Alterations to Throughfall Water and Solute Flux by Tillandsias usneoides L. (Spanish Moss) Cover in a Maritime Live Oak Forest, Trent E. Gay, John T. Van Stan, James S. Reichard, Leslie Dean Moore, Elliot S. Lewis
James S. Reichard

Throughfall Alterations by Degree of Tillandsia Usneoides Cover in a Southeastern US Quercus Virginiana Forest, Trent E. Gay, John T. Van Stan, Leslie Dean Moore, Elliot S. Lewis, James S. Reichard
James S. Reichard

Using in Situ Bark Microrelief Observations to Explain Intra- and Interspecies Variability of Stemflow in a Temperate Beech-oak Forest, Elliot S. Lewis, John T. Van Stan, Jan Friesen, Anke Hildebrandt
John T. Van Stan II

Use of Multiple Correspondence Analysis (MCA) to Identify Interactive Meteorological Conditions Affecting Relative Throughfall, John T. Van Stan, Trent E. Gay, Elliot S. Lewis
John T. Van Stan II

Modeling Rainfall Interception Loss for an Epiphyte-Laden Quercus virginiana Forest Using Reformulated Static- and Variable-Storage Gash Analytical Models, John T. Van Stan, Ethan D. Gutmann, Elliot S. Lewis, Trent E. Gay
John T. Van Stan II

Impact of Interacting Bark Structure and Rainfall Conditions on Stemflow Variability in a Temperate Beech-oak Forest, Central Germany, John T. Van Stan, Elliot S. Lewis, Anke Hildebrandt, Corinna Rebmann, Jan Friesen
John T. Van Stan II

Throughfall Alterations by Degree of Tillandsia Usneoides Cover in a Southeastern US Quercus Virginiana Forest, Trent E. Gay, John T. Van Stan, Leslie Dean Moore, Elliot S. Lewis, James S. Reichard
John T. Van Stan II

Alterations to Throughfall Water and Solute Flux by Tillandsias usneoides L. (Spanish Moss) Cover in a Maritime Live Oak Forest, Trent E. Gay, John T. Van Stan, James S. Reichard, Leslie Dean Moore, Elliot S. Lewis
John T. Van Stan II

Use of Multiple Correspondence Analysis (MCA) to Identify Interactive Meteorological Conditions Affecting Throughfall, Elliot S. Lewis, John T. Van Stan, Trent E. Gay
John T. Van Stan II

Impact of Interacting Bark Structure and Rainfall Conditions on Stemflow Variability in a Temperate Beech-oak Forest, Central Germany, John T. Van Stan, Elliot S. Lewis, Anke Hildebrandt, Corinna Rebmann, Jan Friesen
Department of Geology and Geography Faculty Publications

Use of Multiple Correspondence Analysis (MCA) to Identify Interactive Meteorological Conditions Affecting Relative Throughfall, John T. Van Stan, Trent E. Gay, Elliot S. Lewis
Department of Geology and Geography Faculty Publications

Modeling Rainfall Interception Loss for an Epiphyte-Laden Quercus virginiana Forest Using Reformulated Static- and Variable-Storage Gash Analytical Models, John T. Van Stan, Ethan D. Gutmann, Elliot S. Lewis, Trent E. Gay
Department of Geology and Geography Faculty Publications

Use of Multiple Correspondence Analysis (MCA) to Identify Interactive Meteorological Conditions Affecting Throughfall, Elliot S. Lewis, John T. Van Stan, Trent E. Gay
Department of Geology and Geography Faculty Presentations

Throughfall Alterations by Degree of Tillandsia Usneoides Cover in a Southeastern US Quercus Virginiana Forest, Trent E. Gay, John T. Van Stan, Leslie Dean Moore, Elliot S. Lewis, James S. Reichard
Department of Geology and Geography Faculty Publications

Alterations to Throughfall Water and Solute Flux by Tillandsias usneoides L. (Spanish Moss) Cover in a Maritime Live Oak Forest, Trent E. Gay, John T. Van Stan, James S. Reichard, Leslie Dean Moore, Elliot S. Lewis
Department of Geology and Geography Faculty Presentations

Using in Situ Bark Microrelief Observations to Explain Intra- and Interspecies Variability of Stemflow in a Temperate Beech-oak Forest, Elliot S. Lewis, John T. Van Stan, Jan Friesen, Anke Hildebrandt
Department of Geology and Geography Faculty Presentations