#TITLE_ALTERNATIVE#

• Main Author: AULIA PUSPASARI (NIM : 15113076), VIDYA
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/31477
• Institution: Institut Teknologi Bandung

<p align = "justify">Indonesia is surrounded by a complex convergence of tectonic plates. Lembang Faultis one of the impact of the tectonic activity that is occuring in Bandung District, West Java. It is located across Lembang Sub-district along 22 kilometers from Maribaya, Cisarua, and vanishes in Padalarang Sub-district. This fault is predicted to be an active fault, so it has a potential of earthquake occurence in Bandung region, especially the closest one from the fault, namely West Bandung District, Bandung City, and Cimahi City. Therefore, it is very necessary to observe the ability of the communities in facing natural disasters to reduce the risk of losses. Considering that West Bandung District, Bandung City, and Cimahi City are at a high risk of natural disaster due to Lembang Fault, and are in need of natural disaster resilience index measurement, therefore, this research is conducted to do a spatial modeling of natural disaster resilience using CDRI method. CDRI can be conducted by 2 approaches, they are CDRI-1 (capital domain) and CDRI-2 (disaster phase). The resilience could also be spatially modeled by using distance analysis (multiple ring buffer) that is applied on facility objects distribution. The result shows the same pattern with the CDRI result, i.e. the higher resilience is on the city region, while the district region has a low resilience. The result of the spatial model is more detailed than the CDRI because it contains variation of resilience indices in every sub-district.<p align = "justify">