hornerm 2018-09-20 16:13:30

Good overview of subject

ajpenning 2018-05-28 10:54:09

Easy to understand

jbw 2018-05-18 22:45:16

really liked the stream routing exercise - made the routing concept much clearer!

queencharm 2018-03-23 10:24:15

Good Job

Ling2 2018-03-22 16:48:51

it was fan

adamkurt 2018-03-09 18:24:35

nice

Efren01 2018-03-09 08:05:57

good job, well done. so proud of you,

nima.samadirad 2017-12-08 19:52:33

good

madhat1991 2017-11-13 23:18:47

good

nicholebray 2017-10-09 19:45:28

vhjvm

durces 2017-07-25 07:58:44

Thank you

ferdie123 2016-08-19 08:03:54

it's awesome

God's Rebel 2015-01-20 08:47:38

This is a nice module for those who would like to know bit more about how they calculate stream flow and for those who are interested in studying streams and the water shed. It is a little more technical than the other modules that I have taken so far, but it is still easy to understand.

nispo 2013-01-06 16:32:02

This module fits in nicely with the rest of the modules in the "Basic Hydrologic Sciences Distance Learning Course". It never gets too technical on a specific area, but instead moves progressively to cover the bigger picture. There were a few areas I felt that jumped around a little bit, and could of used a better example to hammer home the points. Specifically the prism and wedge technique. I am still uncertain exactly how they fit into the two hydrologic equations discussed in the module.

1. Demonstrate an understanding of the streamflow routing process 2. Define streamflow routing: a. Interpret stage and discharge graphs b. Describe applications of streamflow routing c. Explain how streamflow routing fits into the flood prediction process d. Describe the major approaches used in streamflow routing 3. Describe the storage-release concept and the accounting budget approach 4. Describe flow categories and impact on the choice of routing method 5. Define common terms used to describe physical characteristics of streams 6. List the factors used in determining streamflow velocity and discharge via Manning’s equation 7. Use rating curves to determine the stage-discharge relationship, i.e., the expected discharge for a given depth of water at a given point for a given period 8. Explain concepts used in streamflow routing: a. Describe how routing process is applied in river forecasting b. Explain how storage concept is applied in routing c. Describe wedge and prism storage approach as applied in the Muskingum method 9. Apply the Lag and K method for streamflow routing 10. Identify how hydraulic routing methods differ from hydrologic methods: a. Describe when one might choose to use hydraulic over hydrologic methods

hydrology, hydrologic cycle, streamflow routing, routing, routing method, river forecasting, river forecast, hydrograph, flood prediction, flood prediction process, storage-release concept, flood wave, storage budget, flow types, uniform flow, non-uniform flow, steady flow, non-steady flow, manning\'s, manning\'s equation, manning\'s n, slope and stage relationship, stream properties, rating curves, stage-discharge relationship, flood wave propagation, streamflow storage, hydrologic routing, hydraulic routing, wedge and prism storage, wedge and prism method, Muskingum, lag and K method