Original Article

Comparing Urban Parks’ Woody Plant Diversity in Seven Different Locations of Turkey


Department of Landscape Architecture, İstanbul Technical University, Faculty of Architecture, İstanbul, Turkey


Department of Landscape Architecture, Recep Tayyip Erdoğan University, Engineering and Architecture Faculty, Rize, Turkey

FORESTIST 2022; 72: 266-274
DOI: 10.54614/forestist.2022.21038
Read: 332 Downloads: 125 Published: 14 April 2022

Plant diversity is critical to regulating the urban ecosystem and offers myriad positive benefits in a logical and well-planned structure. This article aims to demonstrate the woody plant diversity of the selected urban parks and their importance for the urban ecosystem. As a material, seven urban parks were selected from different locations in Turkey, located in Aydın, Istanbul, Kayseri, Samsun, Rize, Trabzon, and Van. In methodology, we recorded the plants’ families and species and calculated the diversity and dissimilarity values of the selected urban parks through Shannon (α) and Whittaker (β) indexes on the Paleontological Statistics and Biodiversity Component Calculation Software programs. The results showed that 71 plant species belonging to 32 families were recorded, and the most dominant families were Pinaceae and Rosaceae. As a result of planting design styles, the non-native woody plant species were higher than the native ones. Moreover, the alpha diversity of seven parks was 0.4099 (Park I), 1.931 (Park II), 1.936 (Park III), 2.564 (Park IV), 2.622 (Park V), 2.124 (Park VI), and 1.881 (VII) values. On the other hand, the beta results showed that the highest similarity value (1 − dissimilarity) was 0.28 between Parks IV and V. In conclusion, there were huge differences among the selected parks concerning plant biodiversity because of limited native plants usage.

Cite this article as: Ögçe, H., Şatıroğlu, E., Bekiryazıcı, F., & Dinçer, D. (2022). Comparing urban Parks’ woody plant diversity in seven different locations of Turkey. Forestist, 72(3), 266-274.

EISSN 2602-4039