Climate change and associated Arctic amplification cause a degradation of permafrost
which in turn has major implications for the environment. The potential turnover of frozen …

Accelerated glacier‐snow‐permafrost erosion due to global warming amplifies the sediment
availability in cold environments and affects the time‐varying suspended sediment …

Cryospheric hazards-in this case, thaw slumps (TS) and thermo-erosion gullies (TEG)-are
phenomena typical of permafrost-dominated landscapes. Open datasets informing about …

Thermal erosion is a major mechanism of permafrost degradation, resulting in characteristic
landforms. We inventory thermo‐erosional valleys in ice‐rich coastal lowlands adjacent to …

Abstract The Svalbard Archipelago represents the northernmost place on Earth where
cryospheric hazards, such as thaw slumps (TSs) and thermo-erosion gullies (TEGs) could …

Gully erosion is one of the most destructive geomorphological processes on relatively flat
surfaces. This is exacerbated in the Arctic regions, where gullies are referred to as thermo …

The mechanisms of sediment removal associated with the nivation process suite are
underinvestigated, a situation that hinders development of a unified, coherent theory of …

As falésias costeiras representam cerca de 80% da linha de costa mundial e se classificam
de acordo com a influência marinha em sua base em duas categorias: ativas e inativas. No …

Conspicuous ridges with a circular, sinuous and anastomosing morphology, termed
Vermicular Ridge Features (VRFs), have been observed along the coast of Dundas …

The mechanisms of material excavation and removal from large periglacial landforms known
as cryoplanation terraces (CTs) have been debated for over a century. These unknowns …