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Variability of the boundary layer depth over certain regions of the subtropical ocean from 3 years of COSMIC data [presentation]
Monitoring the moist troposphere with COSMIC radio occultation signals [presentation]
Application of radio occultation data in analyses and forecasts of tropical cyclones using an ensemble assimilation system [presentation]
Inversion of neutral atmospheric COSMIC signals at COSMIC Data Analysis and Archive Center (CDAAC) [presentation]
Monitoring moisture in the planetary boundary layer using GPS ground stations [presentation]
Simulatons of COSMIC follow‐on sounding distributions and data latency for OSSE studies [presentation]
Global ionospheric response observed by COSMIC satellites during the January 2009 stratospheric sudden warming event [poster]
A variational framework for GNSS RO data processing and retrieval
Structural uncertainty of the CHAMP RO climate record from different data centers [presentation]
An error analysis of ground-based GPS slant-path residuals in a simulation study [presentation]
Use of GPS radio occulatation data in RIME [presentation]
Observation error statistics of spaced-based GPS RO in WRF-Var system and numerical experiments for Tyhoon Dujuan [presentation]
Data assimilation using COSMIC data: Some general ideas [presentation]
Applications of GPS radio occultation data to weather and climate and the COSMIC mission [presentation]
The FORMOSAT-3/COSMIC Science Summer Camp: International Training on GPS Meteorology for U.S. Students [poster]
Potential impact of COSMIC GPS radio occultation data on regional weather analysis and prediction over the Antarctic [presentation]
Improvement of the temperature and moisture retrievals in the troposphere using AIRS and GPS radio occultation measurements [presentation]
Estimation of observational errors of GPS radio occultation soundings [poster]
GPS observations for atmospheric science ground-based and radio occultation observations for weather, climate and ionosphere [presentation]
Observation operators for the assimilation of occultation data into atmospheric models [presentation]

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