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Abstract Climate change is expected to alter species assemblages by affecting the outcome of competition between species. Investigating processes of competition remains challenging in tree communities, as they unfold over extensive spatio-temporal scales. Here, we used a deep learning-based meta-model trained on 135 million simulated tree responses to climate across Europe to investigate changes in the competitiveness of nine major tree species under future climate.
Abstract The protection of infrastructure against gravitational natural hazards is one of the most important ecosystem services (ES) of mountain forests in Alpine countries.
1 INTRODUCTION In deciduous forests, shifts in leaf unfolding and leaf senescence affect the timing and length of the growing season (Lang et al., 1987; Maurya & Bhalerao, 2017; Meier et al., 2021).
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