An algorithm is presented for the detection of surface rainfall using passive microwave measurements by satellite radiometers. The technique consists of a two-stage approach to distinguish precipitation signatures from other effects: (1) Contributions from slowly varying parameters (surface type and state) are isolated by comparing observed brightness temperatures to those obtained from previous orbits only containing rain-free observations. (2) Effects of more dynamic parameters, i.e., surface temperature and moisture, are reduced by successive subtraction from the observations by means of principal component analysis. For this purpose, the general signatures of both temperature and moisture variations are deduced from radiative transfer s...
An improved method for evaluating consistent precipitation and latent heating distributions based up...
Rainfall rate estimates from space-borne k&ents are generally accepted as reliable by a majority of ...
International audienceAbstract A fully global satellite-based precipitation estimate that can transi...
An algorithm is presented for the detection of surface rainfall using passive microwave measurements...
An algorithm is presented for the detection of surface rainfall using passive microwave measurements...
Global rainfall over land and ocean is estimated using measurements of upwelling microwaves by a sat...
The aim of the present work is to improve the current state of rainfall estimation by proposing a pr...
Rainfall rate estimates from spaceborne microwave radiometers are generally accepted as reliable by ...
A revised Bayesian algorithm for estimating surface rain rate, convective rain proportion, and laten...
A fully global satellite-based precipitation estimate that can transition across the changing Earth ...
International audienceA large set of ground-based multi-frequency microwave radiometric simulations ...
A revised Bayesian algorithm for estimating surface rain rate, convective rain proportion, and laten...
The retrieval of rainfall intensity from radiances measured by spaceborne microwave radiometers can ...
A large set of ground-based multi-frequency microwave radiometric simulations and measurements duri...
411-420Despite success of Tropical Rainfall Measuring Mission (TRMM) satellite, rain detection by ...
An improved method for evaluating consistent precipitation and latent heating distributions based up...
Rainfall rate estimates from space-borne k&ents are generally accepted as reliable by a majority of ...
International audienceAbstract A fully global satellite-based precipitation estimate that can transi...
An algorithm is presented for the detection of surface rainfall using passive microwave measurements...
An algorithm is presented for the detection of surface rainfall using passive microwave measurements...
Global rainfall over land and ocean is estimated using measurements of upwelling microwaves by a sat...
The aim of the present work is to improve the current state of rainfall estimation by proposing a pr...
Rainfall rate estimates from spaceborne microwave radiometers are generally accepted as reliable by ...
A revised Bayesian algorithm for estimating surface rain rate, convective rain proportion, and laten...
A fully global satellite-based precipitation estimate that can transition across the changing Earth ...
International audienceA large set of ground-based multi-frequency microwave radiometric simulations ...
A revised Bayesian algorithm for estimating surface rain rate, convective rain proportion, and laten...
The retrieval of rainfall intensity from radiances measured by spaceborne microwave radiometers can ...
A large set of ground-based multi-frequency microwave radiometric simulations and measurements duri...
411-420Despite success of Tropical Rainfall Measuring Mission (TRMM) satellite, rain detection by ...
An improved method for evaluating consistent precipitation and latent heating distributions based up...
Rainfall rate estimates from space-borne k&ents are generally accepted as reliable by a majority of ...
International audienceAbstract A fully global satellite-based precipitation estimate that can transi...