ORASIS framework - benefits to working within the linear mixing model. - Jeffrey H. Bowles; Wei Chen 024; David B. Gillis (IGARSS, 2003)

Hyperspectral sensor characteristics needed for coastal ocean science. - Jeffrey H. Bowles; Michael Corson; Curtiss O. Davis; Daniel Korwan; Marcos J. Montes; William A. Snyder (IGARSS, 2004)

The HICO program - hyperspectral imaging of the coastal ocean from the International Space Station. - Michael Corson; Jeffrey H. Bowles; Wei Chen 024; Curtiss O. Davis; K. H. Gallelli; Daniel Korwan; Paul G. Lucey; Todd J. Mosher; Rick Holasek (IGARSS, 2004)

Modeling Coastal Waters from Hyperspectral Imagery using Manifold Coordinates. - Charles M. Bachmann; Thomas L. Ainsworth; David B. Gillis; Shelia J. Maness; Marcos J. Montes; Timothy F. Donato; Jeffrey H. Bowles; Daniel Korwan; Robert A. Fusina; Gia M. Lamela; W. Joseph Rhea (IGARSS, 2006)

Evaluation of Near-UV/blue Aerosol Optical Thickness Retrieval from Airborne Hyperspectral Imagery. - Felix C. Seidel; Jens Nieke; Daniel Schläpfer; Klaus I. Itten; Jeffrey H. Bowles (IGARSS, 2006)

Laboratory Characterization of the Hyperspectral Imager for the Coastal Ocean (HICO). - Daniel Korwan; Robert Lucke; Norman McGlothlin; Steven Butcher; Daniel Wood; Jeffrey H. Bowles; Michael Corson; William A. Snyder; Curtiss O. Davis; Davidson Chen (IGARSS (2), 2009)

Interpretation of Absorption Bands in Airborne Hyperspectral Radiance Data. - Karl H. Szekielda; Jeffrey H. Bowles; David B. Gillis; W. David Miller (Sensors, 2009)

Bathymetric Retrieval From Hyperspectral Imagery Using Manifold Coordinate Representations. - Charles M. Bachmann; Thomas L. Ainsworth; Robert A. Fusina; Marcos J. Montes; Jeffrey H. Bowles; Daniel Korwan; David B. Gillis (IEEE Trans. Geosci. Remote. Sens., 2009)

The Hyperspectral Imager for the Coastal Ocean (HICOTM) environmental littoral imaging from the International Space Station. - Michael Corson; Robert Lucke; Curtiss O. Davis; Jeffrey H. Bowles; Davidson Chen; Bo-Cai Gao; Daniel Korwan; W. David Miller; William A. Snyder (IGARSS, 2010)

The Hyperspectral Imager for the Coastal Ocean (HICO)- design and early results. - Daniel R. Korwan; Robert L. Lucke; Michael Corson; Jeffrey H. Bowles; B. G. Gao; Rong-Rong Li; Marcos J. Montes; William A. Snyder; Norman McGlothlin; Steven Butcher; Daniel L. Wood; Curtiss O. Davis; et al. (WHISPERS, 2010)

Operational NIR-red algorithms for estimating chlorophyll-a concentration from satellite data in inland and coastal waters. - Wesley J. Moses; Anatoly A. Gitelson; Sergey Berdnikov; Jeffrey H. Bowles; Vasiliy Povazhnyi; Vladislav Saprygin; Ellen J. Wagner; Karen W. Patterson (WHISPERS, 2014)

HICO-Based NIR-Red Models for Estimating Chlorophyll-a Concentration in Productive Coastal Waters. - Wesley J. Moses; Anatoly A. Gitelson; Sergey Berdnikov; Jeffrey H. Bowles; Vasiliy Povazhnyi; Vladislav Saprygin; Ellen J. Wagner; Karen W. Patterson (IEEE Geosci. Remote. Sens. Lett., 2014)

Expected Improvements in the Quantitative Remote Sensing of Optically Complex Waters with the Use of an Optically Fast Hyperspectral Spectrometer - A Modeling Study. - Wesley J. Moses; Jeffrey H. Bowles; Michael R. Corson (Sensors, 2015)

A Systematic Sensitivity Study on Surface Pixel Shifts in High Spatial Resolution Satellite Images Resulting from Atmospheric Refraction in the Sensor to Surface Ray Path. - Bo-Cai Gao; Evan Ward; Jeffrey H. Bowles; Adam Yingling (Sensors, 2020)