Enhanced vegetation activity leads to a significant increase in riverine particulate organic carbon concentrations in China

Mengze Qin

doi:10.1016/j.catena.2026.110173

Geomorphic changes and sediment yield dynamics in Alpine hillslopes: the role of surface temperature and rainfall intensity

2026-08-07

0

OA

AI

G

Girma Berhe Adane *

E

Enrico Marin

C

Chiara Marchina

F

Francesco Bettella

D

Diego Todini‐Zicavo

M

Marco Martini

P

Paolo Tarolli

G

Giulia Zuecco

DOI：10.1016/j.catena.2026.110489

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Abstract

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• Marked soil loss observed from an avalanche-affected experimental hillslope. • Freeze-thaw cycles strongly influence hillslope soil erosion in the Alps. • Sediment yield correlates positively with both temperature and rainfall intensity.

Keywords:

Sediment yield

Alpine hillslope

Erosion

Geomorphological changes

Meteorological forcing

Avalanches

Geomorphic changes and sediment yield dynamics in Alpine hillslopes: the role of surface temperature and rainfall intensity

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