Cooperative Institute for Climate & Satellites - Maryland

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Research Topics:

Data Fusion and Algorithm Development
Calibration and Validation
Surface Observation Networks
Future Satellite Programs
Scientific Support of the GOES-R Mission
Scientific Support of the JPSS Mission
Climate Research, Data Assimilation, and Modeling
Climate Data & Information Records/Scientific Data Stewardship
Land and Hydrology
Earth System Modeling from Satellites
National Climate Assessments
Environmental Decision Support Science
Geographical Sciences
Results: 71 Articles found.

Comparison of 4DVAR and LETKF in Assimilating JPSS-Derived Sea-Surface Temperature in the Chesapeake Bay Operational Forecasting System

We have configured and adapted 4D-Var data assimilation to the Chesapeake Bay Operational Forecasting System. Assimilation of daily composite AVHRR SST into CBOFS successfully lowers the model bias.

Research Topics: Climate Research, Data Assimilation, and Modeling
Task Leader: Hugo Berbery
CICS Scientist: Bin Zhang
Sponsor: NESDIS STAR CRPD SCSB
Published Date: 7/18/2014

Graduate Student Support: ENSO Representation in CMIP5 Models

We found that most CMIP5 models exhibit phenomena that resemble ENSO in their spatial and spectral signatures, with impressive consistency across ensemble members. There might also be an amplification of ENSO-related precipitation in the last century.

Research Topics: Climate Research, Data Assimilation, and Modeling
Task Leader: Phil Arkin
CICS Scientist: Ni Dai
Sponsor: NESDIS STAR
Published Date: 7/18/2014

Support for Community Radiative Transfer Model Development at the JCSDA

CICS scientists are supporting Community Radiative Transfer Model (CRTM) development at the Joint Center for Satellite Data Assimilation (JCSDA). CRTM is a core component of the satellite radiance assimilation system in supporting of daily weather forecasting and satellite product generations.

Research Topics: Climate Research, Data Assimilation, and Modeling
Task Leader: Quanhua (Mark) Liu
CICS Scientist: Quanhua (Mark) Liu
Sponsor: JCSDA
Published Date: 7/18/2014

GOES Evapotranspiration (ET) and Drought Product System (GET-D)

We are developing an operational evapotranspiration and drought monitoring system using GOES land surface temperature product, meteorological data and other ancillary satellite remote sensing data.

Research Topics: Earth System Modeling from Satellites
Task Leader: Christopher Hain
CICS Scientist: Christopher Hain
Sponsor: NESDIS STAR SMCD EMB
Published Date: 7/17/2014

Atmospheric Rivers: Detection and Climatology

An approach to extract atmospheric river has been developed, and verified using topography, wind and extreme precipitation. A journal paper is in preparation.

Research Topics: Earth System Modeling from Satellites
Task Leader: Hugo Berbery
CICS Scientist: Wenze Yang
Sponsor: NESDIS STAR CRPD SCSB
Published Date: 7/17/2014
Results: 71 Articles found.
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