Index Catalog // ScholarsArchive@OSU

Creator:: Fortunato, Caroline S. and Crump, Byron C.
Abstract:: Microbial communities mediate the biogeochemical cycles that drive ecosystems, and it is important to understand how these communities are affected by changing environmental conditions, especially in complex coastal zones. As fresh and marine waters mix in estuaries and river plumes, the salinity, temperature, and nutrient gradients that are generated strongly...
Full Text:: ed to rp oB a River Estuary New Plume Old Plume Coastal Ocean 0 0.05 0.1 0.15 Tr an sc

Creator:: Fortunato, Caroline S. and Crump, Byron C.
Abstract:: Microbial communities mediate the biogeochemical cycles that drive ecosystems, and it is important to understand how these communities are affected by changing environmental conditions, especially in complex coastal zones. As fresh and marine waters mix in estuaries and river plumes, the salinity, temperature, and nutrient gradients that are generated strongly...
Full Text:: Microbial Gene Abundance and Expression Patterns across a

Creator:: Fortunato, Caroline S. and Crump, Byron C.
Abstract:: Microbial communities mediate the biogeochemical cycles that drive ecosystems, and it is important to understand how these communities are affected by changing environmental conditions, especially in complex coastal zones. As fresh and marine waters mix in estuaries and river plumes, the salinity, temperature, and nutrient gradients that are generated strongly...
Full Text:: FigureS2 N or m al iz ed a bu nd an ce o f m et ag en

Creator:: Fortunato, Caroline S. and Crump, Byron C.
Abstract:: Microbial communities mediate the biogeochemical cycles that drive ecosystems, and it is important to understand how these communities are affected by changing environmental conditions, especially in complex coastal zones. As fresh and marine waters mix in estuaries and river plumes, the salinity, temperature, and nutrient gradients that are generated strongly...

Creator:: Fortunato, Caroline S. and Crump, Byron C.
Abstract:: Microbial communities mediate the biogeochemical cycles that drive ecosystems, and it is important to understand how these communities are affected by changing environmental conditions, especially in complex coastal zones. As fresh and marine waters mix in estuaries and river plumes, the salinity, temperature, and nutrient gradients that are generated strongly...

Creator:: Thomas, Byron R., Pomerening, James A., Simonson, Gerald Herman, 1927-, and Oregon State University. Agricultural Experiment Station
Full Text:: SEGMENT III: UPLANDS OUTSIDE NATIONAL FORESTS Byron R. Thomas, James A. Pomerening, and Gerald H

Creator:: Thomas, Byron R., Pomerening, James A., Simonson, Gerald Herman, 1927-, and Oregon State University. Agricultural Experiment Station
Full Text:: . 1 Hired alluvial lam YI' 1191 M;llT; (I f111 J , 1 ref 1 11, V, A IIIGi+fIiQfl rrrr« 10 Blackly

Creator:: Febria, Catherine M., Hosen, Jacob D., Crump, Byron C., and et al.
Abstract:: Microbial communities are responsible for the bulk of biogeochemical processing in temporary headwater streams, yet there is still relatively little known about how community structure and function respond to periodic drying. Moreover, the ability to sample temporary habitats can be a logistical challenge due to the limited capability to measure...
Full Text:: Supplementary Material Microbial responses to environmental changes in temporary headwater streams: a cross

Creator:: Febria, Catherine M., Hosen, Jacob D., Crump, Byron C., and et al.
Abstract:: Microbial communities are responsible for the bulk of biogeochemical processing in temporary headwater streams, yet there is still relatively little known about how community structure and function respond to periodic drying. Moreover, the ability to sample temporary habitats can be a logistical challenge due to the limited capability to measure...
Full Text:: headwater streams: a cross-system comparison Catherine M. Febria 1, 2, 3*†, Jacob D. Hosen1, 2*†, Byron C

Creator:: Febria, Catherine M., Hosen, Jacob D., Crump, Byron C., and et al.
Abstract:: Microbial communities are responsible for the bulk of biogeochemical processing in temporary headwater streams, yet there is still relatively little known about how community structure and function respond to periodic drying. Moreover, the ability to sample temporary habitats can be a logistical challenge due to the limited capability to measure...

ScholarsArchive@OSU