This paper explores the development of elastic LiDAR technology, focusing specifically on
key components relevant to solid target scanning applications. By analyzing its …

A lidar technique has been proposed and demonstrated for remotely sensing particulate
beam attenuation coefficient (cp) profiles using the Raman backscattered signal from water …

Vertical distribution of phytoplankton is crucial for assessing the trophic status and primary
production in inland waters. However, there is sparse information about phytoplankton …

A traditional bathymetric light detection and ranging (B-LiDAR) has disadvantages such as
large volume, heavy weight, necessity for airport and runway, and high cost for operation …

Airborne oceanic lidars act as an active remote sensing technique have been proved to be
one of the most effective and reliable means of oceanic profile remote sensing. This review …

A novel oceanic fluorescence lidar technique has been proposed and demonstrated for
remotely sensing the volume scattering function at 180°(βf), which can be used to further …

The design and processing algorithm of oceanic LIDAR requires an effective lidar simulator.
Currently, most simulation methods for lidar signal propagation in seawater use elastic …

Airborne high spectral resolution lidar (HSRL) measurements of ocean particulate
backscatter (b bp) offer dramatic improvements in spatiotemporal coverage over in situ …

Introduction: Space-borne lidar measurements from sensors such as CALIOP were recently
used to retrieve the particulate back-scattering coefficient, bbp, in the upper ocean layers at …

The thin layers in the ocean are temporally-coherent aggregations of phytoplankton with
high concentrations at small vertical scales, presenting important hotspots of ecological …