Index Catalog // ScholarsArchive@OSU

Creator:: Morrell, Jeffrey J.
Full Text:: N C E M A N U A L: 2 01 2 E D IT IO N JE FF R E Y J . M O R R E LL R e se a rc h

Creator:: Morrell, Jeffrey J.
Full Text:: Pole Maintenance Manual: 2012 edition Jeffrey J. Morrell Research Contr ibut ion 51 December

Creator:: Morrell, Jeffrey J.
Full Text:: Pole Maintenance Manual: 2012 edition Jeffrey J. Morrell Research Contr ibut ion 51 December

Creator:: Pangle, Luke A., Gregg, Jillian W., and McDonnell, Jeffrey J.
Abstract:: The potential impact of projected climate warming on the terrestrial hydrologic cycle is uncertain. This problem has evaded experimentalists due to the overwhelming challenge of measuring the entire water budget and introducing experimental warming treatments in open environmental systems. We present new data from a mesocosm experiment that examined the...

Creator:: Pangle, Luke A., Gregg, Jillian W., and McDonnell, Jeffrey J.
Abstract:: The potential impact of projected climate warming on the terrestrial hydrologic cycle is uncertain. This problem has evaded experimentalists due to the overwhelming challenge of measuring the entire water budget and introducing experimental warming treatments in open environmental systems. We present new data from a mesocosm experiment that examined the...
Full Text:: Research Associates, Corvallis, OR Jeffrey J. McDonnell, School of Environment and Sustainability

Creator:: Pangle, Luke A., Gregg, Jillian W., and McDonnell, Jeffrey J.
Abstract:: The potential impact of projected climate warming on the terrestrial hydrologic cycle is uncertain. This problem has evaded experimentalists due to the overwhelming challenge of measuring the entire water budget and introducing experimental warming treatments in open environmental systems. We present new data from a mesocosm experiment that examined the...
Full Text:: A. Pangle1, Jillian W. Gregg2, and Jeffrey J. McDonnell3 1Water Resources Graduate Program, Oregon

Creator:: Konar, Megan, Reimer, Jeffrey J., Hussein, Zekarias, and Hanasaki, Naota
Abstract:: Trade in staple crop commodities has become increasingly important in the global food system, with ramifications for both food security and water resources sustainability. It is thus essential to understand how the water footprint (WF) of staple crop trade may change in the future. To this end, we project international...
Full Text:: Policy Scenarios Supplementary Information Megan Konar∗1, Jeffrey J. Reimer2, Zekarias Hussein3, and

Creator:: Konar, Megan, Reimer, Jeffrey J., Hussein, Zekarias, and Hanasaki, Naota
Abstract:: Trade in staple crop commodities has become increasingly important in the global food system, with ramifications for both food security and water resources sustainability. It is thus essential to understand how the water footprint (WF) of staple crop trade may change in the future. To this end, we project international...
Full Text:: MeganKonar1,5, Jeffrey J Reimer2, ZekariasHussein3 andNaotaHanasaki4 1 Civil and Environmental

Creator:: Marlow, Jeffrey J., Steele, Joshua A., Ziebis, Wiebke, Thurber, Andrew R., Levin, Lisa A., and Orphan, Victoria J.
Abstract:: The atmospheric flux of methane from the oceans is largely mitigated through microbially mediated sulphate-coupled methane oxidation, resulting in the precipitation of authigenic carbonates. Deep-sea carbonates are common around active and palaeo-methane seepage, and have primarily been viewed as passive recorders of methane oxidation; their role as active and unique...

Creator:: Marlow, Jeffrey J., Steele, Joshua A., Ziebis, Wiebke, Thurber, Andrew R., Levin, Lisa A., and Orphan, Victoria J.
Abstract:: The atmospheric flux of methane from the oceans is largely mitigated through microbially mediated sulphate-coupled methane oxidation, resulting in the precipitation of authigenic carbonates. Deep-sea carbonates are common around active and palaeo-methane seepage, and have primarily been viewed as passive recorders of methane oxidation; their role as active and unique...
Full Text:: the deep sea Jeffrey J. Marlow1, Joshua A. Steele1, Wiebke Ziebis2, Andrew R. Thurber3, Lisa A. Levin4

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