Remote Sensing Analysis, Using Landsat 7Etm+ and 8 OLI for Supporting Energy Conservation Policy Based Vegetation in DIY

Energy conservation policy is one of the fundamental bases to take into account in the attempt of natural resources preservation nowadays. It is primarily underpinned by excessive resource exploration and uncontrolled development leading to disturbance of natural balance. In order to support the regulation of natural resource utilization there are various approaches to take into account, one of which is by using spatial approach. Thus, the purpose of this study is to conduct an analysis using remote sensing methods to support a vegetation-based energy conservation policy in the Special Region of Yogyakarta (DIY). On the basis of the research, it is noteworthy that the most rapidly increasing rate of energy utilization is by the general public and business actors. This is as clearly proven by an increase in the number of transportation modes of 2119575 vehicles, an increase of 6.03 % in 2017. Projected increase in the amount of fuel utilization Oil for industrial sector activities amounted to 455975425 liters or 95.26 %. The size of Green Open Space (RTH) land in recent years has not changed significantly. By using forecasting method, the projection of Green Open Space (RTH) is estimated to be 1,090.377 Ha increasing by 12.8 % in 2017. Furthermore, remote sensing analysis using Landsat 7 ETM+ and 8 OLI data indicates that land use in Yogyakarta also undergoes significant changes.