Airborne Lidar Bathymetry operations are very dependent on water clarity. Turbidity, breaking waves, rapids and algae bloom all have a negative impact on the performance of Airborne Lidar Bathymetry systems. The SHOALS-1000T can typically detect the seafloor at two to three times Secchi depths. Ideally, water clarity conditions should be considered when scheduling an Airborne Lidar Bathymetry operation. There are several techniques, which Fugro can employ to minimize the effect or impact of poor water clarity.

Visit Kent State University web site for more information on Secchi Disks

Operational Considerations:
Aircraft
Water Clarity
Weather
Horizontal Positioning
Vertical Positioning / Tides
Sensor Orientation
Airborne Lidar Data Acquisition
Quality Control

Related Web Site:
Kent State University