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more general categories information about this item Biological Sciences Biological Sciences anatomy and morphology (70482) plant anatomy (36017) leaves (12215) biological properties and phenomena (31123) biological resistance (13791) defense mechanisms (636) botany (53088) plant biology (52661) plant anatomy (36016) leaves (12214) Calendar Year Calendar Year Year (337475) 2009 (40843) Natural Resources, Earth and Environmental Sciences Natural Resources, Earth and Environmental Sciences ecology (54081) community ecology (22291) biocenosis (5358) plant communities (3176) plant ecology (8129) plant communities (3176) hydrology (18092) water (12151) soil water (2267) soil science (29220) soil (6695) soil water (2267) Physical and Chemical Sciences Physical and Chemical Sciences chemical substances (129118) chemical compounds (78840) inorganic compounds (30695) ozone (584) elements (30672) isotopes (1749) chemistry (84737) chemical composition (25538) water content (3555) Plant Science and Plant Products Plant Science and Plant Products botany (53089) plant biology (52662) plant anatomy (36017) leaves (12215) plant ecology (8129) plant communities (3176) Reference Types Reference Types Journal (337546) Abstract of Article: Will be presented in next release Date Last Accessed: Accessed January 20, 2015 Title of Article: A new stable isotope approach identifies the fate of ozone in plant–soil systems Author(s) of Article: Will be identified in next release Citation: The new phytologist 2009 v.182 no.1 pp. 85-90 Click to View: (Click to View) Date of Publication: 2009 Location of Article: http://pubag.nal.usda.gov/pubag/article.xhtml?id=451356 Name of Publication: The new phytologist Publishing Company: Will be identified in next release Accession Number: 84116
