Faculty

Institution

Unit

Venue

Gregory S. Ridenour

Professor

Austin Peay State University

Affiliations

Austin Peay State University

College of Arts and Letters

College of Business

Department Of Accounting, Finance, And Economics

College of Science, Technology, Engineering, and Mathematics

Earth and Environmental Sciences

Department Of Geology And Geography

Department Of Geosceinces

School Of Social Work

Gregory S. Ridenour is currently serving as an Austin Peay State University Professor at Austin Peay State University.

Honors

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Experiences

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Education

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Gregory S. Ridenour

Austin Peay State University

Professor

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hydrology hydraulic research civil engineering hydraulic engineering hydraulics hydraulic properties geography hydrogeology hydrological process hydraulic geometry systems engineering earth science hydraulic machinery mobile computing environmental fluid mechanics hydroinformatics accuracy and precision real-time monitoring hydrogeophysics subsurface hydrology calibration geomorphology spatial analysis information science sediment transport engineering geology information technology ecology evolution water resource management precision measurement basin evolution location tracking location estimation hydrogeologic system biological life cycle gps-enabled mobile devices statistical study new direction flow resistance logratio linear modelling interbasin consistency basin morphology middle tennessee gps-enabled devices spatial accuracy and discharge at-a-station hydraulic geometry temporal stability multi-interval data mining channel characteristics water quality ecohydrology stormwater hydrometeorology environmental science data science applied geography sediment research numerical modeling (geology) water science coastal research sedimentology geographical information science environmental modelling groundwater physical geography geoenvironmental engineering cartography continental shelf research geotechnical engineering water resources data and information visualization geographic information systems stratigraphy data modeling water supply environmental engineering landslides digital earth flood risk management structural geology geophysical prospecting engineering geology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Multi-Interval Data Mining of At-A-Station Hydraulic Geometry to Quantify Temporal Stability. (2019)

hydraulic engineeringhydroinformaticssystems engineeringhydraulic researchat-a-station hydraulic geometryhydrogeologyhydrologycivil engineeringhydraulicstemporal stabilitystabilitymulti-interval data mining

Comparison of Accuracy and Precision of Gps-Enabled Mobile Devices. (2016)

Leong LeeMatthew JonesGregory S. RidenourSam J. BennettArisha C. MajorsBianca L. MelitoMichael J. Wilson

precision measurementsystems engineeringmobile computinggps-enabled mobile devicescalibrationaccuracy and precisionreal-time monitoring

Investigating and Comparing Spatial Accuracy and Precision of Gps-Enabled Devices in Middle Tennessee. Communications in computer and information science (2015)

Leong LeeMatthew JonesGregory S. RidenourMaurice P. TestaMichael J. Wilson

spatial analysismiddle tennesseemobile computinginformation sciencegps-enabled devicesaccuracy and precisioninformation technologylocation trackinglocation estimationcomputer sciencereal-time monitoringspatial accuracy

Using Data Mining to Investigate Interaction Between Channel Characteristics and Hydraulic Geometry Channel Types. (2014)

hydraulic engineeringhydroinformaticshydraulic propertieshydraulic researchchannel characteristicshydraulic machineryhydrologydata miningcivil engineeringhydraulicsengineering

Interbasin Consistency of Hydraulic Geometry and Its Relationships With Basin Morphology and Hydrology. Water International (2001)

hydraulic researchinterbasin consistencyhydrogeologyhydrologyhydrological processcivil engineeringhydraulic geometrysubsurface hydrologybasin morphologyearth sciencebasin evolution

English to Metric Conversion of Hydraulic Geometry and Its Significance to Basins Software. Physical Geography (2000)

hydraulic engineeringhydraulic researchwater resource managementhydrologygeographycivil engineeringhydraulicswater resources

The Sensitivity of Fluvial Point-Source Models to Hydraulic Geometry, Temperature, and Discharge: Implications for Hypoxia in Large Water Bodies. Physical Geography (1998)

hydraulic researchsediment transporthydrologyhydrological processenvironmental scienceand dischargehydrogeologic systemenvironmental fluid mechanicssubsurface hydrologyearth science

Logratio Linear Modelling of Hydraulic Geometry Using Indices of Flow Resistance as Covariates. Geomorphology (1995)

hydraulic engineeringhydraulic propertieshydraulic researchflow resistancehydraulic machineryhydrologycivil engineeringhydraulicshydraulic geometryenvironmental fluid mechanicslogratio linear modellingengineering

METHODOLOGY: Discriminant Function Analysis of Compositional Data: An Example From Hydraulic Geometry. Physical Geography (1994)

hydraulic propertieshydraulic researchhydrogeologyhydrologyhydrological processhydrogeophysicsgeographycivil engineering

The Statistical Study of Hydraulic Geometry: A New Direction for Compositional Data Analysis. Mathematical Geology (1991)

hydraulic engineeringhydraulic propertieshydraulic researchhydrogeophysicshydrologygeographycivil engineeringhydraulicsgeomorphologyengineering geologyhydraulic geometrystatistical studynew direction

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Gregory S. Ridenour

Professor

Austin Peay State University

Affiliations

Austin Peay State University

College of Arts and Letters

College of Business

Department Of Accounting, Finance, And Economics

College of Science, Technology, Engineering, and Mathematics

Earth and Environmental Sciences

Department Of Geology And Geography

Department Of Geosceinces

School Of Social Work

Gregory S. Ridenour is currently serving as an Austin Peay State University Professor at Austin Peay State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gregory S. Ridenour

Austin Peay State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Multi-Interval Data Mining of At-A-Station Hydraulic Geometry to Quantify Temporal Stability. (2019)

Comparison of Accuracy and Precision of Gps-Enabled Mobile Devices. (2016)

Leong LeeMatthew JonesGregory S. RidenourSam J. BennettArisha C. MajorsBianca L. MelitoMichael J. Wilson

precision measurementsystems engineeringmobile computinggps-enabled mobile devicescalibrationaccuracy and precisionreal-time monitoring

Investigating and Comparing Spatial Accuracy and Precision of Gps-Enabled Devices in Middle Tennessee. Communications in computer and information science (2015)

Leong LeeMatthew JonesGregory S. RidenourMaurice P. TestaMichael J. Wilson

Using Data Mining to Investigate Interaction Between Channel Characteristics and Hydraulic Geometry Channel Types. (2014)

hydraulic engineeringhydroinformaticshydraulic propertieshydraulic researchchannel characteristicshydraulic machineryhydrologydata miningcivil engineeringhydraulicsengineering

Interbasin Consistency of Hydraulic Geometry and Its Relationships With Basin Morphology and Hydrology. Water International (2001)

hydraulic researchinterbasin consistencyhydrogeologyhydrologyhydrological processcivil engineeringhydraulic geometrysubsurface hydrologybasin morphologyearth sciencebasin evolution

English to Metric Conversion of Hydraulic Geometry and Its Significance to Basins Software. Physical Geography (2000)

hydraulic engineeringhydraulic researchwater resource managementhydrologygeographycivil engineeringhydraulicswater resources

The Sensitivity of Fluvial Point-Source Models to Hydraulic Geometry, Temperature, and Discharge: Implications for Hypoxia in Large Water Bodies. Physical Geography (1998)

hydraulic researchsediment transporthydrologyhydrological processenvironmental scienceand dischargehydrogeologic systemenvironmental fluid mechanicssubsurface hydrologyearth science

Logratio Linear Modelling of Hydraulic Geometry Using Indices of Flow Resistance as Covariates. Geomorphology (1995)

METHODOLOGY: Discriminant Function Analysis of Compositional Data: An Example From Hydraulic Geometry. Physical Geography (1994)

hydraulic propertieshydraulic researchhydrogeologyhydrologyhydrological processhydrogeophysicsgeographycivil engineering

The Statistical Study of Hydraulic Geometry: A New Direction for Compositional Data Analysis. Mathematical Geology (1991)

hydraulic engineeringhydraulic propertieshydraulic researchhydrogeophysicshydrologygeographycivil engineeringhydraulicsgeomorphologyengineering geologyhydraulic geometrystatistical studynew direction

1
2
10 / page