Samuel E. Cox - Concepedia

Author

Samuel E. Cox

Agricultural Research Service ORCID

Also Known As

Maxime Correa De Almeida, S. E. Cox, S.E. Cox, Samuel E. Cox, Samuel Cox, Samuel E Cox, Samuel E. Cox

Publications

Citations

H-Index

Concepts

All Affiliations

Agricultural Research Service Agricultural Research Service - Plains Area Bureau of Land Management Grazinglands Research Laboratory Oregon State University

About

Samuel E. Cox is an author at Agricultural Research Service specializing in engineering, remote sensing, and geography.

Top Concepts

#	Concept	H-Index	Publications	Citations
1	Engineering	16	19	861
2	Social Sciences	8	8	281
3	Education	1	1	33
4	Management	1	1	17
5	Natural Sciences	1	1	20

Samuel E. Cox

Publications

902

Citations

H-Index

Page 1

	Year	Citations
Point Sampling Digital Imagery with ‘Samplepoint’ D. Terrance Booth, Samuel E. Cox, Robert D. Berryman Environmental Monitoring and Assessment Machine VisionEngineeringDigital Photogrammetry‘ Samplepoint ’Computational Imaging	2006	228
Image Analysis Compared with Other Methods for Measuring Ground Cover D. Terrance Booth, Samuel E. Cox, Charlie Fifield, Arid Land Research and Management Environmental MonitoringEngineeringMeasurementLand UseLand Cover	2005	100
The Accuracy of Ground-Cover Measurements D. Terrance Booth, Samuel E. Cox, Tim Meikle, Rangeland Ecology & Management Geotechnical EngineeringEngineeringSurveyingGround-cover MeasurementsMeasurement	2006	96
Grazing Intensity and Spatial Heterogeneity in Bare Soil in a Grazing-Resistant Grassland David J. Augustine, Darryl Booth, Samuel E. Cox, Rangeland Ecology & Management Precision AgricultureEngineeringGrazing-resistant GrasslandSpatial HeterogeneityLand Use	2012	48
Comparison of Point Intercept and Image Analysis for Monitoring Rangeland Transects Jim. Cagney, Samuel E. Cox, D. Terrance Booth Rangeland Ecology & Management RadarImage AnalysisSurveyingEnvironmental MonitoringSynthetic Aperture Radar	2011	48
Ground-Cover Measurements: Assessing Correlation Among Aerial and Ground-Based Methods D. Terrance Booth, Samuel E. Cox, Tim Meikle, Environmental Management Earth ObservationAssessing CorrelationEnvironmental MonitoringEngineeringGeography	2008	45
Technical Note: Lightweight Camera Stand for Close-to-Earth Remote Sensing D. Terrance Booth, Samuel E. Cox, Mounier Louhaichi, Rangeland Ecology & Management EngineeringRemote SensingInstrumentationRemote Sensing SensorEarth Science	2004	36
Precision Measurements from Very-Large Scale Aerial Digital Imagery D. Terrance Booth, Samuel E. Cox, Robert D. Berryman Environmental Monitoring and Assessment EngineeringSynthetic Aperture RadarCalibrationAerospace EngineeringDigital Photogrammetry	2006	33
Detection-Threshold Calibration and Other Factors Influencing Digital Measurements of Ground Cover D. Terrance Booth, Samuel E. Cox, Douglas E. Johnson Rangeland Ecology & Management RadarSensor CalibrationDetection-threshold CalibrationEnvironmental MonitoringSurveying	2005	33
Technical Note: Lightweight Camera Stand for Close-to-Earth Remote Sensing D. Terrance Booth, Samuel E. Cox, Mounier Louhaichi, Journal of Range Management EngineeringRemote SensingInstrumentationRemote Sensing SensorEarth Science	2004	31

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