[UNKNOWN: PRESTIME] Dermody, Orla^*,1, Morgan, Patrick¹, Bollero, German¹, Long, Stephen¹, DeLucia, Evan¹, ¹ University of Illinois, Urbana, Illinois. Canopy development of soybeans grown in elevated CO₂ .

FULL ABSTRACT

[UNKNOWN: PRESTIME] Norby, Richard^*,1, Sholtis, Johnna², ¹ Oak Ridge National Laboratory, Oak Ridge, TN² Texas Tech University, Lubbock, TX. Elevated CO₂ does not alter LAI of a forest stand.

FULL ABSTRACT

[UNKNOWN: PRESTIME] HANDA, TANYA^*,1, HTTENSCHWILER, STEPHAN¹, ¹ University of Basel, Basel, Switzerland. Treeline trees in a CO₂ enriched world.

FULL ABSTRACT

[UNKNOWN: PRESTIME] CHEN, HUA^*,1, RYGIEWICZ, PAUL², JOHNSON, MARK², HARMON, MARK¹, ¹ Department of Forest Science, Oregon State University, Corvallis, OR² US EPA, Corvallis, OR. Long-term decomposition of Douglas-fir roots grown under elevated CO₂ and/or temperature treatments: implications for carbon sequestration .

FULL ABSTRACT

[UNKNOWN: PRESTIME] JOHNSON, NANCY^*,1, WOLF, JULIE¹, KOCH, GEORGE¹, ROWLAND, DIANE², ¹ Northern Arizona University, Flagstaff, AZ² USDA-ARS, National Peanut Research Laboratory, Dawson, GA. Plant community structure and function is influenced by mycorrhizae, CO₂, and nitrogen.

FULL ABSTRACT

[UNKNOWN: PRESTIME] Mohan, Jacqueline^*,1,2, LeBauer, David^1,3, Schlesinger, William¹, ¹ Duke University, Durham, NC² Harvard University, Cambridge, MA³ University of California - Davis, Davis, CA. Do evolutionary legacies impact ecosystem functioning? Genetic variation in decomposition responses to atmospheric CO₂.

FULL ABSTRACT

[UNKNOWN: PRESTIME] . Break.

[UNKNOWN: PRESTIME] KOCH, GEORGE^*,1, ROWLAND, DIANE¹, JONES, CHAS¹, JOHNSON, NANCY¹, ¹ Northern Arizona University, Flagstaff, AZ. Evidence of a strong soil organism effect on plant response to CO₂ and nitrogen enrichment.

FULL ABSTRACT

[UNKNOWN: PRESTIME] Moan, Jaina^*,1, Marks, Jane¹, Williamson, Christopher¹, LeRoy, Carri¹, ¹ Northern Arizona University, Flagstaff, Arizona. The effect of elevated atmospheric CO₂ on in-stream cottonwood decomposition and detritivore assemblages.

FULL ABSTRACT

[UNKNOWN: PRESTIME] Huxman, Travis^*,1, Nagel, Jennifer², Zitzer, Stephen³, Charlet, Terese⁴, DeFalco, Leslie⁴, Housman, David⁴, Griffin, Kevin², Smith, Stanley⁴, ¹ Univeristy of Arizona, Tucson, AZ² Columbia University³ Desert Research Institute⁴ University of Nevada, Las Vegas. Responses of the annual plant component of a Mojave Desert ecosystem to elevated CO₂.

FULL ABSTRACT

[UNKNOWN: PRESTIME] WOLFE-BELLIN, KELLY^*,1, BAZZAZ, F.¹, ¹ Harvard University, Cambridge, MA. Global change and plant communities: multiple resource gradients influence composition and productivity of an annual community.

FULL ABSTRACT

[UNKNOWN: PRESTIME] Anderson, Hans^*,1, Hymus, Graham¹, Hinkle, C Ross², Drake, Bert¹, ¹ Smithsonian Environmental Research Center, Edgewater, MD² Dynamac Corporation, Kennedy Space Center, Fl. Increased aboveground biomass in elevated CO₂ masks species-specific growth responses in a scrub-oak ecosystem.

FULL ABSTRACT

[UNKNOWN: PRESTIME] Finzi, Adrien^*,1, ¹ Boston University, Boston, MA. Models and mechanisms linking carbon, water and nutrient cycles under elevated CO₂.

FULL ABSTRACT