Backround and design: Not much is published about the different dermoscopic features of Clark nevi (CN) and a dermoscopic classification system about these nevi has been developed recently by Hofmann-Wellenhof et al. In the present study we used this system which is based on the morphology of the structural features and pigment distribution to classify CN seen in our region. Another objective was to investigate whether individuals bear a predominant type of CN. Materials and methods: Eight hundred fourty-one CN from 31 patients who attended the outpatient nevi clinic of our department were documented using digital dermoscopy. The structural features of CN were classified as reticular (R), globular (G), homogeneous (H) patterns or as combinations of these types and the pigment distri-bution was determined as uniform, central hyper- or hypopigmented, peripheral hyper- or hypopigmented and multifocal hyper- or hypopigmented. Results: Eight hundred fourty-one CN were classified as follows: 236 (28.1 %) G; 227 (27.0 %) R-G; 139 (16.5%) G-H; 132 (15.7 %) R; 52 (6.2 %) H; 48 (5.7 %) R-H; seven (0.8%) unclassified. Conspicuously, most individuals were inclined to a predominant type of Clark nevus. 487 (57.9 %) of these Clark nevi were localized on the trunk and the rest were on the extremities. Conclusion: The most common dermoscopic type of Clark nevi may change according to the different races. It's clear that this classification system is easily applicable as well as it's reprudicable. This detailed characterization of different dermoscopic types can offer a base and advantage for further studies about the morphological changes of Clark nevi and will help us to understand the biology of these melanoma precursors better.