Printed Program (PDF) - Ecological Society of America
Printed Program (PDF) - Ecological Society of America
Printed Program (PDF) - Ecological Society of America
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WEDNESDAY<br />
4:30 pm-6:30 pm<br />
compared with angiosperms.<br />
PS 49-101 Soper, FM1, JP Sparks1 and TW Boutton2, (1)Cornell<br />
University, (2)Texas A&M University. Temporal variation<br />
in nitrogen fixation during encroachment <strong>of</strong> Prosopis<br />
glandulosa into grasslands <strong>of</strong> the Rio Grande Plains.<br />
PS 49-102 Marias, DE1, FC Meinzer2, D Shaw1, DR Woodruff2, SL<br />
Voelker3 and B Lachenbruch1, (1)Oregon State University,<br />
(2)USDA Forest Service, (3)Southern Oregon University.<br />
Effect <strong>of</strong> hemlock dwarf mistletoe on the physiology <strong>of</strong><br />
host western hemlock using tree rings and C and O stable<br />
isotopes.<br />
PS 49-103 Bretfeld, M1, SB Franklin1 and RM Hubbard2, (1)University<br />
<strong>of</strong> Northern Colorado, (2)USDA Forest Service. Stress<br />
response, annual and diurnal patterns in root sap flow <strong>of</strong><br />
Populus tremuloides.<br />
PS 49-104 Slate, ML, SM Eppley and TN Rosenstiel, Portland State<br />
University. Sex-specific variation in physiological and<br />
morphological features <strong>of</strong> the moss Ceratodon purpureus.<br />
PS 49-105 Martínez-Villegas, JA1, J Márquez-Guzmán2, I Pisanty2 and<br />
A Orozco-Segovia1, (1)Instituto de Ecología, Universidad<br />
Nacional Autónoma de México, (2)Facultad de Ciencias,<br />
Universidad Nacional Autónoma de México. Effect <strong>of</strong><br />
temperature and osmotic potential on the germination <strong>of</strong><br />
two Asteraceae growing in a lava field in central Mexico.<br />
PS 49-106 Taylor-Laine, SD1, S Espino1, A Downey2 and HJ Schenk1,<br />
(1)California State University Fullerton, (2)ICT International.<br />
A new method for in-situ measurements <strong>of</strong> stem hydraulic<br />
conductance in intact plants.<br />
PS 49-107 Carpenter, K, J Cannon and NM Hughes, High Point<br />
University. The implausibility <strong>of</strong> the osmotic adjustment<br />
hypothesis for anthocyanin synthesis in leaves.<br />
PS 49-108 Boyce, RL and MS Brown, Northern Kentucky University.<br />
Transpiration in the shrubs Amur honeysuckle, pawpaw,<br />
and spicebush: Differential responses to soil water<br />
availability and vapor pressure deficit.<br />
PS 49-109 Lunch, CK1, ZG Cardon1, SM Thomas1, LA Lewis2, HA<br />
Frank2, MM Enriquez2 and AM LaFountain2, (1)Marine<br />
Biological Laboratory, (2)University <strong>of</strong> Connecticut. Diverse<br />
photoprotection dynamics in desert-dwelling algae and<br />
their aquatic relatives.<br />
PS 49-110 Thomas, SM1, D Bruce2, ZG Cardon1, MM Enriquez3, HA<br />
Frank3, LA Lewis3, CK Lunch1 and K Schaven2, (1)Marine<br />
Biological Laboratory, (2)Brock University, (3)University <strong>of</strong><br />
Connecticut. Dried out but not dead! Photophysiological<br />
signatures <strong>of</strong> desiccation tolerance in desert green algae.<br />
PS 49-111 Saffell, BJ1, FC Meinzer2, B Lachenbruch1, SL Voelker3<br />
and D Shaw1, (1)Oregon State University, (2)USDA Forest<br />
Service, (3)Southern Oregon University. Use <strong>of</strong> tree-ring<br />
stable isotopes to quantify Swiss Needle Cast disease<br />
severity in Douglas-fir.<br />
PS 49-112 McCulloh, KA1, DM Johnson2, JP Petitmermet1, BE<br />
McNellis3, FC Meinzer4 and B Lachenbruch5, (1)Oregon<br />
State University, (2)Duke University, (3)Western Oregon<br />
University, (4)USDA Forest Service, (5)Department <strong>of</strong> Forest<br />
Ecosystems & <strong>Society</strong>. Are shrubs short because <strong>of</strong> their<br />
hydraulic architecture? A comparison <strong>of</strong> co-occurring trees<br />
and shrubs.<br />
USDA Agricultural Research Service. Seasonal distribution<br />
<strong>of</strong> net primary production by functional groups in<br />
Chihuahuan Desert, and the role <strong>of</strong> seasonal precipitation.<br />
PS 50-118 Iio, A1, NPR Anten2, K Hikosaka3, Y Nakagawa4 and<br />
A Ito5, (1)National institute for environmental studies,<br />
(2)Utrecht University, (3)Tohoku University, (4)Tsukuba<br />
University, (5)National Institute for Environmental Studies.<br />
Global meta-analysis <strong>of</strong> field-observed leaf area index for<br />
woody species.<br />
PS 50-119 Blakeslee, SC1, D Tomback1, JC Pyatt1, ER Pansing1 and<br />
LM Resler2, (1)University <strong>of</strong> Colorado, (2)Virginia Tech.<br />
Whitebark Pine (Pinus albicaulis) vigor and functional roles<br />
within the alpine treeline ecotone.<br />
PS 50-120 Archer, AA and LJ Samuelson, Auburn University. Soil<br />
respiration in a longleaf pine chronosequence.<br />
PS 50-121 Beverly, D1, RM Hubbard2, SB Franklin1 and CC<br />
Rhoades3, (1)University <strong>of</strong> Northern Colorado, (2)USDA<br />
Forest Service, (3)USDA Forest Service Research. Soil CO2<br />
efflux in salvage logged versus untreated beetle-kill forests.<br />
PS 50-122 Wood, SJ1, NJ Sanders1 and AT Classen2, (1)University<br />
<strong>of</strong> Tennessee, (2)University <strong>of</strong> Tennessee, Knoxville. The<br />
above- and below-ground legacies <strong>of</strong> ant colonies .<br />
PS 50-123 Pyatt, JC1, DF Tomback1, SC Blakeslee1, ER Pansing1 and<br />
LM Resler2, (1)University <strong>of</strong> Colorado Denver, (2)Virginia<br />
Tech. The role <strong>of</strong> Pinus albicaulis as a tree island initiator<br />
in the alpine-treeline ecotone: Comparing microclimates<br />
among microsites.<br />
PS 51 - Ecosystem Function: Biodiversity<br />
Exhibit Hall DE, Oregon Convention Center<br />
PS 51-124 Hoskinson, SA and VT Eviner, University <strong>of</strong> California<br />
Davis. Plant species abundance mediates plant traits and<br />
ecosystem processes.<br />
PS 51-125 Elliott, KJ1, J Vose1, JD Knoepp1, BD Clinton1 and BD<br />
Kloeppel2, (1)USDA Forest Service Southern Research<br />
Station, (2)Western Carolina University. Does a diverse<br />
herbaceous layer contribute to ecosystem function.<br />
PS 51-126 Zimmerman, EK and BJ Cardinale, University <strong>of</strong> Michigan.<br />
How does biodiversity relate to the functioning <strong>of</strong> ‘realworld’<br />
ecosystems.<br />
PS 51-127 Jenkins, DG1, ER Moran2, N Nafzger1, E Rysak1, C<br />
Grimont1, J Houder1 and M Gutierrez1, (1)University<br />
<strong>of</strong> Central Florida, (2)Washington University. Equifinal<br />
ecosystem productivity despite biodiversity variance in<br />
replicate, open ecosystems.<br />
PS 51-128 Fritschie, KJ, PA Venail, A Narwani and BJ Cardinale,<br />
University <strong>of</strong> Michigan. Phylogenetic diversity affects<br />
biomass production through two opposing forces.<br />
PS 51-129 Patry, C1, C Messier1, D Kneeshaw1, I Aubin2 and M<br />
Salemaa3, (1)Université du Québec à Montréal, (2)Great<br />
Lakes Forestry Centre, (3)The Finnish Forest Research<br />
Institute. Functional trait analysis <strong>of</strong> the impact <strong>of</strong> a gradient<br />
<strong>of</strong> forest management on understory plants: Multi-scale<br />
approach comparing Canada vs Finland.<br />
PS 52 - Detritus And Decomposition<br />
Exhibit Hall DE, Oregon Convention Center<br />
PS 50 - Ecosystem Function<br />
PS 52-130 Graham, BD1, MA Jenkins1, SR Shifley2, MA Spetich2 and<br />
Exhibit Hall DE, Oregon Convention Center<br />
PS 50-113 Schedlbauer, JL, West Chester University. Carbon dioxide<br />
exchange in the serpentine barrens <strong>of</strong> southeastern<br />
Pennsylvania: examining the role <strong>of</strong> fire management and<br />
environmental drivers.<br />
PS 50-114 Whelan, A1, G Starr1, R Mitchell2, CL Staudhammer1 and<br />
HW Loescher3, (1)University <strong>of</strong> Alabama, (2)Joseph W.<br />
Jones <strong>Ecological</strong> Research Center, (3)National <strong>Ecological</strong><br />
Observatory Network (NEON, Inc.). Effects <strong>of</strong> cyclic fire and<br />
water availability on longleaf pine carbon dynamics.<br />
PS 50-115 Krutsinger, R, RB Brugam and KE Schulz, Southern Illinois<br />
University Edwardsville. Increasing productivity through<br />
time in an Illinois tallgrass prairie restoration.<br />
PS 50-116 Petrie, MD, ME Litvak and SL Collins, University <strong>of</strong> New<br />
Mexico. Precipitation events drive ecosystem water fluxes<br />
across an elevation gradient in New Mexico, USA.<br />
PS 50-117 Yao, J1 and D Peters2, (1)New Mexico State University, (2)<br />
PS 52-131<br />
PS 52-132<br />
PS 52-133<br />
PS 52-134<br />
CA Lowney1, (1)Purdue University, (2)USDA Forest Service.<br />
Structural properties <strong>of</strong> woody debris populations in oldgrowth<br />
Central Hardwood Region forests: Twenty years <strong>of</strong><br />
change.<br />
Tardif, A and B Shipley, University <strong>of</strong> Sherbrooke. Predicting<br />
mixed-species litter decomposition with communityaggregated<br />
means via the idiosyncratic hypothesis.<br />
Montemarano, JJ1, M Sasa-Marin2 and MW Kershner1,<br />
(1)Kent State University, (2)Instituto Clodomiro Picado.<br />
Litter richness decreases decomposition rates in a tropical<br />
wetland.<br />
Montes, AC1, RE Rockwell1, KD Zimmer1, LM Domine1<br />
and JB Cotner2, (1)University <strong>of</strong> St Thomas, (2)University<br />
<strong>of</strong> Minnesota - Twin Cities. Effects <strong>of</strong> water depth, type <strong>of</strong><br />
primary producer, and whole lake factors on decomposition<br />
rates in shallow lakes.<br />
Probst, DT1, AT Goding1, KD Zimmer1, LM Domine1, BR<br />
130 ESA 97th Annual Meeting, August 5 - 10, 2012, Oregon Convention Center