Arctic river systems erode permafrost in their banks and mobilize particulate organic carbon
(OC). Meandering rivers can entrain particulate OC from permafrost many meters below the …

Permafrost degradation is altering biogeochemical processes throughout the Arctic. Thaw‐
induced changes in organic matter transformations and mineral weathering reactions are …

The implementation of environmentally friendly agricultural policies has increased the need
to compare agricultural aspects of conventional (CON) and organic farming (ORG) systems …

Permafrost influences 25% of land in the Northern Hemisphere, where it stabilizes the
ground beneath communities and infrastructure and sequesters carbon. However, the …

Excessive accumulation of total petroleum hydrocarbons (TPH) and heavy metals (HMs) in
sediments poses a significant threat to the estuarine ecosystem. In this study, the spatial and …

The migration of rivers in permafrost landscapes has critical implications for riverine
infrastructure, ecosystem stability, and carbon cycling, yet its magnitude and underlying …

Rivers transport water, sediment, and nutrients across Earth's surface. They shape
landscapes, eroding mountain ranges and building floodplains, simultaneously providing …

Scroll bars are curvilinear ridges of sediment deposited as meandering channels migrate
laterally. It is unclear exactly which variables control the spacing, height, and curvature of …