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Publications Citing SeaWiFS Data
List of peer-reviewed publications that cite using SeaWiFS data.
Filters
| Title | Year Sort ascending | Author | Topic |
|---|---|---|---|
| Use of a Green Channel in Remote Sensing of Global Vegetation from EOS-MODIS | Gitelson, A., et al. | ||
| Modeling, measurements, and satellite remote sensing of biologically active constituents in coastal waters | Kester, D., et al. | ||
| Validation Study of the SeaWiFS Oxygen A-band Absorption Correction: Comparing the Retrieved Cloud Optical Thicknesses from SeaWiFS Measurements | Wang, M. | ||
| A Sensitivity Study of the SeaWiFS Atmospheric Correction Algorithm: Effects of Spectral Band Variations | Wang, M. | ||
| Standard CZCS Case 1 Algorithms in Danish Coastal Waters | Jorgensen, P. | ||
| The SeaWiFS Automatic Data Processing System (SeaAPS) | Lavender and Groom | ||
| Estimating Oceanic Chlorophyll Concentrations with Neural Networks | Keiner and Brown | ||
| Ocean Color Chlorophyll Algorithms for SeaWiFS | O'Reilly, J., et al. | ||
| Coverage Opportunities for Global Ocean Color in a Multimission Era | Gregg, W., et al. | ||
| A Comparison of the SeaWiFS Chlorophyll and CZCS Pigment Algorithms Using Optical Data from the 1992 JGOFS Equatorial Pacific Time Series | Rhea and Davis | ||
| Calibration Evaluation and Radiometric Testing of Field Radiometers with the SeaWiFS Quality Monitor (SQM) | Hooker and Aiken | ||
| Radiometric and Engineering Performance of the SeaWiFS Quality Monitor (SQM): A Portable Light Source for Field Radiometers | Johnson, B., et al. | ||
| Improvements in Coverage Frequency of Ocean Color: Combining Data from SeaWiFS and MODIS | Gregg and Woodward | ||
| Remote Sensing Estimates of Inherent Optical Properties in a Coastal Environment | Gould and Arnone | ||
| Empirical Algorithm Using SeaWiFS Hyperspectral Bands: A Simple Test | Habbane, M., et al. | ||
| Observations of Diffuse Upwelling Irradiance and Chlorophyll in Case I Waters Near the Canary Islands (Spain) | WildAllen, K. | ||
| Algorithms for SeaWiFS Standard Products Developed with the CalCOFI Big-Optical Data Set | Mitchell and Kahru | ||
| Water Quality Remote Sensing in the Visible Spectrum | Kondratyev, K., et al. | ||
| Atmospheric Correction Over Case 2 Waters with an Iterative Fitting Algorithm: Relative Humidity Effects | Land and Haigh | ||
| Radiometric Measurement Comparison Using the Ocean Color Temperature Scanner (OCTS) Visible and Near Infrared Integrating Sphere | Johnson, B., et al. | ||
| An Automated Method for Navigation Assessment for Earth Survey Sensors Using Island Targets | Patt, F., et al. | ||
| Atmospheric Correction of Ocean Color Imagery in the Earth Observing System Era | Gordon, H. | ||
| Estimation of the Aerosol Phase Function in Backscatter From Simultaneous Satellite and Sun-Photometer Measurements | Ignatov, A. | ||
| Development and Implementation of Spectral Crust Index Over Dune Sands | Karnieli, A. | ||
| Development of a simulated data set for the SeaWiFS mission | Gregg, W., et al. | ||
| Atmospheric Correction Over Case 2 Waters With an Iterative Fitting Algorithm | Land and Haigh | ||
| Establishing the Moon as a Spectral Radiance Standard | Kieffer and Wildey | ||
| Remote Sensing of Ocean Color: A Methodology for Dealing with Broad Spectral Bands and Significant Out-of-Band Response | Gordon, H. | ||
| Algal Pigment Distribution and Primary Production in the Eastern Mediterranean as Derived from Coastal Zone Color Scanner Observations | Antoine, D., et al. | ||
| Coastal Eutrophication in Relation to Atmospheric Nitrogen Deposition - Current Perspectives | Paerl, H. | ||
| Influence of Oceanic Whitecaps on Atmospheric Correction of Ocean-Color Sensors | Gordon and Wang | ||
| Detection of Phytoplankton Pigments from Ocean Color - Improved Algorithms | Sathyendranath, S., et al. | Ocean | |
| Assessment of Tilt Capability for Spaceborne Global Ocean Color Sensors | Gregg and Patt | ||
| Local Algorithms Using SeaWiFS Data for the Retrieval of Phytoplankton, Pigments, Suspended Sediment, and Yellow Substance in Coastal Waters | Tassan, S. | ||
| Coastal Zone Color Scanner System Calibration - A Retrospective Examination | Evans and Gordon | Ocean | |
| Interpretation of the Coastal Zone Color Scanner signature of the Orinoco River plume | Hochman, H., et al. | Ocean | |
| Response of water-leaving radiance to particulate calcite and chlorophyll-a concentrations - a model for Gulf of Maine coccolithophore blooms | Ackleson, S., et al. | Ocean | |
| Retrieval of Water-Leaving Radiance and Aerosol Optical-Thickness Over the Oceans with SeaWiFS - A Preliminary Algorithm | Gordon and Wang | Ocean | |
| Emerging Role of Atmospheric Nitrogen Deposition in Coastal Eutrophication - Biogeochemical and Trophic perspectives | Paerl, H. | Ocean | |
| Fast Computational Scheme for Inverse Modeling of Multispectral Radiances - Application for Remote-Sensing of the Ocean | Schiller and Doerffer | Ocean | |
| Global Biogeochemical Cycling Estimates with CZCS Satellite Data and General-Circulation Models | Erickson and Eaton | Ocean |