In the afternoon on Thursday, the group visited Durbin to take another water quality check of the Greenbrier River and to ride the Durbin Rocket. The test location was about 100 yards from the train depot near a campground. The river flow rate here was brisk. After calibrating the probes for our Vernier equipment, David Williams and I determined that the water at this location was in the upper end of fair. This correlates to our expectations from historical data that Steve Beckelhimer and Pat McKee discussed with the group earlier. We are collecting one more water quality point today near Lewisburg to observe the differences.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjK1y_XcgwyQv07mnKMXAx79Pajmez1e4pcVYjjiDcSuUmNqDSfgK8mmXiWlHZuMMvpTDEe2R08DYUaBSBAyPqosL_RS8eZdfYRzkBcUUE9lNavE43KZValTcdQyzWPTfORENb3LIt3d64/s320/ccfandr2012+%252817+of+34%2529.jpg) |
Durbin Rocket |
The second part of the stop involved researching and riding the Durbin Rocket. The Durbin Rocket is a Climax Locomotive built in 1910 for the Moore-Keppel Lumber Company and weighs 55 tons. The excursion lasted a couple hours and covered rail ways along the Greenbrier River. The locomotive remains coal-powered and operates June through October.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjujUdrhObKIUPGKKzuI3Q5lzLv-W5vdxYNhjOhRdgHF-aL5L6BEJ1TwF9gTnmsARXtDnE5ynIAajwPUHwhGPGS2v4imlLef6CkaBRS-Kr9nA_N2133cY5DFQZzhHSZyMf_haZ9N01zi9A/s320/ccfandr2012+%252821+of+34%2529.jpg) |
William Strait and the Durbin Rocket |
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Think about the following:
- How would testing the water quality downstream of a data point affect the outcome?
- Why would the lower weight of the Climax create a faster engine compared to a Shay?
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEi6yIr6Ebr0sGxSkPldtvdVaM9URkMGlnpZDprTHaI68Oq-ctYhFG70fGBnrGmzRUEKhhvkaYMqh2pP4TG9aitpGwd6yFDUyEIkvWxONSBRPBApdZj0SRBKL-4pFDepXLF1_Xvh8f4xO0I/s320/ccfandr2012+%252820+of+34%2529.jpg) |
Piston on Climax Locomotive |
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