C02 Crop Physiology and Metabolism Session: General Crop Physiology & Metabolism: II (ASA, CSSA and SSSA Annual Meetings (Cincinnati, OH- Oct. 21

244General Crop Physiology & Metabolism: II

Poster Session

C02 Crop Physiology and Metabolism

This session is for poster presentations on topics relevant to plant physiology from cellular to whole-plant and crop levels. It integrates basic and applied aspects of crop physiology and metabolism that are relevant to the fields of agronomy, ecology, breeding, genomics, and genetic resources.

Cosponsor(s):

C02 Crop Physiology and Metabolism

Tuesday, October 23, 2012: 4:00 PM-6:00 PM

Duke Energy Convention Center, Exhibit Hall AB, Level 1

Organizer:

Jeffrey W. White

244-1

413

Evaluating Root Architecture and Drought Tolerance in Soybean.
Kasey Hames, University of Missouri; Lakshmi Praba Manavalan, University of Missouri; Felix Fritschi, University of Missouri

244-2

414

Stomatic Conductance in Leaves of Common Bean As Indicator to Drought Stress.
José J. Carvalho, Sao Paulo State University - College of Agricultural Sciences; João Carlos Saad, College of Agronomical Sciences UNESP

244-3

415

Estimation of Optimum Temperature for the Determination of CELL Membrane Thermostability in Corn and Bean.
Sergio Castro Nava, UNIVERSIDAD AUTONOMA DE TAMAULIPAS; Alfredo J. Huerta, MIAMI UNIVERSITY

244-4

416

Stomatal Resistance, Leaf Temperature, and Chlorophyll Content of Sorghum Hybrids Varying In Maturity.
Kalaiyarasi Pidaran, Kansas State University; Mary Beth Kirkham, Kansas State University; Robert Aiken, Kansas State University

244-5

417

Use of Green Fluorescent Protein (GFP) to Determine the Influence of Competition On Root Dynamics.
Jhonathan Ephrath, Ben-Gurion University of the Negev; Shimon Rachmilevitch, Ben-Gurion University of the Negev; Boris Rewald, University of Natural Resources and Life Sciences (BOKU)

244-6

418

Sugarcane Leaf Spectra and Photosynthesis Responses to Millmud Application On a Sand Soil.
Duli Zhao, USDA-ARS; Barry Glaz, USDA-ARS; Michael Irey, U.S. Sugar Corp.; Chen-Jian Hu, U.S. Sugar Corp.

244-7

419

Physiological Effects of Moisture Stress in Corn Across Planting Date and Relative Maturity.
Clayton Lewis, Texas A&M University; J. Tom Cothren, Texas A&M University

244-8

420

Maize Response to Drought At Flowering.
Tim Setter, Cornell University; Jiapei Yan, Cornell University

244-9

421

Maize and Sunflower Root Distribution in Response to Deficit Irrigation.
Louise H. Comas, USDA-ARS, Water Management Research Unit; Walter Bausch, USDA-ARS, Water Management Research Unit; Thomas Trout, USDA-ARS, Water Management Research Unit; Dale Shaner, USDA-ARS, Water Management Research Unit

244-10

422

Biosolids Impact On Corn and Soybean Drought Tolerance Associated with Hormone and Antioxidant Metabolism.
Xunzhong Zhang, Virginia Tech; Erik Ervin, Virginia Tech; Gregory Evanylo, Virginia Tech; Jinling Li, Virginia Tech

244-11

423

Genotypic Variation of Drought Tolerance and Water Use Efficiency In Wheat Seedlings In the US Southern High Plains.
Yinghua Zhang, China Agricultural University; Qingwu Xue, Texas AgriLife Research; Bob A. Stewart, West Texas A&M University; Kirk E. Jessup, Texas AgriLife Research; Zhimin Wang, China Agricultural University

244-12

424

Reflectance Based Characterization of Wheat Cultivars for Identifying Drought Tolerance.
Sarah Ajayi, West Texas A&M Unviersity; Srirama Krishna Reddy, Texas AgriLife Research; Shuyu Liu, Texas A&M University; Prasanna Gowda, USDA-ARS; Qingwu Xue, Texas AgriLife Research; Thomas Marek, Texas AgriLife Research; Jackie Rudd, Texas Agrilife Research-Amarillo; Chandrashekhar M. Biradar, University of Oklahoma; Kirk Jessup, Texas AgriLife Research

244-13

425

Mechanisms of Adaptation to Water-Stress Conditions in Widely Planted TAM Wheat Cultivars.
Srirama Krishna Reddy, Texas AgriLife Research; Shuyu Liu, Texas A&M University; Qingwu Xue, Texas AgriLife Research; Jackie Rudd, Texas Agrilife Research-Amarillo; Maria Fuentealba, University of Florida; Kirk Jessup, Texas AgriLife Research; Paxton Payton, USDA-ARS Lubbock; James Mahan, USDA-ARS Lubbock

244-14

426

Cultivar by Irrigation Interactions On Cotton Boll Distribution.
Glen Ritchie, Texas Tech University; Michael Snowden, Texas Tech University; Fulvio Simao, Texas Tech University; Bablu Sharma, Texas Tech University

244-15

427

Identification of Traits for Phenotyping Drought Tolerance in Cassava.
Luis Duque, Cornell University; Tim Setter, Cornell University

244-16

428

Genotype by Environment Interaction and Stability Analysis for Carbon Isotope Discrimination, Ureide Concentration and Nitrogen Fixation in Soybean.
Shardendu K. Singh, Univ.of Maryland Eastern Shore; James Smith, USDA-ARS; Jeffery D. Ray, USDA-ARS; Larry Purcell, University of Arkansas; Felix Fritschi, University of Missouri

244-17

429

Cotton Growth and Photosynthetic Acclimation to Phosphorus Nutrition and CO₂ Enrichment.
Shardendu K. Singh, USDA-ARS Crop Systems and Global Change Laboratory; Girish Badgujar, Asian Institute of Technology; Vangimalla Reddy, USDA-ARS Crop Systems and Global Change Laboratory; David Fleisher, USDA-ARS; Dennis Timlin, USDA-ARS Crop Systems and Global Change Laboratory

244-18

430

Response of Corn Nitrogen Remobilization and Nitrogen Use Efficiency Components to Nitrogen Availability.
Kevin Kosola, Monsanto Company - USA

244-19

431

Influence of Micronutrients On Soybean Yield.
Michael Frank, University of Missouri; James H. Houx III, University of Missouri; Felix Fritschi, University of Missouri

244-20

432

Physiological and Morphological Responses of Corn Related to Urea Application in Different Growth Stages.
Adilson N. Silva, ESALQ / University of Sao Paulo; Evandro L. Schoninger, CENA / University of Sao Paulo; Halan V. Queiroz Tomaz, ESALQ / University of Sao Paulo; Ricardo A. Olinda, State University of Paraíba; Klaus Reichardt, University of Sao Paulo; Paulo C. Ocheuze Trivelin, CENA / University of Sao Paulo

244-21

433

Salinity Tolerance of Four Lowland Varieties of Quinoa (Chenopodium quinoa Willd.): Responses to Three Levels of NaCl and Na2SO4 Under Two Fertilization Levels.
Adam J. Peterson, Washington State University; Kevin Murphy, Washington State University

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