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Assimilation of cloud-top temperature and radar observations of an idealized splitting supercell using an observing system simulation experiment
Christopher A. Kerr
,
David J. Stensrud
, Xuguang Wang
Meteorology and Atmospheric Science
Research output
:
Contribution to journal
›
Article
›
peer-review
20
Scopus citations
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Dive into the research topics of 'Assimilation of cloud-top temperature and radar observations of an idealized splitting supercell using an observing system simulation experiment'. Together they form a unique fingerprint.
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Keyphrases
Supercells
100%
Radar Observations
100%
Cloud Top Temperature
100%
Temperature Observations
100%
Observing System Simulation Experiment
100%
Radar Data
22%
Temperature Data
11%
Weather Research
11%
Weather Forecasting
11%
Radial Velocity
11%
Satellite Data
11%
Ensemble Kalman Filter (EnKF)
11%
Weak Correlation
11%
Additive Noise
11%
Forecasting Model
11%
Data Assimilation
11%
Satellite Observations
11%
Supercell Storm
11%
Radar Reflectivity
11%
Microphysics
11%
Doppler Radar
11%
Horizontal Wind
11%
Relative Value
11%
Cloud Top
11%
Imperfect Models
11%
Convective-scale
11%
Ensemble Spread
11%
Earth and Planetary Sciences
Radar Tracking
100%
Systems Simulation
100%
Supercell
100%
Storm
60%
Radar Data
40%
Reflectance
20%
Satellite Data
20%
Radial Velocity
20%
Data Assimilation
20%
Satellite Observation
20%
Doppler Radar
20%
GOES
20%
Kalman Filter
20%