Primary Convener:
Dylan Shoemaker, Louisiana State University

Convener:
José Constantine, Williams College
Kory Konsoer, LSU
Douglas Edmonds, Indiana University Bloomington
Maya Stokes, Florida State University
Julia Carr, Simon Fraser University
Eyal Marder, University of Massachusetts Amherst
Pedro Val, CUNY Queens College

Early Career Convener:
Yuan Li, Indiana University Bloomington

Chair:
Dylan Shoemaker, Louisiana State University
Yuan Li, University of Virginia

Rivers are among the most geomorphically active agents of Earth’s surface. Through the processes of erosion and deposition, changes in channels impose migration in single-threaded meandering channels and multi-threaded braided and anabranching rivers. Reach-scale channel reconfigurations occur on a consistent pace through migration, but also occur rapidly through cutoffs, bifurcations, and avulsions, which dramatically alter local energy gradients, sediment erosion and deposition, and channel migration rates. On larger spatial scales, river networks are also dynamic, they reorganize over timescales from decades to millions of years through processes such as drainage divide migration, river capture, and avulsion. This session invites contributions examining river reorganization across spatial and temporal scales. We welcome studies investigating varying planform dynamics, hydrologic connectivity and variability within channel systems, sedimentation, effects of the changing climate, interactions between fluvial processes, ecosystem dynamics, and climate change, and that identify how these changes impact landscape evolution and biodiversity.

Index Terms
1820 Floodplain dynamics
1856 River channels
1861 Sedimentation
1862 Sediment transport

Cross-Listed:
B - Biogeosciences

Neighborhoods:
3. Earth Covering