## 6 Conclusions  
The development of CDR in the Lembang Fault area is principally possible. The concept on CDR provides a valuable guidance for such a development. However, it is important to perform a cross domain analysis to ensure the definition of appropriate strategies. Inclusion of land administration domain, on the one hand, provides an example on cross domain analysis, while, on the other hand, it may not only act as one of the core components of DRM but also lead to development of CDR. To develop CDR in the Lembang Fault area, people's participation and capacity on DRM are considered as the crucial factors. Based on the assessment of CDR in Lembang Fault, people's participation and capacity on DRM were low. Factors that may cause such a circumstance are the low level of training and education, linking of social capital and past disaster experience, as well as the inability of the people to interpret the indigenous knowledge. Moreover, government intervention is essential on the development of CDR in the Lembang Fault area, particularly at disaster mitigation, response, and recovery phase. Such an intervention may be beneficial to increase the level of people's participation and DRM capacity, which may lead to the development of an organized community to address DRM issues in the smallest geospatial unit as possible. The existence of organized community on DRM may lead to the betterment of the circumstances concerning every subcategory of CDR assessment. On the other hand, economic resilience to disaster is necessary to be developed to allow the people in the Lembang Fault area to quickly bounce back from disaster. While the research reveals the possibility to develop economic resilience against disasters in natural resources-rich areas, the conceptualizing of such a development is still expected in areas with less or even no natural resources. Most importantly, the collection of detailed data concerning domains and subcategories of CDR assessment in the Lembang Fault area is expected to be initiated. The collection of the data will lead to the need of big data management. Big data management is expected to enhance people's participation and capacity on DRM, which, in turn, is expected to develop CDR. To initiate the development of CDR in the Lembang Fault area, collaboration among four municipal governments is expected. Furthermore, such a collaboration is expected to be extended to include the community sector, particularly to facilitate data collection by means of crowdsourcing, as well as the academic sector to provide a solid conceptual basis, to perform analysis and to develop guidance on CDR assessment and development. The outputs of the research highlighted in this paper are the result of assessment of community disaster resilience in a geological hazard-prone area, which is characterized by the social, economic, and environmental system of people and area of the central part of the Western Java province, Indonesia. While the concept and benchmark of CDR development that were utilized in this research were developed based on various types of disasters, as also suggested by [PERSON] and colleagues [1], there are common domains, subcategories, and sub-subcategories that may be employed to develop CDR in various circumstances. Thus, the conceptual framework of the research may be implemented elsewhere by considering social, economic, and environmental characteristics of the area in question. It may require adjustments for the application of the conceptual framework beyond the case study area of the research. While the conceptual framework of this research may be replicated elsewhere, there are limitations to this research that need improving. First, the vastness of the Lembang Fault area led to a difficulty to collect data on population in the area. Therefore, it may be valuable to perform further research in an area with a smaller spatial unit extent in order to allow the acquisition of population data. Second, the Lembang Fault area has specific social, economic, and environmental characteristics.