Water vapour is a key in the hydrological cycle and the main driver
of atmospheric events. Remote sensing of water vapor using the
Global Positioning System (GPS) is essential for weather and
climate research. Advances in GPS application has allowed the
measurements of ionospheric total electron content (TEC) and
perceptible water vapour (PWV) in all weather conditions and on a
global scale with fine temporal and spatial resolution. Using TEC
as a measure of solar activity and PWV as the terrestrial response,
a new approach for determining and quantifying the solar influence
on PWV by indirectly correlating the PWV and TEC variations on a
time basis is presented in this book.
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