Empirical approaches such as the Height Above Nearest Drainage method in conjunction
with Synthetic Rating Curves (HAND-SRC) have emerged as particularly appealing …

Longitudinal profiling of water quality via the deployment of sensors from watercraft has
advanced the understanding of spatial patterns in large rivers and lakes; however, a similar …

The production of spatially accurate representations of potential inundation is often limited
by the lack of available data as well as model complexity. We present in this paper a new …

Accurate representation of river channel geometry is important for hydrologic and hydraulic
modeling of fluvial systems. Often, channel geometry is estimated using simple rating curves …

Accurate representation of channel properties is important for forecasting in hydrologic
models, as it affects height, celerity, and attenuation of flood waves. Yet, considerable …

Streambed aggradation and degradation are ways in which a stream will respond to
changes in the incoming flow and sediment loads. Several environmental and societal …

Abstract The National Water Model (NWM) was deployed by the National Oceanic and
Atmospheric Administration to simulate operational forecasts of hydrologic states across the …

A key element in hydraulic and hydrologic modeling is the specification of representative
channel geometry. For continental‐scale modeling, the large amount of high‐resolution data …

Abstract More than 10,000 km 2 of Appalachia have been surface mined for coal. Surface-
mined lands represent an underutilized resource and can be converted to more productive …

Hydraulic geometry parameters describing river hydrogeomorphic relationships are critical
for determining a channel's capacity to convey water and sediment which is important for …