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Subjects genotype Remove constraint genotype: genotype Subjects isozymes Remove constraint isozymes: isozymes Subjects national forests Remove constraint national forests: national forests Subjects Pinus ponderosa Remove constraint Pinus ponderosa: Pinus ponderosa Subjects isozymes Remove constraint isozymes: isozymes Authors Marrett, M.J. Remove constraint Marrett, M.J.: Marrett, M.J. Authors Marrett, M.J. Remove constraint Marrett, M.J.: Marrett, M.J.

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1. Isozyme markers associated with O3 tolerance indicate shift in genetic structure of ponderosa and Jeffrey pine in Sequoia National Park, California

Description:: In the special issue: A Symposium on Air Pollution and Vegetation Effects in National Parks and Natural Areas: Implications for Science, Policy and Management / edited by H.S. Neufeld and A.H. Chapelka. Paper presented at the symposium "Air Pollution Workshop", April 10, 2006, Charlottesville, Virginia
Author:: Staszak, J. , Grulke, N.E. , Marrett, M.J. , Prus-Glowacki, W.
Subject:: national parks , national forests , plant genetics , forest trees , Pinus ponderosa , Pinus jeffreyi , plant response , genetic markers , ozone , air pollution , elevated atmospheric gases , forest ecosystems , isozymes , tree age , genotype , alleles , heterozygosity , canopy , species differences , genetic variation , population genetics , abiotic stress , stress tolerance , water stress , gene frequency , tree damage , California
Collection:: Journal Articles, USDA Authors, Peer-Reviewed
Year:: 2007