Index Catalog // ScholarsArchive@OSU

Creator:: Schmidt, Mariek E., Grunder, Anita L., Rowe, Michael C., and Chesley, John T.
Abstract:: The rhenium-osmium isotopic system has the potential to track the maturation of arc crust at lower crustal levels because the ¹⁸⁷Os/¹⁸⁸Os in magmas is sensitive to the age and composition of crust with which they interact. We here present Re and Os isotopic data for a suite of samples from...
Resource Type:: Article
Full Text:: homogenization and mafic growth in the deep crust Mariek E. Schmidt a,⇑, Anita L. Grunder a,1, Michael C. Rowe

Creator:: Grunder, Anita, Johnson, Jenda, DiCianna, Mike, Sanville, Henri, and Dilles, John
Resource Type:: Other
Full Text:: from yearbooks and catalogs of OSU. Disclaimer This document was prepared by Anita Grunder, OSU

Creator:: Lafferty, Diana J. R., Belant, Jerrold L., White, Kevin S., Womble, Jamie N., and Morzillo, Anita T.
Abstract:: Since most wolf (Canis lupus) diet studies have been conducted in inland ecosystems, comparatively few data are available on diets of wolves in coastal systems. We investigated the diet of wolves in Glacier Bay, Alaska, from 12 May to 28 June in both 2010 and 2011. Although we identified 12...
Resource Type:: Article
Full Text:: and Terrestrial Prey Abundance Lafferty, D. J. R., Belant, J. L., White, K. S., Womble, J. N

Creator:: Lou, Yi, Clay, Sharon A., Davis, Adam S., Dille, Anita, Felix, Joel, Ramirez, Analiza H. M., Sprague, Christy L., and Yannarell, Anthony C.
Abstract:: Feedback loops involving soil microorganisms can regulate plant populations. Here, we hypothesize that microorganisms are most likely to play a role in plant–soil feedback loops when they possess an affinity for a particular plant and the capacity to consistently affect the growth of that plant for good or ill. We...
Full Text:: Plant–Soil Feedback Loops Yi Lou & Sharon A. Clay & Adam S. Davis & Anita Dille & Joel Felix & Analiza

Creator:: Lou, Yi, Clay, Sharon A., Davis, Adam S., Dille, Anita, Felix, Joel, Ramirez, Analiza H. M., Sprague, Christy L., and Yannarell, Anthony C.
Abstract:: Feedback loops involving soil microorganisms can regulate plant populations. Here, we hypothesize that microorganisms are most likely to play a role in plant–soil feedback loops when they possess an affinity for a particular plant and the capacity to consistently affect the growth of that plant for good or ill. We...

Creator:: Lou, Yi, Clay, Sharon A., Davis, Adam S., Dille, Anita, Felix, Joel, Ramirez, Analiza H. M., Sprague, Christy L., and Yannarell, Anthony C.
Abstract:: Feedback loops involving soil microorganisms can regulate plant populations. Here, we hypothesize that microorganisms are most likely to play a role in plant–soil feedback loops when they possess an affinity for a particular plant and the capacity to consistently affect the growth of that plant for good or ill. We...
Resource Type:: Article

Creator:: Roy, Eric D., Morzillo, Anita T., Seijo, Francisco, Reddy, Sheila M. W., Rhemtulla, Jeanine M., Milder, Jeffrey C., Kuemerle, Tobias, and Martin, Sherry L.
Abstract:: Environmental challenges are complex and require expertise from multiple disciplines. Consequently, there is growing interest in interdisciplinary environmental research that integrates natural and social science, an often arduous undertaking. We surveyed researchers interested and experienced in research at the human–environment interface to assess perspectives on interdisciplinary research. Integrative interdisciplinary research...
Resource Type:: Article
Full Text:: Interdisciplinarity at the Human–Environment Interface Eric D. roy, AnitA t. Morzillo, FrAncisco sEijo, shEilA M. W