State space model of precipitation rate Tamre Cardoso, PhD UW 2004 Updating wave height forecasts using satellite data A

Feb 26, 2014

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Rainfall measurement. Rain gauge (1 hr)High wind, low rain rate (evaporation)Spatially localized, temporally moderateRadar reflectivity (6 min)Attenuation, not ground measureSpatially integrated, temporally fineCloud top temp. (satellite, ca 12 hrs)Not directly related to precipitationSpatia

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State space model of precipitation rate Tamre Cardoso, PhD UW 2004 Updating wave height forecasts using satellite data A

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Calibration Assessment of INSAT Satellite Infrared Data Using NOAA Satellite Data

Calibration Assessment of INSAT Satellite Infrared Data Using NOAA Satellite Data. Gagandeep Kaur, Soma Sen Roy , A.K.Sharma Junior Research Fellow, IMD Scientist-D, IMD Scientist- F, IMD. INTRODUCTION.

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Using Ensemble Model Output Statistics to Improve 12-Hour Probability of Precipitation Forecasts

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Updating Data

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State space model

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Forecasting sea state with a spectral wave model Rogue Waves 2004, Brest

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Satellite Communications A 2004

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Updating the Model

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Inclusion of Wave Model Data in Sea State Bias Correction Refinement

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Improving Space Weather Forecasts Using Coronagraph Data

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On the use of radar data to verify mesoscale model precipitation forecasts

On the use of radar data to verify mesoscale model precipitation forecasts. Martin Goeber and Sean Milton Model Diagnostics and Validation group N umerical W eather P rediction Division Met Office, Bracknell, U.K. contributions from Clive Wilson, Dawn Harrison, Dave Futyan and Glen Harris.

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Wave-equation tomography using image-space phase-encoded data

Wave-equation tomography using image-space phase-encoded data. Claudio Guerra*, Yaxun Tang and Biondo Biondi. SEG Houston – 2009. Motivation. Velocity determination is a difficult task, especially in areas of complex geology. Motivation.

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Satellite Data Assimilation in Cloudy and Precipitation Conditions

Satellite Data Assimilation in Cloudy and Precipitation Conditions. Fuzhong Weng NOAA/NESDIS/Center for Satellite Applications and Research and Sr. Scientist, US Joint Center for Satellite Data Assimilation. The 4 th International Precipitation Working Group Meeting October 13-17, 2008.

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Satellite-based Estimation of Precipitation Using Passive Opaque Microwave Radiometry*

Satellite-based Estimation of Precipitation Using Passive Opaque Microwave Radiometry*. Frederick W. Chen, Laura J. Bickmeier, William J. Blackwell, R. Vincent Leslie MIT Lincoln Laboratory (Lexington, MA, USA) David H. Staelin, Chinnawat “Pop” Surussavadee

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A State Space Bioeconomic Model of Pacific Halibut

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Model & Satellite Data

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Steady of State Space Model

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Diagnoses of Climate using Model Simulations and Satellite IR Spectral Data

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State space model of precipitation rate Tamre Cardoso, PhD UW 2004 Updating wave height forecasts using satellite data A

State space model of precipitation rate Tamre Cardoso, PhD UW 2004 Updating wave height forecasts using satellite data A

Presentation Transcript

Calibration Assessment of INSAT Satellite Infrared Data Using NOAA Satellite Data

Using Ensemble Model Output Statistics to Improve 12-Hour Probability of Precipitation Forecasts

Updating Data

State space model

Forecasting sea state with a spectral wave model Rogue Waves 2004, Brest

Satellite Communications A 2004

Updating the Model

Inclusion of Wave Model Data in Sea State Bias Correction Refinement

Improving Space Weather Forecasts Using Coronagraph Data

On the use of radar data to verify mesoscale model precipitation forecasts

Wave-equation tomography using image-space phase-encoded data

Satellite Data Assimilation in Cloudy and Precipitation Conditions

Satellite-based Estimation of Precipitation Using Passive Opaque Microwave Radiometry*

A State Space Bioeconomic Model of Pacific Halibut

Model &amp; Satellite Data

Steady of State Space Model

Diagnoses of Climate using Model Simulations and Satellite IR Spectral Data

Model & Satellite Data