Influence of seabed on (I, A) reflectance Evaluate results (x,y,z) of specific Relationship between full bathymetric LiDAR surveys for waveform signature and compliance with hydrographic seabed characteristics. requirements. (I) Secchi disc and Secchi depth Impact of structure and Explain how to incorporate information canopy on topographic LiDAR from full waveform analysis in the Optical characteristics of production of mapping products. (A) coastal terrain. H3.1c Determine situations terrestrial and Influence of geometry and Terrestrial vessel-based LiDAR data can be used to waveform on feature detection. LiDAR complement other coastal and offshore Integration of components spatial data. including time stamping, (B) attitude compensation, sensor Explain the need for calibration and offsets and networking. validation of LiDAR and Sources and levels of describe how data from such system will uncertainty associated with be integrated with other data streams. LiDAR data and products. Combined bathymetric and topographic LiDAR systems Vessel-based LiDAR H3.2 Remote Sensing
Influence of seabed on reflectance Relationship between full waveform signature and seabed characteristics. Secchi disc and Secchi depth Impact of structure and canopy on topographic LiDAR Optical characteristics of coastal terrain. Influence of geometry and waveform on feature detection. Integration of components including time stamping, attitude compensation, sensor offsets and networking. Sources and levels of uncertainty associated with LiDAR data and products. Combined bathymetric and topographic LiDAR systems Vessel-based LiDAR (I, A) Evaluate results (x,y,z) of specific bathymetric LiDAR surveys for compliance with hydrographic requirements. (I) Explain how to incorporate information from full waveform analysis in the production of mapping products. (A) H3.1c Terrestrial LiDAR (B) Determine situations terrestrial and vessel-based LiDAR data can be used to complement other coastal and offshore spatial data. Explain the need for calibration and validation of LiDAR and describe how data from such system will be integrated with other data streams. H3.2 Remote Sensing