Implementation of a Telemetry System for Monitoring Pond Water Temperature and Turbidity
Keywords:
Telemetry, Monitoring, Water Temperature, Turbidity, PondsAbstract
This study discusses the implementation of a telemetry-based system to monitor water temperature and turbidity in aquaculture ponds. The system aims to support pond management by providing accurate, real-time environmental data, which is essential for maintaining water quality. The developed prototype integrates temperature and turbidity sensors connected to a microcontroller, which then transmits data wirelessly to an online monitoring platform. This telemetry system enables continuous observation, data recording, and early detection of changes in water conditions that can affect the health of farmed organisms. The collected data helps pond managers make faster and more accurate decisions regarding aeration, feeding schedules, and water quality management. Field test results show that this system functions stably and provides consistent measurement results with minimal delay. This research demonstrates that telemetry technology can improve pond management efficiency, reduce manual measurement errors, and promote sustainability through better water resource monitoring. This approach has the potential for widespread application in the aquaculture sector, particularly in rural areas with limited access to modern monitoring tools.
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