Index Catalog // ScholarsArchive@OSU

Creator:: Gray, Andrew N., Whittier, Thomas R., and Harmon, Mark E.
Abstract:: Forest ecosystems are removing significant amounts of carbon from the atmosphere. Both abiotic resource availability and biotic interactions during forest succession affect C accumulation rates and maximum C stocks. However, the timing and controls on the peak and decline in C accumulation rates as stands age, trees increase in size,...

Creator:: Gray, Andrew N., Whittier, Thomas R., and Harmon, Mark E.
Abstract:: Forest ecosystems are removing significant amounts of carbon from the atmosphere. Both abiotic resource availability and biotic interactions during forest succession affect C accumulation rates and maximum C stocks. However, the timing and controls on the peak and decline in C accumulation rates as stands age, trees increase in size,...
Full Text:: , plant community, and productivity Andrew N. Gray,1,† Thomas R. Whittier,2 and Mark E. Harmon2 1USDA

Creator:: Zald, Harold S. J., Spies, Thomas A., Harmon, Mark E., and Twery, Mark J.
Abstract:: Forests play a critical role sequestering atmospheric carbon dioxide, partially offsetting greenhouse gas emissions, and thereby mitigating climate change. Forest management, natural disturbances, and the fate of carbon in wood products strongly influence carbon sequestration and emissions in the forest sector. Government policies, carbon offset and trading programs, and sustainable...

Creator:: Zald, Harold S. J., Spies, Thomas A., Harmon, Mark E., and Twery, Mark J.
Abstract:: Forests play a critical role sequestering atmospheric carbon dioxide, partially offsetting greenhouse gas emissions, and thereby mitigating climate change. Forest management, natural disturbances, and the fate of carbon in wood products strongly influence carbon sequestration and emissions in the forest sector. Government policies, carbon offset and trading programs, and sustainable...
Full Text:: Review for Managers, Policymakers, and Educators Harold S.J. Zald, Thomas A. Spies, Mark E. Harmon, and

Creator:: O'Halloran, Thomas L., Acker, Steven A., Joerger, Verena M., Kertis, Jane, and Law, Beverly E.
Abstract:: This paper examines albedo perturbation and radiative forcing after a high-severity fire in a mature forest in the Oregon Cascade Range. Correlations between postfire albedo and seedling, sapling, and snag (standing dead tree) density were investigated across fire severity classes and seasons for years 4-15 after fire. Albedo perturbation was...
Full Text:: . Joerger1, Jane Kertis3, Beverly E. Law4 1 – Sweet Briar College, Department of Environmental Science

Creator:: O'Halloran, Thomas L., Acker, Steven A., Joerger, Verena M., Kertis, Jane, and Law, Beverly E.
Abstract:: This paper examines albedo perturbation and radiative forcing after a high-severity fire in a mature forest in the Oregon Cascade Range. Correlations between postfire albedo and seedling, sapling, and snag (standing dead tree) density were investigated across fire severity classes and seasons for years 4-15 after fire. Albedo perturbation was...
Full Text:: ., Acker, S. A., Joerger, V. M., Kertis, J., & Law, B. E. (2014). Postfire influences of snag attrition on

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