The treeline ecotone is one of the most distinctive features of mountain environments and although is widely considered as a climatic boundary, climatic parameters are not the only factors influencing the treeline position. In fact, the treeline belt may be locally influenced by environmental factors, geomorphological processes, soil development and human activities. In this study we want to investigate the role of the main environmental factors (geomorphology, climate and human impact) that constrain the treeline elevation in some sample areas of the Italian Alps and the Apennines. Particular attention is paid to the influence of the geomorphological constraints at both sub-regional scale with a GISbased approach, and at local scale, using...
Both biotic and abiotic components, characterizing the mountain treeline ecotone, respond differentl...
Abstract Background Fagus sylvatica forms the treeline across the Apennines mountain range, with an...
The distribution of tree species and the elevation of the alpine treeline are strongly affected by c...
Although altitudinal treelines are generally influenced by climatic conditions, geomorphological pro...
Aiming to analyze the site conditions of treeline trees at the highest elevations, we investigated 3...
Treelines are widely studied worldwide in relation to climate changes because they are hypothesized ...
International audienceThe treeline ecotone, defined as the transition belt in mountain vegetation be...
Global warming and the stronger regional temperature trends recently recorded over the European Alps...
Aim: High-elevation forest line or tree line is an ecological ecotone representing the upper elevati...
Aim: High‐elevation forest line or tree line is an ecological ecotone representing the upper elevat...
International audienceBoth biotic and abiotic components, characterizing the mountain treeline ecoto...
Both biotic and abiotic components, characterizing the mountain treeline ecotone, respond differentl...
Both biotic and abiotic components, characterizing the mountain treeline ecotone, respond differentl...
Abstract Background Fagus sylvatica forms the treeline across the Apennines mountain range, with an...
The distribution of tree species and the elevation of the alpine treeline are strongly affected by c...
Although altitudinal treelines are generally influenced by climatic conditions, geomorphological pro...
Aiming to analyze the site conditions of treeline trees at the highest elevations, we investigated 3...
Treelines are widely studied worldwide in relation to climate changes because they are hypothesized ...
International audienceThe treeline ecotone, defined as the transition belt in mountain vegetation be...
Global warming and the stronger regional temperature trends recently recorded over the European Alps...
Aim: High-elevation forest line or tree line is an ecological ecotone representing the upper elevati...
Aim: High‐elevation forest line or tree line is an ecological ecotone representing the upper elevat...
International audienceBoth biotic and abiotic components, characterizing the mountain treeline ecoto...
Both biotic and abiotic components, characterizing the mountain treeline ecotone, respond differentl...
Both biotic and abiotic components, characterizing the mountain treeline ecotone, respond differentl...
Abstract Background Fagus sylvatica forms the treeline across the Apennines mountain range, with an...
The distribution of tree species and the elevation of the alpine treeline are strongly affected by c...