Search Results - "Kenner, Scott J."

Valley‐scale hydrogeomorphology drives river fish assemblage variation in Mongolia by Maasri, Alain, Pyron, Mark, Arsenault, Emily R., Thorp, James H., Mendsaikhan, Bud, Tromboni, Flavia, Minder, Mario, Kenner, Scott J., Costello, John, Chandra, Sudeep, Otgonganbat, Amarbat, Boldgiv, Bazartseren

“…River hydrogeomorphology is a major driver shaping biodiversity and community composition. Here, we examine how hydrogeomorphic heterogeneity expressed by…”
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Communities associated with the Functional Process Zone scale: A case study of stream macroinvertebrates in endorheic drainages by Maasri, Alain, Thorp, James H., Gelhaus, Jon K., Tromboni, Flavia, Chandra, Sudeep, Kenner, Scott J.

“…Rivers are being increasingly analyzed from a holistic scale focus, imposing the challenge to establish a clear sampling framework that integrates complex…”
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Multivariate statistical approach to estimate mixing proportions for unknown end members by Valder, Joshua F., Long, Andrew J., Davis, Arden D., Kenner, Scott J.

“…► Multivariate methods included principal components analysis and an end-member mixing model. ► The approach was tested under controlled conditions (i.e., true…”
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The Atmosphere can be a Source of Certain Water Soluble Volatile Organic Compounds in Urban Streams by Kenner, Scott J., Bender, David A., Pankow, James F., Zogorski, John S.

“…Surface water and air volatile organic compound (VOC) data from 10 U.S. Geological Survey monitoring sites were used to evaluate the potential for direct…”
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Timing of organic carbon release from mountain pine beetle impacted ponderosa pine forests in South Dakota by Vik, Erik S., Sieverding, Heidi L., Punsal, Jesse J., Kenner, Scott J., Kunza, Lisa A., Stone, James J.

“…The decay of mountain pine beetle (MPB) (Dendroctonus ponderosae) affected ponderosa pine (Pinus ponderosa) forests has increased organic carbon (OC) loading…”
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SEDIMENT SOURCE TRACKING OF THE LOWER CHEYENNE RIVER by Gnawali, K R, Valder, J, Kenner, S J, eman, C

“…The overall goal of the Lower Cheyenne River Total Maximum Daily Load (TMDL) Assessment Project was to collect biological, physical and chemical data on eight…”
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