Airborne lidar monitoring of aquatic eutrophication and chemical pollution

机译：空中激光葡萄球菌监测水生富营养化和化学污染

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The work explores capabilities of the multi-wavelength laser remote sensing technique in the on-line monitoring of coastal waters. The conceptual design of the Fluorescent Lidar Spectrometer (FLS) - compact, multipurpose, active remote sensor - is described. Its modular scheme allows to operate the lidar efficiently and economically onboard a small airplane or a helicopter. The presented laser sensing data on oil pollution, dissolved organic matter (DOM), phytoplankton and phytobenthos prove the approach potential for the monitoring of marine and coastal environments. Future developments are discussed.

机译：工作探讨了沿海水域在线监测中多波长激光遥感技术的能力。描述了荧光激光荧光光谱仪（FLS） - 紧凑，多用途，有源远程传感器的概念设计。其模块化方案允许有效地和经济地在小型飞机或直升机上操作激光雷达。呈现的激光传感数据对油污，溶解有机物质（DOM），浮游植物和植物植物，证明了监测海洋和沿海环境的方法。讨论了未来的发展。

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《International conference on remote sensing for marine and coastal environments》|2000年||共7页
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S. Babichenko; L. Poryvkina; A. Dudelzak;
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4. AIRBORNE LIDAR MONITORING OF AQUATIC EUTROPHICATION AND CHEMICAL POLLUTION [C] . S.Babichenko, L.Poryvkina, A.Dudelzak International conference on remote sensing for marine and coastal environments . 2000

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5. Investigating the Drivers of Chemical Pollution: A Spatial and Historical Analysis of Emerging Organic Contaminants in Aquatic and Engineered Systems [D] . Kerrigan, Jill F. 2017

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8. Aquatic Biomonitoring at Red Dog Mine, 2012. National Pollution Discharge Elimination System Permit No. AK-003865-2. [R] . A. G. Ott W. A. Morris 2013

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Airborne lidar monitoring of aquatic eutrophication and chemical pollution

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