An integrated approach for tracking climate-driven changes in treeline environments on different time scales in the Valle d'Aosta, Italian Alps

Autor: Masseroli A.[1], Leonelli G.[2, Morra di Cella U.[4], Verrecchia E.P.[5], Sebag D.[5, 6, Pozzi E.D.[1], Maggi V.[3, Pelfini M.[1], Trombino L.[1]

Publikováno v: Holocene (Sevenoaks) 31 (2021): 1525–1538. doi:10.1177/09596836211025974
info:cnr-pdr/source/autori:Masseroli A.[1], Leonelli G.[2,3], Morra di Cella U.[4], Verrecchia E.P.[5], Sebag D.[5,6,7], Pozzi E.D.[1], Maggi V.[3,8], Pelfini M.[1], Trombino L.[1]/titolo:An integrated approach for tracking climate-driven changes in treeline environments on different time scales in the Valle d'Aosta, Italian Alps/doi:10.1177%2F09596836211025974/rivista:Holocene (Sevenoaks)/anno:2021/pagina_da:1525/pagina_a:1538/intervallo_pagine:1525–1538/volume:31

Both biotic and abiotic components, characterizing the mountain treeline ecotone, respond differently to climate variations. This study aims at reconstructing climate-driven changes by analyzing soil evolution in the late Holocene and by assessing th

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