Advances in Above- and In-Water Radiometry, Volume 2: Autonomous Atmospheric and Oceanic Observing Systems

Hooker, Stanford B ; Lind, Randall N ; Morrow, John H ; Brown, James W ; Kudela, Raphael M ; Houskeeper, Henry F ; Suzuki, Koji

关键词: COMMERCIAL OFF-THE-SHELF PRODUCTS;    COMPUTER PROGRAMS;    DATA ACQUISITION;    DATA PROCESSING;    LABORATORY EQUIPMENT;    MISSION PLANNING;    OPTICAL PROPERTIES;    RADIOMETERS;    REMOTE SENSING;    TECHNOLOGY ASSESSMENT;    VISUAL OBSERVATION;    WATER COLOR;   

RP-ID  :  NASA/TP–2 018-219033/VOL. 2,GSFC-E-DAA-TN68732

学科分类：地球科学(综合)

美国|英语

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 optically complex waters. The principal objective is to be prepared for the launch of next-generation ocean color satellites with the most capable commercial off-the-shelf (COTS) instrumentation in the shortest time possible. The Hybridspectral Alternative for Remote Profiling of Optical Observations for NASA Satellites (HARPOONS) is presented as a case example of technologies conceived, developed, and deployed operationally in support of next-generation mission requirements. The field trials, field commissioning, and operational demonstration resulted in a technology readiness level (TRL) value of 9 for a diversity of laboratory and field instrument systems. Separate detailed presentations of the individual instruments provide the hardware designs, accompanying software for data acquisition and processing, and examples of the results achieved. For the laboratory components, calibration and characterization procedures are described along with an estimation of the sources of uncertainty, which culminates in a full uncertainty budget for the radiometers deployed to the field.