One way to measure the efficacy of a vertical garden is the survival of the plants that cover the growing area, which affects the beauty of a vertical garden. Thus, this research aimed to study the survival of some indoor plant species in with and without air conditioning. We selected plants from 15 families in a total of 20 plant species by review the documents related to the indoor plant and based on duplication of the top 20 plant species, and popular in the market. The study was conducted by incubating in a room with air conditioning (average of temperature and light at 25.6 Celsius and 396.6 Lux, respectively) and without air conditioning (average of temperature and light at 31.9 Celsius and 2,044.1 Lux, respectively), 8 hrs./day average light, watering one time in the initial experiment and noticed the water saturated soil. The survival condition was recorded in 3 levels, namely, the normal condition was 1, the withered condition was 2 and the dead condition was 3. The data was collected for 15 days. The results were 7 species of plants that tolerated both conditioning included as

This research focused on land use modeling at the landscape scale based on the sufficiency economy philosophy (SE). Using land suitability and pair-wise comparison methods, the study aimed to determine key performance indicators of agroforestry under the SE, to develop a landscape agroforestry model under the SE and to apply the derived model to evaluate the suitability of exist-ing land uses within the study area. The key performance indicators were: the agroforestry indices (AFI)-organic matter, soil erosion, species diversity, income distribution, net present value, resources used,land holding size and acceptance of land use; and the landscape agroforestry indices (LAFI)-soil type, slope, distance to water resource, ability to access to main road, watershed class and conservation area.The AFI and LAFI were weighted based on expert judgment and used in weighted linear combina-tions to develop the landscape agroforestry model based on an AFI equation and an LAFI equation. The AFI equation was obtained from the land use types based on the SE level, and the LAFI equation was determined from the land suitability level (LS level). The final step showed that most land use types were categorized as being at the highest and high LS levels