Archives : 2014 : February
We can look forward to a higher flowing, healthier Whychus Creek this summer as a result of the latest in a series of restoration projects that have revived this Sisters creek.
Once a dry creek bed in the summer months, Whychus Creek now flows year round and fish populations are starting to rebound. In addition to an increase in streamflow, Whychus has been a gem of collaborative conservation efforts over the years with large-scale riparian rehabilitation, removal of fish passage barriers and replanting of native plant life.
In this spirit, the Deschutes River Conservancy, the Upper Deschutes Watershed Council and the U.S. Forest Service are working together with long time Sisters landowners at the Pine Meadow Ranch. The project will replace their concrete dam with a more efficient and fish-friendly pump. Eliminating the water lost through the unlined ditch that previously conveyed water to the ranch will result in the permanent protection of one cubic foot per second (over 646,000 gallons of water per day) of senior water rights in Whychus Creek. When the project is complete this fall, salmon and steelhead will have access to thirteen miles of previously inaccessible habitat as well as a restored reach just below the existing dam site.
These pioneer water rights are some of the oldest in the Deschutes Basin, dating back to 1880. In addition to the benefits for flows and fish in the Creek, this project will strengthen the 135-year long tradition of farming at the Pine Meadow Ranch by enabling the ranch to continue irrigating in a more efficient manner.
The Deschutes River and its tributaries are fed by melting snow from the Cascade Mountains. When we get rain and warmer weather in the winter and early spring, it melts the snow pack, sometimes dramatically increasing stream flows and thereby reducing the amount of snow stored in the mountains. That means less snow remains to melt into stream flows during the summer and fall.
As of February 21st, 2014, snow pack in the Cascades is at 62% of normal. We will need a significant increase in spring snowfall to turn this around.