Traditional dwellings have been exposed to environmental factors due to the increasing concentration in urban areas or reusing the dwellings for a different function that brings more profit. Tourism is one of the most important reasons for this transformation. Cappadocia is one of the regions where the transformation of historical structures into tourism facilities is common. In the last 5-10 years the concept of tourism and hotel management has changed and dwellings themselves were transformed to hotels and were called Boutique Hotels. And this transformation is mostly seen in &Uuml / rg&uuml / p. However, some problems are encountered in the transformation of traditional dwellings into Boutique Hotels. These problems are concerned with the difficulties experienced in interventions to the dwellings, positive and negative affects on environment and the legal problems pertaining the project, implementation and certification procedures. This thesis aims to question the harmony between the transformation in &Uuml / rg&uuml / p and the functional, physical, social and cultural aspects of the traditionaldwellings in &Uuml / rg&uuml / p, to assess the the implementations and their relations with environment relationships. In addition to this, taking the example of &Uuml / rg&uuml / p as a starting point, this thesis aims to discuss the relations between cultural identity and tourism, the positive and negative effects of tourism on traditional structure, and the balance between conservation and tourism. Taking into consideration the deficiencies in the legal definition and management criteria of Boutique Hotels, which are gradually becoming common, the discussion of the definition of Boutique Hotel is one of the important aims of this thesis.

The geometry, deformation mechanism and kinematics of the S&uuml / rg&uuml / Fault Zone is investigated by using remotely sensed data including Landsat TM and ASTER imagery combined with SRTM, and stereo-aerial photographs. They are used to extract information related to regional lineaments and tectono-morphological characteristics of the SFZ. Various image processing and enhancement techniques including contrast enhancement, PCA, DS and color composites are applied on the imagery and three different approaches including manual, semi automatic and automatic lineament extraction methods are followed. Then the lineaments obtained from ASTER and Landsat imagery using manual and automatic methods are overlaid to produce a final lineaments map. The results have indicated that, the total number and length of the lineaments obtained from automatic is more than other methods while the percentages of overlapping lineaments for the manual method is more than the automatic method which indicate that the lineaments from automatic method does not discriminate man made features which result more lineaments and less overlapping ratio with respect to final map. It is revealed from the detail analysis that, the SFZ displays characteristic deformation patterns of strike-slip faults, such as pressure ridges, linear fault controlled valleys, deflected stream courses, rotated blocks and juxtaposition of stratigraphical horizons in macroscopic scale. In addition to these, kinematic analyses carried out using fault slip data indicated that the S&uuml / rg&uuml / Fault Zone is dextral strike-slip fault zone with a reverse component of slip and cumulative displacement along the fault is more than 2 km.