Irrigation management in several developed countries now uses modern technology by utilizing the capacity of the Internet of Things and Big Data for leak detection, water measurement, planning, monitoring and distribution. The Internet of Things provides new solutions for the irrigation sector and helps improve irrigation management and reduce operational costs associated with maintaining infrastructure. One of the biggest problems facing smart irrigation systems in Indonesia is the inability of stakeholders to convert available data into in-depth and accurate information that can be used in decision making. The purpose of writing this article is to prepare the concept of building a smart irrigation system for the sustainable use of water for stakeholders. Analysis and approaches are carried out by reviewing the development of smart irrigation systems from the perspective of Industry 4.0 (big data and internet of things), identifying the use of IoT-based technology, innovation and data-science best practices that can transform organizations and institutions, irrigation users become more data-centered centric artificial intelligence. The results of this study propose innovative simple semantic solutions to help irrigation users or farmers to measure humidity, rainfall, wind speed, soil temperature and solar radiation in real-time through mobile application information to the water user community.
This study aims to find out the role of institutions in irrigation management. The type of research used is quantitative with a descriptive and correlational approach. The population in this study were all farmers in the irrigation area of Layoa Village, Bantaeng Regency. The sampling technique used purposive sampling in order to obtain 200 samples. Based on the results of the study it was found that the institutionalization of farmers in managing irrigation canals in Layoa Village, Bantaeng Regency was in the very high category. These results indicate that WUA's organizational ability in managing irrigation assets will result in a good understanding of farmers on how to distribute water. Furthermore, P3A organizations are also very concerned about the protection and implementation of irrigation systems that will reduce the risk of farmers' complaints about irrigation water regulations.
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