Tracking sediment concentrations can be time consuming and labor-intensive. The Sediment Acoustic Leadership Team is a assemblage of federal researchers who will be advising on how to use acoustic technology to make continuous estimates of sediment concentrations in streams.  #EnvironmentalMonitor http://www.fondriest.com/news/federal-team-ready-advise-acoustic-stream-sediment-monitoring.htm

Federal team ready to advise on acoustic stream sediment monitoring

Underwater Mass Spectrometer (UMS)

Underwater Mass Spectrometer (UMS)

Note the water measure in the tunnel in Xi'an.

Note the water measure in the tunnel in Xi'an.

The SeaFET™ Ocean pH sensor is an ion selective field effect transistor (ISFET) type sensor for accurate long-term pH measurements in salt water.

The SeaFET™ Ocean pH sensor is an ion selective field effect transistor (ISFET) type sensor for accurate long-term pH measurements in salt water.

The Fisheries Blog: Fisheries CSI: DNA in the Water  Using environmental DNA to detect the presence of fish species

The Fisheries Blog: Fisheries CSI: DNA in the Water Using environmental DNA to detect the presence of fish species

LiDAR drone system maps height of rainforest for the first time.

LiDAR drone system maps height of rainforest for the first time

LiDAR drone system maps height of rainforest for the first time

"Lily" These AUVs are equipped with a bluelight sensor system for short-range distance measurements and short-range communication and will be used for 3D underwater swarm experiments.

CoCoRo: printed mini-submarine robots for marine exploration. To perform the tasks in harmony, each CoCoRo bot is embedded with sensors that helps them navigate their surrounding and move in three-dimensions perceiving change in light and temperature.

The National Oceanography Centre, in collaboration with the University of Southampton, is developing a suite of micro-fluidic based chemical and physical sensors, flow cytometers and nucleic acid analysers.

The National Oceanography Centre, in collaboration with the University of Southampton, is developing a suite of micro-fluidic based chemical and physical sensors, flow cytometers and nucleic acid analysers.

ICAM, an in situ Integrating Cavity Absorption Meter, is factory configured with nine (9) wavelengths from UV (365nm) to Red (676nm) enabling absorption measurements over a wide spectrum.

ICAM, an in situ Integrating Cavity Absorption Meter, is factory configured with nine wavelengths from UV to Red enabling absorption measurements over a wide spectrum.

T-RDI Sentinel V - An integrated 5th beam provides a third vertical velocity measurement and a 5th range to the surface measurement, allowing for enhanced turbulence and waves measurement capabilities.

T-RDI Sentinel V - An integrated beam provides a third vertical velocity measurement and a range to the surface measurement, allowing for enhanced turbulence and waves measurement capabilities.

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