METHODS
The camera trap observation method was used in the study. Before starting the field studies, foot, excrement, feeding, resting, scraping, friction traces sing of animals and living points such as nests and caves were determined with the trace counting method. A classification was made by looking at the densities of the tracks according to the stand type, vegetation covers and land structure, and the photo trap attachment points were determined. A GPS record was been taken for each camera trap installed (Table1). Camera traps was checked depend on land structure, season, and stand types 15 to 60 days. During the study period, 3730 video and photo recordings were taken at 142 different points with the number of 6380 camera trap days. Can (2008) 1,200, Treves et al. (2010) 8,841, Mengüllüoğlu (2010) 3,699, İlemin (2010) 6,548, Soyumert (2010) 31.603 and Özkazanç et al. (2017) obtained and published their data with 3800 camera trap days. In this context, the value of 6380 camera trap days we reached in our study was deemed sufficient for the conclusion of the study. The data obtained in photo traps were transferred to the computer and evaluated. Each record was examined in detail, and the connection between the environmental data of the recording point and the recording time and the identified species and evaluation were made.
Table 1. GPS data of the camera trap points in field studies .