Undulations in weather patterns have caused climate shifts of increased frequency and
duration around the world. The need for additional research and model data on this pressing …

Riparian soils and vegetation are important factors influencing the biodiversity and
biogeochemical processes of river ecosystems. Riparian soils and vegetation form the …

Designing management strategies based on the emulation of natural disturbance (END) to
promote long-term sustainability of riparian forests and their adjacent aquatic ecosystems is …

Across landscapes, riparian plant communities assemble under varying levels of
disturbance, environmental stress, and resource availability, leading to the development of …

Riparia surrounding low‐order streams are dynamic environments that often support distinct
biodiversity. Because of their connection to nearby uplands, riparian vegetation communities …

Much riparian restoration focuses on establishment of gallery forests, with relatively limited
effort to restore herbaceous wetlands as key components of riparian landscape mosaics …

Fluvial disturbances, especially floods and droughts, are the main drivers of the
successional patterns of riparian vegetation. Those disturbances control the riparian …

Regeneration of coniferous tree species depends on forest structures related to tree death:
canopy gaps, decaying wood, and windthrow mounds and pits. This also applies to Norway …

Instream wood promotes habitat heterogeneity through its influence on flow hydraulics and
channel geomorphology. Within the Columbia River Basin, USA, wood is vital for the …

In order to protect and understand the regeneration of riparian forests, it is important to
understand the environmental conditions that lead to their vegetation differentiation. We …