Titlebook: Space-based Lidar Remote Sensing Techniques and Emerging Technologies; Proceedings of the 3 Upendra N. Singh,Georgios Tzeremes,Pol Ribes Pl

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Prospects for Photonic Integrated Circuit LIDARs in Space Applications, landers. Existing spaceborne LIDAR technology employs discrete optical and optoelectronic components, resulting in relatively bulky designs with high power consumption. However, the continued developments in CubeSats and upcoming lander missions are leading to more demanding SWaP (size, weight and

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,AWP: NASA’s Aerosol Wind Profiler Coherent Doppler Wind Lidar,ns over the coming decades, while also providing data supporting space wind lidar simulation studies. The AWP instrument is introduced and preliminary results from recent AWP demonstration flights are presented.

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Gentry

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AIRMO: Novel Micro-lidar Powered Spectrometer for GHG Monitoring from CubeSat,ions are most urgently needed. The main goal of the project is to explore an approach of deploying a network of new data sources for GHG monitoring with high temporal and special resolution. The target parameters are 50 m resolution for CH. and CO. with 4 passes per day over the area of interest. Th

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,The ESA HERA Mission and Its Planetary Altimeter—Learning to Deflect Asteroids,ion for very close asteroid flybys. PALT is a development from EFACEC (Portugal and Romania), Synopsis Planet (Portugal), Eventech (Latvia) and INOE(Romania). The HERA spacecraft is being built by OHB System AG in Bremen, Germany.

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