Application of spatiotemporal pattern recognition techniques on predicting extratropical transition (and reintensification) of tropical cyclones. - Oguz Demirci; Elizabeth A. Ritchie; J. Scott Tyo (IGARSS, 2004)

Spatial and Spatiotemporal Projection Pursuit Techniques to Predict the Extratropical Transition of Tropical Cyclones. - Oguz Demirci; J. Scott Tyo; Elizabeth A. Ritchie (IEEE Trans. Geosci. Remote. Sens., 2007)

Objective Measures of Tropical Cyclone Structure and Intensity Change From Remotely Sensed Infrared Image Data. - Miguel F. Piñeros; Elizabeth A. Ritchie; J. Scott Tyo (IEEE Trans. Geosci. Remote. Sens., 2008)

Detecting Tropical Cyclone Genesis From Remotely Sensed Infrared Image Data. - Miguel F. Piñeros; Elizabeth A. Ritchie; J. Scott Tyo (IEEE Geosci. Remote. Sens. Lett., 2010)

Automatic Tracking of Pregenesis Tropical Disturbances Within the Deviation Angle Variance System. - Oscar G. Rodriguez-Herrera; Kimberly M. Wood; Klaus P. Dolling; Wiley T. Black; Elizabeth A. Ritchie; J. Scott Tyo (IEEE Geosci. Remote. Sens. Lett., 2015)

Using 250-M Surface Reflectance MODIS Aqua/Terra Product to Estimate Turbidity in a Macro-Tidal Harbour: Darwin Harbour, Australia. - Gang Yang; Xiaohua Wang 003; Elizabeth A. Ritchie; Lulu Qiao; Guangxue Li; Zhixin Cheng (Remote. Sens., 2018)

The Influence of Satellite Observation Angle on Tropical Cyclone Intensity Estimation using the Deviation Angle Variance Technique. - Liang Hu; Elizabeth A. Ritchie; J. Scott Tyo (IGARSS, 2019)

Quantifying the Contribution of Tropical Cyclones to the Earth's Outgoing Radiation. - Kien Th. Nguyen; Andrey S. Alenin; Elizabeth A. Ritchie; J. Scott Tyo (IGARSS, 2019)

Modelling Tropical Cyclone Wind Radii in the Australian Region Using the Deviation Angle Variance Technique. - Clair Stark; Elizabeth A. Ritchie; J. Scott Tyo (IGARSS, 2019)

Influence of Satellite Observation Angle to Tropical Cyclone Intensity Estimation Using the Deviation Angle Variance Technique. - Liang Hu; Elizabeth A. Ritchie; J. Scott Tyo (IEEE Trans. Geosci. Remote. Sens., 2020)

A Satellite-Based Remote-Sensing Framework to Quantify the Upwelling Radiation Due to Tropical Cyclones. - Kien Th. Nguyen; Liang Hu; Andrey S. Alenin; Elizabeth A. Ritchie; J. Scott Tyo (IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens., 2021)

Climatology of Landfalling Tropical Cyclone Winds in the Southeast Asian Region Using the Deviation Angle Variance. - Clair Stark; T. L. Tranh; Elizabeth A. Ritchie; J. Scott Tyo (IGARSS, 2022)

The impact of solar elevation angle on the upwelling radiation from tropical cyclone clouds. - Liang Hu; Elizabeth A. Ritchie; J. Scott Tyo (IGARSS, 2024)

Automated Segmentation of Tropical Cyclone Clouds in Geostationary Infrared Images. - Joshua May; Liang Hu; Elizabeth A. Ritchie; Mehrtash Harandi; J. Scott Tyo (IEEE Geosci. Remote. Sens. Lett., 2024)