基于STM32的红树林水质采集与监测分析系统OA

As the largest mangrove wetland in Guangdong Province,the water quality of the Zhanjiang mangrove wetland is crucial to the health of the ecosystem.To address the challenges posed by the wide distribution of mangroves and scattered monitoring points,which make comprehensive monitoring difficult,this study designs a distributed water quality monitoring system based on STM32.The system employs the ESP8266 communication module to establish a data transmission network,utilizing sensor arrays deployed at various locations to collect key water quality parameters such as salinity and pH in real time.Through a cloud-based data platform,the system enables monitoring data visualization,historical data query,and automatic over-threshold alerts.Practical applications demonstrate that the system can effectively cover mangrove waters across different areas of Zhanjiang,providing reliable technical means for analyzing water quality trends and promptly detecting pollution incidents.This significantly enhances the efficiency of ecological supervision and the level of protection for the mangrove ecosystem,providing strong technical support for its scientific management and conservation.