Application
Environmental Monitoring
The field of environmental monitoring and research is extensive and comprises various unique subfields. To effectively track and analyze changes in groundwater, surface water, stormwater, soil, and other natural resources, researchers require the capability to consistently measure water quality across diverse environments and locations.
Monitoring systems are often established in streams and rivers for various purposes, including those mentioned earlier. Your specific application typically falls into one of two broad categories: research or practical. Research-oriented applications involve systems designed to investigate aspects of stream and river hydrology or water quality, with goals such as education or gaining a better understanding of human impact, animal use, habitat quality, and more. On the other hand, practical applications focus on monitoring the impacts of your own project or a client’s project. This could involve tasks like tracking turbidity during a dredging project, measuring discharge and flow rates at a fish hatchery, or assessing nutrient levels near an agricultural operation, among other scenarios.
Leadtec provides comprehensive solutions for remote monitoring using digital sensors equipped with RS485 connectivity, allowing for real-time measurements through IoT devices with cloud-based data storage.
Related Parameters:
Hydro Air offers complete solutions for remote monitoring with digital sensors with RS485, to be connected to IOT devices for real-time measurement with cloud storage.
Environmental monitoring and research is a vast field with many unique subsets.
In order to monitor and study changes to groundwater, surface water, stormwater, soil, and other natural resources, researchers need to be able to take consistent water quality measurements in a variety of environments and locations.
Monitoring systems may be established in streams and rivers for reasons as varied as the water uses listed above, but your application will likely fall into one of two broad categories: research or practical.
Research applications include systems designed to study one or more aspects of stream and river hydrology or water quality, whether to educate or provide a better understanding of human impact, animal use, habitat quality, etc. Practical applications include systems designed to monitor impact from your own project, or perhaps the project of a client. This could entail monitoring turbidity during a dredging project, discharge and flow rates at a fish hatchery, or nutrient loads near an agricultural operation, among others. The available digital sensors are:
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