Rainfall Reverie: Unveiling Tropical Microphysics
Characterization of micro-physical features using multi-technique measurements in tropical regions
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The book delves into the multifaceted realm of rain, elucidating its pivotal role in diverse fields such as weather forecasting, remote sensing, and agriculture, while also acknowledging its socio-economic impact. Understanding rainfall and its variability emerges as a cornerstone for predicting global climate change. The book focuses on employing a myriad of remote sensing instruments to classify precipitations, introducing novel statistical modeling techniques for rain classification. Furthermore, it strives to establish optimal timeframes for measuring rain intensity in tropical regions and...
The book delves into the multifaceted realm of rain, elucidating its pivotal role in diverse fields such as weather forecasting, remote sensing, and agriculture, while also acknowledging its socio-economic impact. Understanding rainfall and its variability emerges as a cornerstone for predicting global climate change. The book focuses on employing a myriad of remote sensing instruments to classify precipitations, introducing novel statistical modeling techniques for rain classification. Furthermore, it strives to establish optimal timeframes for measuring rain intensity in tropical regions and proposes innovative approaches for efficient rainfall estimation crucial for accurate forecasting. A significant aspect of the book content is that it involves investigatiion of rain-induced signal degradations, particularly in satellite communications above 10 GHz. There are studies which estimate rain attenuation at different frequencies in distinct tropical locations, utilizing Disdrometer measurements, Radiometric data, and ITU-R models to evaluate propagation effects.
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