Institute Area / India Meteorological Department National Climate Centre / India M. N. RAJEEVAN National Atmospheric Research Laboratory / /
IndustryTerm
satellite estimates / satellite-gauge datasets / satellite product / real time / satellite rainfall estimates / 3B42V6 product / daily satellite / satellite data product / objective analysis algorithm / lowpressure systems / calibrated multi-satellite rainfall data / rainfall algorithm / satellite estimate / tropical convective systems / near-real-time application / bestknown products / satellite-derived rainfall esti mates / satellite data / Similar simple objective analysis algorithms / merged satellitegauge data products / satellite information / highresolution rainfall products / sub-products / rainfall products / satellite observations / rain-retrieval algorithms / /
NaturalFeature
Arabian Sea / Bay of Bengal / Equatorial Indian Ocean / /
Organization
Advanced Microwave Sounding Unit / Meteorological Society / NASA TMPA / India M. N. RAJEEVAN National Atmospheric Research Laboratory / India Meteorological Department / National Centre for Medium Range Weather Fore / Tropical Rainfall Measuring Mission / Meteorological Society of Japan / Climate Prediction Center / 87A and Atmospheric Administration / TRMM Microwave Imager / India Meteorological Department National Climate Centre / TRMM PR / A. K. BOHRA National Centre for Medium Range Weather Forecasting / Ministry of Earth Sciences / National Centre for Medium Range Weather Forecasting / TRMM TMPA / T. N. KRISHNAMURTI Department of Meteorology / /
Journal of the Meteorological Society of Japan, Vol. 87A, pp. 265–279, 2009 DOI:[removed]jmsj.87A[removed]Daily Indian Precipitation Analysis Formed from a Merge of Rain-Gauge Data with the