It is found that downstream moving storms with Ls/L<1.0 increase the peak discharges to a limited extent compared to stationary storms, and the kinematic-wave model overstates the increase in the peak flows resulting from downstream moving storms with Ls/L<1.0.
For a downstream moving wave oscillations of wave velocity, hot spot temperature and exit conversion have been measured.
Whereas, the kinematic wave model substantially overestimates the peak discharge of downstream moving storms, and yields generally poorer fits than for upstream moving storm, i.e. NSE equal to 0.867 and 0.674 for storms with lengths equal to and not equal to the watershed length, respectively.
To evaluate the importance of the backwater effects in the experimental watershed, the accuracy of kinematic-wave and dynamic-wave models for the simulation of surface runoff resulting from upstream and downstream moving storms was evaluated utilizing the same experimental data.
The dynamic-wave model simulates the downstream moving storms pretty well, i.e. NSE equal to 0.843 and 0.879 for storms with lengths equal to and not equal to the watershed length, respectively, indicating backwater significantly affects runoff for even this simple experimental watershed.
The hypothesis that downstream moving storms with storm length less than watershed length (Ls/L<1.0) magnify the peak discharges as indicated by kinematic-wave models in previous studies was evaluated in an analysis of the dimensionless peak discharge and dimensionless storm velocity.
The truck traffic on the 710 freeway crossing just downstream moved about the same speed, but looked less ferocious by comparison.
(IS) "The only issue would be to enhance the pathway downstream to move people out and take more patients in".
"The only issue would be to enhance the pathway downstream to move people out and take more patients in".
He recalled discussions ranging from their shared interest in animal forms — Cunningham, a part-time visual artist himself, sketched kangaroos during a tour in Australia — to the similarities between a fishing line moving downstream and dancers moving downstage.
