The geomorphic relationships known as hydraulic geometry (HG) were first introduced by
Leopold and Maddock in 1953, and their application remains critically important for …

Variation in river hydraulic geometry throughout stream networks is central to the problems
of catchment management because of its influence on flow and sediment routing, physical …

This research detects long-term trends in flow conveyance on the Lower Missouri River, and
uses equal-discharge analysis of channel-gaging time series to assess the mechanisms …

Seepage losses from unlined irrigation canals amount to a large fraction of the total volume
of water diverted for agricultural use, posing problems to both water conservation and water …

This study extends the earlier contribution of Julien and Wargadalam in 1995. A larger
database for the downstream hydraulic geometry of alluvial channels is examined through a …

Hawley, Robert J., Brian P. Bledsoe, Eric D. Stein, and Brian E. Haines, 2012. Channel
Evolution Model of Semiarid Stream Response to Urban‐Induced Hydromodification …

Observations of the hydraulic geometry of river channels are widely used in fluvial
geomorphological research and river management. Variations in hydraulic geometry …

Semiarid channels exhibit an extreme sensitivity to upstream urban development,
particularly in unconfined valleys with unprotected grades. For example, one of our study …

The Cochiti reach of the Rio Grande served as a case study to test the hypothesis that the
lateral mobility of an alluvial river decreases as the river approaches equilibrium. The lateral …

The partition of flood routing uncertainties from multiple sources provides a foundation for
managing flood risks. This paper develops a partition approach for the one-dimensional …