The distribution of tree species and the elevation of the alpine treeline are strongly affected by climate continentality. In the present work we performed a detailed survey of the upper limits of tree vegetation in two areas with contrasting climate located in the central Italian Alps, in order to evaluate the structure of the treeline under different degrees of continentality. Tree and krummholz (stunted) individual position, their dimension and life form were recorded from the upper limit of the closed forest to the species limit. The results were compared with an estimation of tree species distribution at the treeline in the whole Lombardy Alps, performed by a survey of tree species occurrence in areas of known climatic traits. The stru...
Treeline position is mainly determined by growth season temperature, but the response of treelines t...
The alpine treeline is a global phenomenon which represents sudden change between two significantly ...
International audienceThe treeline ecotone, defined as the transition belt in mountain vegetation be...
Treelines are widely studied worldwide in relation to climate changes because they are hypothesized ...
Aiming to analyze the site conditions of treeline trees at the highest elevations, we investigated 3...
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...
A growing body of evidence suggests that processes of upward treeline expansion and shifts in vegeta...
Aim: High‐elevation forest line or tree line is an ecological ecotone representing the upper elevat...
Based on conclusions drawn from general climatic impact assessment in mountain regions, the review s...
Plant diversity in the Southern Alps (Dolomites, South Tyrol and Trentino, Italy) and in the Central...
Abstract Background Fagus sylvatica forms the treeline across the Apennines mountain range, with an...
Although altitudinal treelines are generally influenced by climatic conditions, geomorphological pro...
Treeline position is mainly determined by growth season temperature, but the response of treelines t...
The alpine treeline is a global phenomenon which represents sudden change between two significantly ...
International audienceThe treeline ecotone, defined as the transition belt in mountain vegetation be...
Treelines are widely studied worldwide in relation to climate changes because they are hypothesized ...
Aiming to analyze the site conditions of treeline trees at the highest elevations, we investigated 3...
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...
A growing body of evidence suggests that processes of upward treeline expansion and shifts in vegeta...
Aim: High‐elevation forest line or tree line is an ecological ecotone representing the upper elevat...
Based on conclusions drawn from general climatic impact assessment in mountain regions, the review s...
Plant diversity in the Southern Alps (Dolomites, South Tyrol and Trentino, Italy) and in the Central...
Abstract Background Fagus sylvatica forms the treeline across the Apennines mountain range, with an...
Although altitudinal treelines are generally influenced by climatic conditions, geomorphological pro...
Treeline position is mainly determined by growth season temperature, but the response of treelines t...
The alpine treeline is a global phenomenon which represents sudden change between two significantly ...
International audienceThe treeline ecotone, defined as the transition belt in mountain vegetation be...