Large earthquakes initiate chains of surface processes that last much longer than the brief
moments of strong shaking. Most moderate‐and large‐magnitude earthquakes trigger …

Abstract Beavers (Castor fiber, Castor canadensis) are one of the most influential
mammalian ecosystem engineers, heavily modifying river corridor hydrology …

The blocking of river courses by mass movements is very common in mountainous areas
with deep and narrow valleys. Landslide dams may pose serious threats to people and their …

Beavers are the archetypal keystone species, which can profoundly alter ecosystem
structure and function through their ecosystem engineering activity, most notably the …

Beavers can profoundly alter riparian environments, most conspicuously by creating dams
and wetlands. Eurasian beaver (Castor fiber) populations are increasing and it has been …

The construction of beaver dams facilitates a suite of hydrologic, hydraulic, geomorphic, and
ecological feedbacks that increase stream complexity and channel–floodplain connectivity …

Beavers are often described as ecological engineers with an ability to modify the structure
and flow of fluvial systems and create complex wetland environments with dams, ponds, and …

Beaver are recolonizing previously occupied regions, expanding into new territories, and
increasingly being introduced and protected for stream conservation and restoration across …

It is becoming increasingly popular to reintroduce beaver to streams with the hopes of
restoring riparian ecosystem function or reducing some of the hydrological impacts of …

Beavers, primarily through the building of dams, can deliver significant geomorphic
modifications and result in changes to nutrient and sediment fluxes. Research is required to …