| dc.description.abstract | Bogor as satelite city which has potential rain fall rates up to 3 000 – 4 000 mm/year may develop pocket park network through transect method to increase availability of society interaction space and rain infiltration area. Contained 331 potential spots as result of radial type network and able to increase green open space needed in Bogor up to 1.41 – 5.65% (based on Visalia City Council pocket park development standard size 1 012 – 4 046 m2). Pocket park network result shall be classtificated by nearest regional function to afford adaptable park. Designing proceed focused to provide pasif interactional space with aplicate of rain garden principle as rain infiltration area. Result of 4 different sample types (commercial, industrial, residential, and gevermential building) able to provide rain water reservoir with capability rates up to 342.2 – 706.4 m3. The practice toward 331 spots may provide rain water and run off reservoir in Bogor up to 113 268.2 – 233 818.4 m3. | en |
