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_ . i ' � <br /> Conclusion <br /> Well, how did we do? If you compare the results to what we said we would <br /> accomplish in the Finley Creek Sediment Reduction Inventory Report, I feel we did <br /> pretty good. The really nice thing about this project is the fact that we only used <br /> $44,098.59 of the City's dollars to accomplish goals that we set out to achieve in the <br /> Finley Creek Report. <br /> The first goal in the report was to hold public meetings in the Finley Creek <br /> I Watershed to discuss the inventory findings with producers and other stakeholders. We <br /> met this goal within the first month of having the City money. We actually only held one <br /> meeting but it was well attended with the majority of the farmers in the Finley Creek <br /> Watershed represented. <br /> The second goal was to develop a mailing list to target all producers for resource <br /> planning needs. This goal was met within the first two months of the project. <br /> The third goal was to increase the application of resource management systems in <br /> the Finley Creek Watershed, by the end of the grant period, which was December 31, <br /> 2004, we completed this goal. This goal was very important. In the past we had very <br /> little participation in any of the above cost-share programs. The Finley Creek cost-share <br /> program gave us an opportunity to emphasize several of our erosion programs in the <br /> watershed. The programs were well received. <br /> The fourth goal was to "piggyback"existing Federal, State and local programs to <br /> fund the erosion control measures. This goal was also met. If you look at the results you <br /> will see that the Federal government programs actually funded the majority of the <br /> projects in the watershed. <br /> The fifth goal was to reduce the soil being delivered to Lake Decatur by 17,070 <br /> tons of soil on a per year basis. We came very close to reaching this goal. We actually <br /> saved 11,119.23 tons of soil per year. I feel this is still very good. Sheet and Rill <br /> erosion takes place on flat ground and is hardly noticeable. Most of this type of erosion <br /> can be addressed with conservation tillage practices. Adoption of these practices is <br /> increasing in the watershed even without our assistance. As a result, it is hard to tell how <br /> much Sheet and Rill erosion is being prevented. Most of our figures for Sheet and Rill <br /> erosion came from either waterways or filter strips that we installed. Overall I would say <br /> that we are actually saving more than 11,119.23 tons per year, but that is all we can prove <br /> without a more detailed study. <br />