Depth-resolved information is essential for ocean research. For this study, we developed a
shipborne photon-counting lidar for depth-resolved oceanic plankton observation. A pulsed …

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 …

The vertical distribution of subsurface phytoplankton in the ocean contains key information
about not only ocean ecology but also water column optical properties relevant to remote …

Oceanic lidar has emerged as a strong technology for oceanic 3-D remote sensing.
However, most existing oceanic lidars are bulky and high-power consumption and thus …

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 …

本文从海洋与气候变化等重大前沿科学与应用对空间海洋观测系统的需求出发,
基于当前国内外空间激光技术水平与前期海洋激光遥感的探索, 提出了海洋遥感从二维向三维 …

Most advances in the remote sensing of floating marine plastic litter have been made using
passive remote-sensing techniques in the visible (VIS) to short-wave-infrared (SWIR) parts …

We investigate Raman returns in oceanic light detection and ranging (LiDAR), and explore
the similarities and differences to conventional elastic returns. We show that Raman returns …

The efficacy of underwater laser detection is considerably impacted by the intense
attenuation of light resulting from the scattering and absorption effects of water. In this study …

机载激光测深技术及应用 Page 1 第51 卷第11 期/2024 年6 月/中国激光 1101016-1 特邀综述 机
载激光测深技术及应用 贺岩1,2,3*,陶邦一4,俞家勇5,徐广袖6,黄宜帆1,2,3 1 中国科学院上海光学 …