The seemingly simple question of, “how do I get my data?” can be complicated to answer, so we explore why wireless water quality monitoring options are so important to users, what today’s monitoring options look like, and the solutions the technology presents for users.
Coastal vs. lake data buoys: a comparison. Any aquatic environment is dynamic and complex, but lakes and rivers are different monitoring environments from their coastal cousins.
We cover some different ways to educate with water quality data and discuss how to integrate real-time environmental data into a curriculum.
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.
Nitrate, phosphate, and other nutrients are increasingly important indicators of the overall health of a water system. Real-time nutrient monitoring with NexSens telemetry systems offers critical insight into these water quality changes over time.
Real-time lake monitoring systems allow water quality experts and lake management professionals to stay a step ahead of water quality issues.
NexSens stream and river monitoring stations are designed to simplify the setup and operation of real-time water quality and hydrology measurement systems.
U. of Saskatchewan and Nipissing University scientists study mixing’s role in Lake Nipissing algae events using NexSens data buoys and temperature strings.
The U.S. Geological Survey oversees a water quality monitoring network in the California Delta to help local wildlife and fish species.
Consultants are working with scientists in Kazakhstan to monitor, track and model ongoing marine construction on the shore of the Caspian Sea.
