Abstract

Indonesian National Institute of Aeronautics and Space (LAPAN) as a space ecosystem runner government institution of the space agency in Indonesia is mandated by Indonesia space law of 2013 to carry out remote sensing activities that are not only strategic nationally in nature but also charged being benefits economically. This study investigated the intangible economic benefits of remote sensing activities in Indonesia. This research explored qualitatively the advantage of the use of remote sensing information by users obtained from the results of questionnaires and in-depth interviews. The conceptual framework of intangible benefit is based on the information system success model by the De-Lone and McLean Information Value model. The results showed that the quality of remote sensing was good. This can be seen from most responses of user respondents on the Perceived System Quality and Information Quality indicators giving a good rating. The response of the user respondents caused a sense of satisfaction and also caused the use of the system to be more intense. These had a good impact on the performance of respondents, both individually and organizationally. Strengthened by in-depth interviews showed that economically provide benefits with an average of 64% increasing in the efficiency of the performance by Agriculture and Palm Oil sectors. In short, space agency in Indonesia is proven to provide intangible economic benefits on remote sensing activities.

Highlights

  • The remote sensing activities in Indonesia are national strategic activities in nature

  • The National Aeronautics and Space Agency (LAPAN) is a state institution officially appointed by the government to manage this activity in Indonesia

  • Based on the results of the questionnaire, it can be seen that remote sensing is beneficial both for individuals and for the organization of end users

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Summary

Introduction

The remote sensing activities in Indonesia are national strategic activities in nature. Remote sensing activities in Indonesia are regulated in the Law of the Republic of Indonesia (RI) Number 21 of 2013, regulation. Remote sensing technology can quickly access a wide range of real-time land surface spatial information and provides an effective way for resource surveys, environmental monitoring and disaster prediction. With the help of remote sensing technology, one can get geo-information quickly, accurately, efficiently and comprehensively (Wu and Li, 2009). Activities using remote sensing have been started since 1990s (Mulyadi, 2009). Remote sensing technology is useful in many sectors. Remote sensing technology through SPOT-6 imagery can be used to estimate productivity value of oil palms (Diana et al, 2019)

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