Depth mapping in turbid and deep waters using AVIRIS‐NG imagery: A study in Wax Lake Delta, Louisiana, USA
Remote sensing has been widely applied to investigate fluvial processes, but depth
retrievals face significant constraints in deep and turbid conditions. This study evaluates the …
retrievals face significant constraints in deep and turbid conditions. This study evaluates the …
基于遥感数据的山区河流测深反演方法与应用
吴剑平， 杜洪波， 李文杰， 万宇， 肖毅， 杨胜发 - 水科学进展, 2023 - skxjz.nhri.cn
河流测深是河流研究中的重要基础数据, 但受地形交通条件限制山区河流测深数据匮乏,
遥感监测技术为测深反演提供了新途径. 本文基于河道概化断面推导水位—河宽理论关系 …
遥感监测技术为测深反演提供了新途径. 本文基于河道概化断面推导水位—河宽理论关系 …
Evaluating the potential for efficient, UAS-based reach-scale mapping of river channel bathymetry from multispectral images
CJ Legleiter, LR Harrison - Frontiers in Remote Sensing, 2024 - frontiersin.org
Introduction: Information on spatial patterns of water depth in river channels is valuable for
numerous applications, but such data can be difficult to obtain via traditional field methods …
numerous applications, but such data can be difficult to obtain via traditional field methods …
Mountain river bathymetry inversion method based on remote sensing data and its application
J WU, H DU, W LI, Y WAN, Y XIAO… - Advances in Water …, 2023 - skxjz.nhri.cn
River bathymetry (RB) is a fundamental dataset in the field of river research. However,
mountainous regions often lack comprehensive data due to topographical and …
mountainous regions often lack comprehensive data due to topographical and …