Monitor dissolved oxygen and control aerator function to protect stocks and increase yields.

Monitor for events or trends over time to establish baseline parameters and track changes in water quality.

Measure water level and water quality over time at local or regional scales.

Monitor groundwater, surface water and air, both during and after in-situ treatment of contaminated groundwater.

Remotely monitor for harmful algal blooms for quick response and improved trend analysis.

Continuously monitor water level and quality to establish baseline parameters and see changes during storm events.

Removing or depressurizing water from a mine to minimize flooding, stabilize slopes and highwalls, and optimize operation.

Monitoring the quality, level and flow of surface water and groundwater affected by mining.

Monitoring the quality, level and flow of water in a flooded open mine pit.

Monitor water quality by spot checking at various points, both horizontally and vertically.

Monitoring raw water from reservoirs and rivers before it enters a treatment plant and is processed for consumption.

Fish or shellfish production within an enclosed system for increased environmental control.

Monitor the environmental effects of removing potentially contaminated sediment from a body of water

Remotely monitor for harmful algal blooms in coastal and estuarine environments for quick response and improved trend analysis.

Continuous monitoring of surface water bodies to manage combined sewer overflow impact.

Measuring conductivity, temperature and depth is central to understanding the water column, tracking upwelling and currents, calculating water density and looking at biochemical processes above and below thermoclines and haloclines.