Earth-surface processes operate across erosionally dominated landscapes and deliver
sediment to depositional systems that can be preserved over a range of timescales. The …

River incision into bedrock drives the topographic evolution of mountainous terrain and may
link climate, tectonics, and topography over geologic time scales. Despite its importance, the …

This cutting-edge summary combines ideas from several sub-disciplines including geology,
geomorphology, oceanography and geochemistry to provide an integrated view of Earth …

Autogenic processes contribute noise to sediment transport systems that can degrade or
mask externally derived environmental signals and hinder our ability to reconstruct past …

The stream power law model has been widely used to represent erosion by rivers but does
not take into account the role played by sediment in modulating erosion and deposition …

Sinuous ridges are important landforms on the surface of Mars that show promise for
quantifying ancient martian surface hydrology. Morphological similarity of these ridges to …

The low temporal completeness of fluvial strata could indicate that recorded events
represent unusual and extreme conditions. However, field observations suggest that …

Sedimentary dispersal systems with fine-grained beds are common, yet the physics of
sediment movement within them remains poorly constrained. We analyze sediment transport …

Riverbed elevations play a crucial role in sediment transport and flow resistance, making it
essential to understand and quantify their effects. This knowledge is vital for various fields …

The mass of carbon stored as organic matter in terrestrial systems is sufficiently large to play
an important role in the global biogeochemical cycling of CO 2 and O 2. Field measurements …