- About PPS, GPM and TRMM
- Data
- GPM/TRMM and Partner Data Archive
- TRMM Realtime System
- TRMM Multi-Satellite Precipitation Analysis TMPA(3B42/43)
- TRMM Gridded Rain Text Products
- TRMM Fire Product
- GPM Trending Results
- TRMM Trending Results
- TRMM Composite Climatology (TCC)
- Registration Information for TRMM,GPM and Partner data products
- How to Get Access to GPM NRT Data
- Tools
- PPS/GPM Documentation
- PPS/GPM ATBD (Algorithm Theoretical Basis Documents)
- PPS/TRMM Documentation
- Other Documentation
Quick Links
- PMM (Precipitation Measurement Missions)
- JAXA (Japan Aerospace Exploration Agency)
- GES-DISC (GSFC Earth Sciences Data and Information Services Center)
- Colorado State Univ/PPS MEaSURES Products
- Data Search,Custom Subsets and Subscriptions(STORM)
- Register to obtain TRMM,GPM and Partner Data Products
- IInstructions for Accessing GPM Near Realtime Data
PPS (Precipitation Processing System) Related Website Links
Water cycle in the tropical atmosphere in the context of climate change. The first objective of MEGHA-TROPIQUES is to associate three radiometric instruments allowing simultaneously observation of three interrelated components of the atmospheric engine: water vapour, condensed water (clouds and precipitation), and radiative fluxes. The second is to sample the intertropical zone, accounting for the large time-space variability of the tropical phenomena. Moreover, the MEGHA-TROPIQUES microwave radiometer MADRAS could be one element complementing the constellation of mini-satellites of the Global Precipitation Mission.
International Satellite Cloud Climatology Project. ISCCP has produced a global dataset (currently covering the period 1983-2004) describing the properties of clouds. This dataset can be used more effectively for the study of specific cloud processes or other related meteorological phenomena if the information about particular types of clouds can be separated from these general, global statistics. To support studies related to 'deep' convection, the primary process by which the tropical atmosphere is heated by precipitation and radiation, the ISCCP dataset has been analyzed to identify and describe the properties of mesoscale deep convective cloud systems.
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- Web Curator: Craig Jamieson
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- Page Last Updated: November 29,, 2016