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The rise of GNSS reflectometry for Earth remote sensing
2015 IEEE International Geoscience and Remote Sensing Symposium (IGARSS), 2015The Global Navigation Satellite System (GNSS) reflectometry, i.e. GNSS-R, is a novel remote-sensing technique first published in [1] that uses GNSS signals reflected from the Earth's surface to infer its surface properties such as sea surface height (SSH), ocean winds, sea-ice coverage, vegetation, wetlands and soil moisture, to name a few.
Cinzia Zuffada +6 more
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Using stars for remote sensing of the Earth’s stratosphere
Applied Optics, 1994A new UV-visible spectrometer system that measures the absorption of light from stars and planets by constituents in the Earth's atmosphere is described. Because it can be used to make measurements at night, the system has a significant advantage for measuring polar constituents in winter, when conditions that might give rise to ozone loss are ...
Roscoe, Howard K. +7 more
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Remote Sensing for Earth Observations
Optical Engineering, 1975Time was when man's relationship with his environment was a relatively simple two-dimensional one. Not yet having overcome the effects of gravity, the vertical dimension was denied him, while the available modes of transport generally limited his horizontal excursions to local forays.
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Remote Sensing of the Earth's Surfaces
2009Progress in remote sensing of the Earth's surfaces in the period 1996-1998 is reviewed. The discussion is limited to active and passive microwave techniques, and to the combined use of microwave and optical/infrared methods. The topics include sensors and data sets, soil moisture, soil state and energy fluxes, vegetation, snow cover, water, and sea ice.
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Orbital remote sensing of the Earth's surface: a review
Proceedings 29th Applied Imagery Pattern Recognition Workshop, 2002Summary form only given. This paper reviews the early years of remote sensing of the earth's surface, as distinguished from its atmosphere, and shows the influence of manned space flight, in particular the Apollo Program. The first orbital-altitude pictures of the earth were taken from sounding rockets in the 1950s, and eventually led to terrain ...
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Multiresolution earth remote sensing approach
Remote Sensing of the Ocean, Sea Ice, Coastal Waters, and Large Water Regions 2018, 2018Satellite and airborne remote sensing results are shown and indicate the need for continued development of simultaneous use of sensors systems on the same platform, simultaneously collecting imagery at different spectral and spatial resolutions. When multiresolution imagery is collected simultaneously, high quality spatial and spectral image fusion ...
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Remote Sensing Of The Earth: A Synoptic View
Physics Today, 1989Remote sensing of the Earth may be traced back to the first prehistoric explorer who climbed a nearby hill to study the lay of the land. But it was not until 150 years ago that Louis Jacques Mande Daguerre and Joseph Nicéphore Niepce invented the daguerreotype, which provided the foundation for modern photography and, through it, a means to record a ...
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ON REMOTE SENSING OF THE EARTH BY SPACECRAFT
Siberian Journal of Science and Technology, 2020A. А. Shlepkin +4 more
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Recent advances in using Chinese Earth observation satellites for remote sensing of vegetation
ISPRS Journal of Photogrammetry and Remote Sensing, 2023Yuhe Zhao, Xiaodan Wu, Xuanlong Ma
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International Journal of Applied Earth Observation and Geoinformation, 2023
Haishuo Wei, Kun Jia, Jianbo Qi
exaly
Haishuo Wei, Kun Jia, Jianbo Qi
exaly