Water sensor strings help lake managers who need a real-time temperature profiling system to make smart decisions, and to respond to signs of trouble in enough time to stop problems.
Configuring a Water Sensor String
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Web Applications
Emergency Response Buoy – Easy to Deploy
Emergency response buoys are dictated by the needs of typical emergency situations although there are other deployment situations these buoys can help with.
Using Water Quality Data in the Classroom
We cover some different ways to educate with water quality data and discuss how to integrate real-time environmental data into a curriculum.
Data Buoys for Short Deployments
Water quality monitoring that requires immediate action or a projects with short time periods can make use of easy-to-deploy data buoys that capture data in real time for the duration of your project.
Buoy-Based Wave Measurements
Wave measurements can be a accomplished in various ways, we take a deeper look at buoy-based wave measurements at the NexSens blog.
How to Measure Dissolved Oxygen
Sensors can measure dissolved oxygen either in the field or lab. They range in design and function for use in long-term monitoring, BOD tests, or sampling.
How to Measure Turbidity
Planning/choosing the right instruments and processes for turbidity measurement can be a challenge. NexSens explores some of the best choices available in the context of experience and highlights the basic requirements for a successful system.
Weather Stations: Hydromet Systems
Hydrologic and meteorologic parameters are monitored using a hydromet system. NexSens Technology Inc., integrates weather sensors, data loggers and telemetry options to provide real-time monitoring capabilities.
Water Current Monitoring with an ADCP
Acoustic Doppler Current Profilers (ADCPs), are most commonly deployed to measure current and can be easily integrated with NexSens buoys.
Turbidity Monitoring at Dredge Sites
For regulatory or other needs, turbidity monitoring is and important aspect of any dredging project. Dredging affects water clarity and quality and should be monitored in real time to aid with remediation efforts associated with elevated turbidty.