Titlebook: Satellite Precipitation Measurement; Volume 2 Vincenzo Levizzani,Christopher Kidd,F. Joseph Turk Book 2020 Springer Nature Switzerland AG 2

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Hydrologic Validation and Flood Analysisr the authors focus on streamflow and flood forecasting. As basin response to rainfall is a complex interaction of runoff generation and water transport in the drainage network, satellite rainfall products should be evaluated in that context. This basin-centric view of the validation problem provide

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Global-Scale Evaluation of 22 Precipitation Datasets Using Gauge Observations and Hydrological Modelge-corrected . datasets were evaluated using daily . gauge observations from 76,086 gauges worldwide. Another nine gauge-corrected datasets were evaluated using hydrological modeling, by calibrating the conceptual model HBV against streamflow records for each of 9053 small to medium-sized (<50,000 k

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OceanRAIN – The Global Ocean Surface-Reference Dataset for Characterization, Validation and Evaluatill water cycle parameters to meet the requirements of the international scientific teams for high-quality precipitation data over the global oceans. OceanRAIN is aimed at satellite retrieval calibration and product validation of the GPM (Global Precipitation Measurement) era, to improve the represen

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GPCP and the Global Characteristics of PrecipitationCP). The GPCP international program is outlined along with the satellite and conventional data and techniques used. Global climatological values and patterns are examined and are shown to compare generally well to recent measurements from new satellite missions and with results from water balance st

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Global Snowfall Detection and Measurementd research using CloudSat snowfall products and near-global snowfall datasets are provided. Global snowfall detection statistics and quantitative snowfall rate estimates from CloudSat are also presented, including global mean zonal precipitation phase and snowfall-only statistics. A simple quality c

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Snowfall Detection by Spaceborne Radarsribing the classical methods to determine the thermodynamic phase of precipitation at the surface, some advanced methods to separate solid precipitation regions from liquid precipitation regions in the vertical profiles of radar measurements are described.

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