Advances in Above- and In-Water Radiometry, Volume 1: Enhanced Legacy and State-of-the-Art Instrument Suites

Hooker, Stanford B ; Lind, Randall N ; Morrow, John H ; Brown, James W ; Suzuki, Koji ; Houskeeper, Henry F ; Hirawake, Toru ; Maúre, Elígio de Ráus

关键词: AIRBORNE EQUIPMENT;    AUTONOMY;    COMMERCIAL OFF-THE-SHELF PRODUCTS;    DATA ACQUISITION;    ECOSYSTEMS;    INLAND WATERS;    NEARSHORE WATER;    OPTICAL PROPERTIES;    RADIOMETERS;    REMOTE SENSING;    UNMANNED GROUND VEHICLES;    WATER COLOR;   

RP-ID  :  NASA/TP–2018-219033/VOL. 1,GSFC-E-DAA-TN68719

学科分类：地球科学(综合)

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来源: NASA Technical Reports Server

【 摘 要 】

This publication documents the scientific advances associated with new instrument systems and accessories built to improve above- and in-water observations of the apparent optical properties (AOPs) of aquatic ecosystems. The perspective is to obtain high quality data in offshore, nearshore, and inland waters with equal efficacy. The principal objective is to be prepared for the launch of the next-generation ocean color satellites with the most capable commercial off-the-shelf (COTS) instrumentation in the shortest time possible. The technologies described herein are designed to either improve legacy radiometric systems or to provide entirely new hybrid sampling capabilities, so as to satisfy the requirements established for diverse remote sensing requirements. Both above- and in-water instrument suites are documented with software options for autonomous control of data collection activities. The latter includes an airborne instrument system plus unmanned surface vessel (USV) and buoy concepts.