Design of Tidal Height Monitoring Equipment Based on the Internet of Things For the Preservation of Mangroves at Kurnia My Darling Beach
Keywords:
Internet of Things, Sea tide monitoring, mangrove conservationAbstract
This study discusses the design of an Internet of
Things (IoT)-based tidal height monitoring system applied to
support the sustainability of mangrove ecosystems in the Kurnia
My Darling Beach area. The tides of sea water are a critical
factor that affects the growth and survival of mangrove plants.
The monitoring system is designed using the Hc-Sr04 ultrasonic
sensor to measure the water level in real-time, with data
transmitted via the Nodemcu Esp8266 for remote monitoring.
The methods used in the design include the needs analysis stage,
system design, implementation, and testing. The test results
show that the system can provide accurate data on sea level
fluctuations with an error rate of less than 5%. The information
produced can be used to optimize the management and
conservation of mangrove ecosystems in the area. This system is
expected to support mangrove conservation efforts by providing
accurate and real-time data for better decision-making in
mangrove area management.
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Copyright (c) 2024 Fachrid Wadly, Zuhri Ramadhan, Muslim, Dimas Alfisyahri Sitompul (Author)
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