River meander dynamics and mobility are important indicators of environmental change
related to climate changes and anthropogenic activities at local and river basin scales. The …

Mass movements are among the most dangerous natural hazards in mountainous regions.
The present study employs machine learning (ML) models for mass movement susceptibility …

Mountain confluences are characterized by narrow and steep tributaries that provide
important sediment load to the confluence, whereas the main channel supplies the dominant …

Terraces eroded into sediment (alluvial) and bedrock (strath) preserve an important history
of river activity. River terraces are thought to form when a river switches from a period of slow …

Landslides are natural hazards that can cause catastrophic life losses and damage to
infrastructures and communities. In Iran, landslide exposure has been predominantly …

Abstract The Yellow River flows through multiple provinces in China, shaping the North
China Plain, the largest alluvial plain in China. As the control node of basin ecological …

The Science Panel for the Amazon is an unprecedented initiative convened under the
auspices of the United Nations Sustainable Development Solutions Network (SDSN). The …

The Peruvian Amazon is known for harboring the greatest biodiversity on the planet, with a
world record for biodiversity per unit area. Previous studies suggested that the high …

Meandering rivers are distinguished by their characteristic sinuosity, which is subject to
modulation through channel cutoff, resulting in the formation of oxbow lakes within the …

River confluences and their associated tributaries are key morphodynamic nodes that play
important roles in controlling hydraulic geometry and hyporheic water exchange in fluvial …