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Principles for Helicopters as Platforms for Optical Wavelength Remote Sensing and the NaSA GSFC/WFF Helicopter Remote Sensing System

机译:直升机作为光波长遥感平台和NaSA GSFC / WFF直升机遥感系统的原理

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摘要

An airborne system developed by NASA Goddard Space Flight Center (GSFC) and Wallops Flight Facility (WFF) utilizing a helicopter as the platform has proven to be a versatile means Of acquiring calibrated remote sensing data emphasizing spatial, spectral, temporal, bidirec- Tional and polarization information domains. As the system evolved, it has been used for the Acquisition of data in support of field measurements campaigns, such as; a study of the effects of Atmospheric deposition on forest health, the first International Satellite Land Surface clima- Tology Project (ISLSCP) Field Experiment (FIFE), the Forest Ecosystems Dynamics (FED) Project, and the boreal Ecosystem and Atmosphere Study (BOREAS).
机译:由NASA戈达德太空飞行中心(GSFC)和Wallops飞行设施(WFF)开发的机载系统,以直升机为平台,已被证明是获取校准遥感数据的通用手段,该数据强调了空间,光谱,时间,双向及极化信息域。随着系统的发展,它已用于获取数据以支持现场测量活动,例如;大气沉积对森林健康影响的研究,第一个国际卫星陆地表面气候学项目(ISLSCP)野外试验(FIFE),森林生态系统动力学(FED)项目以及北方生态系统和大气研究(BOREAS) 。

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