Despite vast scientific inquiry, the evolution of Appalachian Mountain topography in eastern
North America has yet to be robustly explained. After a century and a half of investigation …

Watersheds are the fundamental organizing units in landscapes and thus the controls on
drainage divide location and mobility are an essential facet of landscape evolution …

The high levels of biodiversity supported by mountains suggest a possible link between
geologic processes and biological evolution. Freshwater biodiversity is high not only in …

Numerical model simulations and experiments have suggested that when migration of the
main drainage divide occurs in a mountain belt, it can lead to the rearrangement of river …

Although equilibrium has long been considered the attractor state for landscapes, the time
required to reach equilibrium or even the possibility of reaching equilibrium is still debated …

吴运鹏, 杨蓉. 常山港流域岩性对地貌演化的控制[J]. 第四纪研究, 2021, 41 (6): 1574-1583. doi:
10.11928/j. issn. 1001-7410.2021. 06.06引用本文: 吴运鹏, 杨蓉. 常山港流域岩性对地貌演化 …

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 …

The evolution of rivers in eroding landscapes plays a key role in determining landscape
relief and modulating climate‐tectonic interactions. A common approach to quantifying river …

The planform rearrangement of river basins is recognized as an important process for
landscape evolution. The boundaries of river basins can shift either through gradual …

Erosional perturbations from changes in climate or tectonics are recorded in the profiles of
bedrock rivers, but these signals can be challenging to unravel in settings with non‐uniform …