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Creator:: Gorsich, Erin E., Ezenwa, Vanessa O., Cross, Paul C., Bengis, Roy G., and Jolles, Anna E.
Abstract:: 1. Chronic infections may have negative impacts on wildlife populations, yet their effects are difficult to detect in the absence of long-term population monitoring. Brucella abortus, the bacteria responsible for bovine brucellosis, causes chronic infections and abortions in wild and domestic ungulates, but its impact on population dynamics is not...

Creator:: Gorsich, Erin E., Ezenwa, Vanessa O., Cross, Paul C., Bengis, Roy G., and Jolles, Anna E.
Abstract:: 1. Chronic infections may have negative impacts on wildlife populations, yet their effects are difficult to detect in the absence of long-term population monitoring. Brucella abortus, the bacteria responsible for bovine brucellosis, causes chronic infections and abortions in wild and domestic ungulates, but its impact on population dynamics is not...
Full Text:: *, Vanessa O. Ezenwa2, Paul C. Cross3, Roy G. Bengis4 and Anna E. Jolles5 1Department of Integrative

Creator:: Gorsich, Erin E., Ezenwa, Vanessa O., Cross, Paul C., Bengis, Roy G., and Jolles, Anna E.
Abstract:: 1. Chronic infections may have negative impacts on wildlife populations, yet their effects are difficult to detect in the absence of long-term population monitoring. Brucella abortus, the bacteria responsible for bovine brucellosis, causes chronic infections and abortions in wild and domestic ungulates, but its impact on population dynamics is not...

Creator:: Gorsich, Erin E., Ezenwa, Vanessa O., Cross, Paul C., Bengis, Roy G., and Jolles, Anna E.
Abstract:: 1. Chronic infections may have negative impacts on wildlife populations, yet their effects are difficult to detect in the absence of long-term population monitoring. Brucella abortus, the bacteria responsible for bovine brucellosis, causes chronic infections and abortions in wild and domestic ungulates, but its impact on population dynamics is not...
Full Text:: . Ezenwa2, Paul C. Cross3, Roy G. Bengis4 and Anna E. Jolles5 1Department of Integrative Biology, Oregon

Creator:: Larson, Julie E., Sheley, Roger L., Hardegree, Stuart P., Doescher, Paul S., and James, Jeremy J.
Abstract:: 1. Seeding native plants is a key management practice to counter land degradation across the globe, yet the majority of seeding efforts fail, limiting our ability to accelerate ecosystem recovery. 2. Recruitment requires transitions through several seed and seedling stages, some of which may have overriding influences on restoration outcomes....

Creator:: Larson, Julie E., Sheley, Roger L., Hardegree, Stuart P., Doescher, Paul S., and James, Jeremy J.
Abstract:: 1. Seeding native plants is a key management practice to counter land degradation across the globe, yet the majority of seeding efforts fail, limiting our ability to accelerate ecosystem recovery. 2. Recruitment requires transitions through several seed and seedling stages, some of which may have overriding influences on restoration outcomes....
Full Text:: recruitment outcomes in dryland grasses Julie E. Larson1*,†, Roger L. Sheley2, Stuart P. Hardegree3, Paul S

Creator:: Larson, Julie E., Sheley, Roger L., Hardegree, Stuart P., Doescher, Paul S., and James, Jeremy J.
Abstract:: Seedling recruitment is a critical driver of population dynamics and community assembly, yet we know little about functional traits that define different recruitment strategies. For the first time, we examined whether trait relatedness across germination and seedling stages allows the identification of general recruitment strategies which share core functional attributes...
Full Text:: and seedling functional trait variation capture variation in recruitment probability? Julie E

Creator:: Larson, Julie E., Sheley, Roger L., Hardegree, Stuart P., Doescher, Paul S., and James, Jeremy J.
Abstract:: Seedling recruitment is a critical driver of population dynamics and community assembly, yet we know little about functional traits that define different recruitment strategies. For the first time, we examined whether trait relatedness across germination and seedling stages allows the identification of general recruitment strategies which share core functional attributes...
Full Text:: probability? Julie E. Larson1*†, Roger L. Sheley2, Stuart P. Hardegree3, Paul S. Doescher4, Jeremy J. James5

Creator:: Larson, Julie E., Sheley, Roger L., Hardegree, Stuart P., Doescher, Paul S., and James, Jeremy J.
Abstract:: Seedling recruitment is a critical driver of population dynamics and community assembly, yet we know little about functional traits that define different recruitment strategies. For the first time, we examined whether trait relatedness across germination and seedling stages allows the identification of general recruitment strategies which share core functional attributes...
Full Text:: seed and seedling functional trait variation capture variation in recruitment probability? Julie E

Creator:: Oliveri, Anna F., Wills, Lindsay A., Hazlett, Caitlyn R., Carnes, Matthew E., Chang, I-Ya, Cheong, Paul Ha-Yeon, and Johnson, Darren W.
Abstract:: NMR spectroscopy is the go-to technique for determining the solution structures of organic, organometallic, and even macromolecular species. However, structure determination of nanoscale aqueous inorganic clusters by NMR spectroscopy remains an unexplored territory. The few hydroxobridged inorganic species well characterized by ¹H Nuclear Magnetic Resonance spectroscopy (¹H-NMR) do not provide...
Full Text:: ) Nanoscale Clusters by 1H-NMR and QMC. Anna F. Oliveri,† Lindsay A. Wills,‡ Caitlyn R. Hazlett,† Matthew E

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