Recently, the JD-FZ4 negative oxygen ion monitoring system has been successfully deployed, injecting new technological strength into local ecological environment monitoring and management.

With the continuous increase in people's attention to the quality of the ecological environment, the concentration of negative oxygen ions, as one of the important indicators for measuring air freshness and ecological environment quality, has become increasingly prominent in its monitoring significance. The ecological environment department actively responded, carefully planned and implemented the deployment project of negative oxygen ion monitoring system.

The monitoring system adopts advanced sensor technology and data transmission technology, which can monitor the concentration changes of negative oxygen ions in the air in real time and accurately. The monitoring stations are distributed in multiple representative areas of the region, including forest parks, wetland conservation areas, urban parks, etc., covering different types of ecological environments comprehensively.

By setting up a negative oxygen ion monitoring system, the ecological environment department can timely grasp the dynamic changes in local negative oxygen ion concentration, providing scientific basis for ecological environment quality assessment. At the same time, these monitoring data will also be made available to the public, allowing citizens to have a more intuitive understanding of the air quality around them and enhancing environmental awareness.

The successful deployment of the negative oxygen ion monitoring system is an important practice in the field of ecological environment monitoring, which will play a positive role in promoting local ecological environment protection and sustainable development. In the future, relevant departments will continue to strengthen the management and maintenance of monitoring systems to ensure their stable operation and contribute to creating a more livable ecological environment.