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.
Setup Download and Establish Logger Connection Data Tab Direct Data Upload Access CONNECT Program Files X-Series Logger Configuration Sync X2 Logger Clock Erase Log Data Logger Programming Reset to Factory Defaults Configure Sensor Scripts Generate Generic Modbus Script Generate Generic NMEA0183 Script Generate Generic SDI-12 Script Generate Generic GSI Script Run Sensor Detection Log Tab […]
Deployment locations for data buoys are often remote. Wireless communication supports environmental monitoring and data collection from buoys in real-time.
An energy company is gathering a comprehensive water quality dataset along the Ohio River at a hydropower station on the Cannelton Dam.
Gulfport Energy is working to monitor streams and rivers near hydraulic fracturing operations to ensure the aquatic life isn’t negatively impacted.
Managers at LimnoTech collaborated with NexSens Technology to equip vital hydropower areas with water level sensors and cellular data loggers.
A NexSens Data Buoy provides scientists at Colby College with info on lake health like oxygen dynamics, temperature stratification and productivity.
The Ohio DNR’s Division of Wildlife Sandusky Fish Research Unit is exploring whether walleye spawns are affected by lake currents.
The SRBC has now installed more than 40 remote water quality monitoring stations in the river basin, including the border between Pennsylvania and New York.
A mountain stream monitoring system was installed by researchers at Western Carolina U. to broaden the scope of research within the watershed.
