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About SBI Research: The Subsurface Biosphere and Engineered Environmental Processes
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SBI Features about OSU Projects in this Research Area
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Dorthe Wildenschild Plans for a Sabbatical in Denmark and Australia - (posted June 5, 2009) The newly tenured faculty member in environmental engineering is an expert in the micro-scale processes that control how water and pollution move through soil and aquifers.
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Brian Wood, Associate Professor of Environmental Engineering, Explains Upscaling - (posted April 2, 2009)
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Developing a biosensor to increase wastewater treatment tfficiency - part II (posted February 4, 2009) - Tyler Radniecki, a post-doctoral researcher in environmental engineering, describes the latest research efforts of an interdisciplinary OSU team working to develop microbial biosensors that could one day increase the efficiency of wastewater treatment plants or monitor soil and groundwater contamination.
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Benthic microbial fuel cells (posted January 8, 2009) - Mark Nielsen, a doctoral student in Oceanography, describes benthic microbial fuel cells, devices that use sea floor microbes to generate electricity and could one day be used to power oceanographic instruments.
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Developing a biosensor to increase waste water treatment efficiency - part I (posted December 6, 2007) - A conversation with Botany and Plant Pathology researchers Dan
Arp and Barbara Gvakharia.
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Bio-barriers for groundwater remediation (posted April 2, 2007) - Features Mandy Michalsen, a Subsurface Biosphere IGERT student who recently completed her Ph.D. in Civil Engineering.
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Profile of Dr. Dorthe Wildenschild, SBI faculty member in Environmental Engineering (posted November 6, 2006).
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Profile of Dr. Rick Colwell, SBI faculty member in the College
of Oceanic and Atmospheric Sciences (posted June 1, 2006).
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"Push-pull" tests - an innovative way to
study underground microbes (posted April 3, 2006).
Read more about OSU research in this area:
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