Cloud‐based computing, access to big geospatial data, and virtualization, whereby users
are freed from computational hardware and data management logistics, could revolutionize …

Future sea-level rise poses an existential threat for many river deltas, yet quantifying the
effect of sea-level changes on these coastal landforms remains a challenge. Sea-level …

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

Erosional landscapes transport sediment downstream, host natural hazards and are
geologically active. While perturbations in external forcing, particularly climate and tectonics …

Himalayan rivers transport around a gigaton of sediment annually to ocean basins.
Mountain valleys are an important component of this routing system: storage in these valleys …

Sediment archives in the terrestrial and marine realm are regularly analyzed to infer
changes in climate, tectonic, or anthropogenic boundary conditions of the past. However …

Rock outcrops of the sedimentary–stratigraphic record often reveal bedding planes that can
be considered to be true substrates: preserved surfaces that demonstrably existed at the …

The evolution of Earth's climate over geological timescales is linked to surface erosion via
weathering of silicate minerals and burial of organic carbon. However, methodological …

The evolution of trees and forests through the Devonian Period fundamentally changed the
Earth's land biosphere, as well as impacting physical environments and geomorphology by …

Sedimentation on river floodplains is a complex process that involves overbank flooding,
crevasse splaying, and river avulsion. The resulting floodplain stratigraphy often exhibits …