Dune fields on planetary surfaces such as Earth, Mars, or Saturns moon Titan provide insights into the interaction between winds and sediments. Studyi...

Extensive evidence, including valley networks, delta deposits, large outflow channels, and aqueously altered minerals, suggests that liquid water was ...

Estimates of wind shear stresses on planetary surface rely on an aerodynamic length scale, z0, at which wind speed theoretically becomes zero under ne...

The influence of vegetation on riverbank stabilization and meander development has been a longstanding area of study, traditionally highlighting veget...

The fabric of Precambrian sedimentary rocks is typically altered by weathering, diagenesis, and metamorphism, often inhibiting robust paleo-environmen...

Understanding the spatial distribution of rocks on the lunar surface not only bears significance to our understanding of regolith formation, but it is...

Despite increasing recognition of meandering-river deposits in the pre-vegetation rock record, their overall paucity contrasts with their abundance in...