第 89 次 "Mstislav Keldysh "号学术考察船第一阶段的激光雷达研究

V. A. Glukhov, Yu. A. Goldin, O. V. Glitko, E. Aglova, D. Glukhovets, M. A. Rodionov
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引用次数: 0

摘要

2022 年 9 月,对喀拉海西部进行了激光雷达勘测。使用的是船载辐射(剖面)激光雷达 PLD-1。激光雷达光学装置位于 "Akademik Mstislav Keldysh "号考察船的第 8 层甲板上,距离水面 15 米。激光雷达探测在站位和航行中进行。考察船途经的水域水光特性变化范围很大。在进行激光雷达测量的同时,还对水文光学和水文特征进行了同步测量。这些测量工作是利用各站的潜水仪器和沿船航线的流经测量综合设施进行的。利用水下激光雷达数据远程控制了上十米层水文光学特征的垂直分布均匀性。激光雷达回波信号参数、水文光学特征和水文特征的空间分布(各种分布特征、局部最大值、最小值和前沿区位置的吻合)之间的良好一致性得到了证实。已获得大量测量数据,可对其进行进一步统计处理,以便找到激光雷达回波信号参数与接触法记录的水文光学特征之间的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lidar Research during the First Stage of the 89th Cruise of the R/V “Academic Mstislav Keldysh”
A lidar survey of the western part of the Kara Sea was carried out in September 2022. The shipborne radiometric (profiling) lidar PLD-1 was used. The lidar optical unit was located on the 8th deck of the R/V ‘Akademik Mstislav Keldysh’ at an altitude of 15 m above the water surface. Lidar sounding was carried out at stations and underway. The vessel route passed through water areas characterized by a wide range of changes in hydrooptical characteristics. Lidar measurements were accompanied by synchronized measurements of hydrooptical and hydrological characteristics. These measurements were carried out using submersible instruments at stations and using a flow-through measuring complex along the ship's route. The hydrooptical characteristics vertical distribution uniformity in the upper ten-meter layer was controlled remotely using underway lidar data.Good agreement between the spatial distributions of the lidar echo signals parameters, of the hydrooptical and of the hydrological characteristics (coincidence of the locations of various distribution features, local maxima, minima and frontal zones) was demonstrated. A large volume of measurement data has been obtained, which allows for further statistical processing in order to find relationships between the parameters of lidar echo signals and hydrooptical characteristics recorded by contact methods.
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