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Money Does Grow on Trees! <br />Investing in Ramsey's Streetside Urban Forest <br />Methods <br />how we completed the <br />COR and residential <br />tree inventories <br />Methods <br />For our tree inventories we collected data on a total of 130 trees in The COR and in a residential <br />neighborhood. For each tree we collected the diameter at breast height (DBH), geographic <br />coordinates, tree species, and the quality of the canopy cover. Once the data was collected, we <br />calculated the age, size and monetary benefits for each tree. The data that we collected for each <br />tree inventory can be seen on the next two posters. Our methods for data collection can be used <br />as a model for future tree inventories in Ramsey at more locations. <br />tGather Tools <br />2 Collect Data <br />1 <br />3 5 <br />These trees show the difference between <br />high and low quality canopy cover. In <br />our inventories, we used a rating scale <br />of 1-5. The trees with a higher quality <br />canopy cover maximize the benefits. <br />The two pictures above show our completed data collection forms. The pictures <br />show the forms we filled out to record tree species, DBH, coordinates and the <br />tree canopy cover quality. Once we had our field data we transferred the <br />data into an Excel sheet. With this data, we calculated the age and averages <br />of the diameter and canopy cover quality. We also calculated the <br />monetary value for each tree in our inventories which led to our average <br />monetary value for each tree for the area. <br />The ruler that we used is called a <br />diameter tape. This tape is used <br />by foresters to determine DBH. <br />Latitude:45.232545 ._ <br />Lon. itude:-93.457025 <br />O9© <br />Degree <br />To determinine the <br />location of each tree, <br />we used a coordinate <br />system app on our <br />smartphones. The app <br />is called Coordinates <br />and can be found in <br />the iPhone app store. In <br />future tree inventories, <br />we suggest using a <br />GPS locator rather than <br />this app because GPS <br />locators are able to <br />determine the location <br />of the trees more <br />precisely. <br />3 Analysis <br />The two Excel sheets to <br />the right show the iteration <br />of our tree inventory data <br />after inputing our data into <br />Excel. The Excel sheets <br />also show our calculations <br />for each tree to determine <br />the monetary value, size, <br />age and circumference <br />of each tree. These show <br />only a portion of the <br />trees that were <br />inventoried. <br />The picture above shows Victoria and <br />Ada on Sunwood Drive, completing the <br />COR tree inventory. <br />Calculating Street Trees <br />These methods will be built upon by a class in spring semester as a part of the RCP partnership. It is important to <br />keep the methods of Ramsey's tree inventories consistent so the results are as accurate as possible, so the spring <br />class can evaluate our methods to determine the optimal way to complete the inventories. In the following <br />poster, we will assess and evaluate the population of street trees in The COR along Sunwood Drive in Ramsey. <br />COR <br />Inventory <br />Resilient Communities Project <br />PA 5211 Land Use Planning • TEAM: Ada Moreno Gomez, Nick Kieser, Victoria Dan • INSTRUCTOR: Fernando Burga, Ph.D. UN[vexsTroPd[NHesoTa <br />Driven to Discover. <br />