Arboriculture & Urban Forestry 40(2): March 2014 CONCLUSIONS This review shows that the scope of scientific studies relying on data from urban tree inventories at sin- gle-tree level has recently expanded in geographi- cal and scientific terms. A notable current trend is the emergence of studies focusing on the ecosystem services provided by urban trees, as a supplement to studies more directly linked to arboricultural management and planning practices. The compara- tive analysis of contemporary inventory methods showed that available technology and current data processing limit the reliability of data obtained from satellite- and airplane-supported inventory methods and on-the-ground scanning or digital photography. The authors therefore recommend further technological development and scientific testing before these methods replace field surveys in urban tree inventory programs at single-tree level. LITERATURE CITED Abd-Elrahman, A.H., M.E. Thornhill, M.G. Andreu, and F. 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Measurement of biogenic hydrocarbon emissions from vegetation in the lower Fraser Valley, British Columbia. Atmo- spheric Environment 32(20):3457–3466. Escobedo, F., and M. Andreu. 2008. A Community Guide to Urban Forest Inventories. University of Florida, IFAS Extension, 1–4. Geron, C.D., T.E. Pierce, and A.B. Guenther. 1995. Reassessment of biogenic volatile organic compound emissions in the Atlanta area. Atmospheric Environment 29(13):1569–1578. Goldberg, P.A. 1981. Remote sensing a potential aid in the prepara- tion of an urban tree inventory. Technical papers of the American society of photogrammetric. Annual meeting. pp. 393–401. Holopainen, M., O. Leino, H. Kämäri, and M. Talvitie. 2006. Drought damage in the park forests of the city of Helsinki. Urban Forestry & Urban Greening 4(2):75–83. Hubacek, K., and J. Kronenberg. 2013. Synthesizing different per- spectives on the value of urban ecosystem services. Landscape and Urban Planning 109(1):1–6. i-Tree. 2012. i-Tree. Jansen, L.J.M., G. Carrai, L. Morandini, P.O. Cerutti, and A. Spisni. 2006. Analysis of the spatio-temporal and semantic aspects of land-cover/use change dynamics 1991–2001 in Albania at national and district levels. Environmental Monitoring and Assessment 119(1–3):107–136. Jim, C.Y., and H.H.T. Liu. 1997. Storm damage on urban trees in Guang- zhou, China. Landscape and Urban Planning 38(1–2):45–59. Jutras, P., S.O. Prasher, and G.R. Mehuys. 2009. Prediction of street tree morphological parameters using artificial neural networks. Computers and Electronics in Agriculture 67(1–2):9–17. Karlik, J.F., and A.M. Winer. 2001. Plant species composition, cal- culated leaf masses and estimated biogenic emissions of urban landscape types from a field survey in Phoenix, Arizona. Land- scape and Urban Planning 53(1–4):123–134. Keller, J.K.K., and C.C. Konijnendijk. 2012. Short communication: A comparative analysis of municipal urban tree inventories of selected major cities in North America and Europe. Arboriculture & Urban Forestry 38 (1):24–30. Konijnendijk, C.C., A.B. Nielsen, J. Schipperijn, Y. Rosenblad, H. Sander, M. Sarv, and K. Mäkinen, et al. 2007. Assessment of urban forestry research and research needs in Nordic and Baltic countries. Urban Forestry & Urban Greening 6(4):297–309. ©2014 International Society of Arboriculture
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