Forest Canopy Structural Controls Over Throughfall Affect Soil Microbial Community Structure in an Epiphyte-laden Maritime Oak Stand, Carl L. Rosier, John T. Van Stan, Leslie Dean Moore, Joshua O.S. Schrom, Tiehang Wu, James S. Reichard, Jinjun Kan
James S. Reichard

Forest Canopy Structural Controls Over Throughfall Affect Soil Microbial Community Structure in an Epiphyte-laden Maritime Oak Stand, John T. Van Stan, Carl L. Rosier, Joshua O.S. Schrom, Tiehang Wu, James S. Reichard, Jinjun Kan
James S. Reichard

Throughfall-mediated Alterations to Soil Microbial Community Structure in a Forest Plot of Homogenous Soil Texture, Litter, and Plant Species Composition, John T. Van Stan, Carl L. Rosier, Leslie Dean Moore, Trent E. Gay, James S. Reichard, Tiehang Wu, Jinjun Kan
James S. Reichard

Forest Canopy Structural Controls Over Throughfall Affect Soil Microbial Community Structure in an Epiphyte-laden Maritime Oak Stand, John T. Van Stan, Carl L. Rosier, Joshua O.S. Schrom, Tiehang Wu, James S. Reichard, Jinjun Kan
John T. Van Stan II

Alteration of Soil Chitinolytic Bacterial and Ammonia Oxidizing Archaeal Community Diversity by Rainwater Redistribution in an Epiphyte-laden Quercus Virginiana Canopy, L. Dean Moore, John T. Van Stan, Trent E. Gay, Carl L. Rosier, Tiehang Wu
John T. Van Stan II

Forest Canopy Precipitation Partitioning: An Important Plant Trait Influencing the Spatial Structure of the Symbiotic Soil Microbial Community, Carl L. Rosier, Leslie Dean Moore, Tiehang Wu, John T. Van Stan
John T. Van Stan II

Forest Canopy Structural Controls Over Throughfall Affect Soil Microbial Community Structure in an Epiphyte-laden Maritime Oak Stand, Carl L. Rosier, John T. Van Stan, Leslie Dean Moore, Joshua O.S. Schrom, Tiehang Wu, James S. Reichard, Jinjun Kan
John T. Van Stan II

Can Throughfall Connect Forest Canopy Architecture to Soil Microbial Community Structure & Function? Findings From an Epiphyte-laden Subtropical Forest, John T. Van Stan, Carl L. Rosier, Leslie Dean Moore, Tiehang Wu, Jinjun Kan
John T. Van Stan II

Throughfall-mediated Alterations to Soil Microbial Community Structure in a Forest Plot of Homogenous Soil Texture, Litter, and Plant Species Composition, John T. Van Stan, Carl L. Rosier, Leslie Dean Moore, Trent E. Gay, James S. Reichard, Tiehang Wu, Jinjun Kan
John T. Van Stan II

Canopy Structural Alterations to Nitrogen Functions of the Soil Microbial Community in a Quercus Virginiana Forest, Leslie Dean Moore, John T. Van Stan, Carl L. Rosier, Trent E. Gay, Tiehang Wu
John T. Van Stan II

Alteration of Soil Chitinolytic Bacterial and Ammonia Oxidizing Archaeal Community Diversity by Rainwater Redistribution in an Epiphyte-laden Quercus Virginiana Canopy, L. Dean Moore, John T. Van Stan, Trent E. Gay, Carl L. Rosier, Tiehang Wu
Department of Geology and Geography Faculty Publications

Forest Canopy Structural Controls Over Throughfall Affect Soil Microbial Community Structure in an Epiphyte-laden Maritime Oak Stand, Carl L. Rosier, John T. Van Stan, Leslie Dean Moore, Joshua O.S. Schrom, Tiehang Wu, James S. Reichard, Jinjun Kan
Department of Geology and Geography Faculty Publications

Can Throughfall Connect Forest Canopy Architecture to Soil Microbial Community Structure & Function? Findings From an Epiphyte-laden Subtropical Forest, John T. Van Stan, Carl L. Rosier, Leslie Dean Moore, Tiehang Wu, Jinjun Kan
Department of Geology and Geography Faculty Presentations

Throughfall-mediated Alterations to Soil Microbial Community Structure in a Forest Plot of Homogenous Soil Texture, Litter, and Plant Species Composition, John T. Van Stan, Carl L. Rosier, Leslie Dean Moore, Trent E. Gay, James S. Reichard, Tiehang Wu, Jinjun Kan
Department of Geology and Geography Faculty Presentations

Forest Canopy Precipitation Partitioning: An Important Plant Trait Influencing the Spatial Structure of the Symbiotic Soil Microbial Community, Carl L. Rosier, Leslie Dean Moore, Tiehang Wu, John T. Van Stan
Department of Geology and Geography Faculty Publications

Forest Canopy Structural Controls Over Throughfall Affect Soil Microbial Community Structure in an Epiphyte-laden Maritime Oak Stand, John T. Van Stan, Carl L. Rosier, Joshua O.S. Schrom, Tiehang Wu, James S. Reichard, Jinjun Kan
Department of Geology and Geography Faculty Presentations

Canopy Structural Alterations to Nitrogen Functions of the Soil Microbial Community in a Quercus Virginiana Forest, Leslie Dean Moore, John T. Van Stan, Carl L. Rosier, Trent E. Gay, Tiehang Wu
Department of Geology and Geography Faculty Presentations