林恢复可以帮助实现这一变化。恢复的成功取决于树木在多种压力源中持续存在，干旱是最重要的因素之一。然而，研究倾向于关注树木衰退的诱发因素，如干旱，而忽略了环境的根本重要性，可能导致恢复工作的浪费。事实上，树木屈服于或抵抗干旱的倾向取决于它们是否倾向于失败或成功。这里，
更新日期：2022-01-16
中文翻译：
土地利用遗产使树木对恢复的森林中的干旱作出反应
实现对全球自然资源的保护需要转型变革。雄心勃勃的森林恢复可以帮助实现这一变化。恢复的成功取决于树木在多种压力源中持续存在，干旱是最重要的因素之一。然而，研究倾向于关注树木衰退的诱发因素，如干旱，而忽略了环境的根本重要性，可能导致恢复工作的浪费。事实上，树木屈服于或抵抗干旱的倾向取决于它们是否倾向于失败或成功。这里，
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