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A list of all pages that have property "Extended data description" with value "TRMM, during its mission and broad sampling footprint between 35°N and 35°S, is providing some of the first detailed and comprehensive dataset on the four dimensional distribution of rainfall and latent heating over vastly undersampled oceanic and tropical continental regimes. Combined with concurrent measurement of the atmosphere's radiation budget, estimates of the total diabatic heating are being realized for the first time ever on a global scale. TRMM will fill many gaps in our understanding of rainfall properties and their variation. These includes: # frequency distributions of rainfall intensity and areal coverage; # the partitioning of rainfall into convective and stratiform categories; # the vertical distribution of hydrometeors (including the structure and intensity of the stratiform region bright band); # variation of the timing of heaviest rainfall - particularly nocturnal intensification of large mesoscale convective systems over the oceans, and diurnal intensification of orographically and sea-breezed forced systems over land. TRMM will enable mapping of larger time and space variations of rainfall in quasi-periodic circulation anomalies, such as the Madden-Julian oscillation in the western Pacific and ENSO over the broader Pacific basin.". Since there have been only a few results, also nearby values are displayed.

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    • Data:TRMM  + (TRMM, during its mission and broad samplinTRMM, during its mission and broad sampling footprint between 35°N and 35°S, is providing some of the first detailed and comprehensive dataset on the four dimensional distribution of rainfall and latent heating over vastly undersampled oceanic and tropical continental regimes. Combined with concurrent measurement of the atmosphere's radiation budget, estimates of the total diabatic heating are being realized for the first time ever on a global scale.</br></br>TRMM will fill many gaps in our understanding of rainfall properties and their variation. These includes:</br># frequency distributions of rainfall intensity and areal coverage;</br># the partitioning of rainfall into convective and stratiform categories; </br># the vertical distribution of hydrometeors (including the structure and intensity of the stratiform region bright band); </br># variation of the timing of heaviest rainfall - particularly nocturnal intensification of large mesoscale convective systems over the oceans, and diurnal intensification of orographically and sea-breezed forced systems over land.</br></br>TRMM will enable mapping of larger time and space variations of rainfall in quasi-periodic circulation anomalies, such as the Madden-Julian oscillation in the western Pacific and ENSO over the broader Pacific basin.c and ENSO over the broader Pacific basin.)