252 General Seed Physiology, Production, and Technology: II

Poster Session

C04 Seed Physiology, Production & Technology General Seed Physiology, Production, and Technology Poster session

252-2

Poster #616

Priming of Bell Pepper Seeds Using a Biostimulant Evaluated by an Automated System of Seedling Image Analysis.
Clíssia Barboza da Silva, University of SÃÂÂÂ; Julio Marcos-Filho, University of São Paulo/USP

Poster Presentation

Clissia Poster_ASA_CSSA_SSSA_2012.pdf (133.2 kB)

252-3

Poster #617

Physiological Potential, Storage and Enzyme Activity of Corn Hybrid Seeds.
Juliana F. Santos, UNESP - São Paulo State University; Bruno Guilherme Vieira, Sao Paulo State University; Rafael M. Barbosa, UNESP - São Paulo State University; Maurício F. Sanches, UNESP - São Paulo State University; João C. Campanharo, UNESP - São Paulo State University; Roberval D. Vieira, UNESP - São Paulo State University

252-4

Poster #618

Survival of Bradyrhizobium and Germination and Vigor of Soybean Seeds Treated with Fungicide and Cell Protector.
Camilla Z. Sediyama, Federal University of Viçosa; Múcio S. Reis, Federal University of Viçosa; Leidiane J. Fortunato, Federal University of Viçosa; Gisele S. Batista, UNESP; Newton D. Piovesan, Institute of Biotechnology Applied to Agriculture; Carlos S. Sediyama, Federal University of Viçosa

252-5

Poster #619

Incidence of the Fusarium Semitectum and Phomopsis Sp. in Soybean Seeds Lots.
Bruno Guilherme Vieira, Sao Paulo State University; Giselle Feliciani Barbosa, Sao Paulo State University; Roberval Daiton Vieira, Sao Paulo State University

252-6

Poster #620

Accelerated Aging Tests and Automated Computer Imaging System (SVIS®) to Assess the Performance of Soybean Seeds During Storage.
Julio Marcos-Filho, University of São Paulo/USP; Juliana T. Yagushi, USP/ESALQ; José B. Franca-Neto, Embrapa Soybean

Poster Presentation

2012 CSSA soja SVIS.pdf (1.9 MB)

252-7

Poster #621

Does Germination Ratio Under Low Oxygen Conditions Vary Between Cultivars with Different Pre-Germination Flooding Tolerance in Soybean?.
Takayuki Nakajima, Tohoku University; Makie Kokubun, Tohoku University

252-8

Poster #622

On-Farm Evaluations of Residual Herbicide Management for Reducing Weed Resistance to Glyphosate in Soybean.
Peter Kyveryga, Iowa Soybean Association; Tracy Blackmer, Iowa Soybean Association

252-9

Poster #623

Morphological and Physiological Quality of Papaya Seeds in Relation to Seed Position within Fruit and Maturity Stages.
Denise C. Dias, University Federal of Viçosa; Maristela Dias, University Federal of Viçosa; Silvio M. Cicero, University of São Paulo; Francisco G. Gomes-Junior, University of SÃ; Julio Marcos-Filho, University of São Paulo/USP

252-10

Poster #624

Kentucky Bluegrass Germplasm Evaluation for Seed Production without Open-Field Burning.
William J. Johnston, Washington State University; Richard C. Johnson, Washington State University; Charles T. Golob, Washington State University

252-11

Poster #625

Physiological Potential of Peanut Seeds During Harvest, Transport and Cleaning Operations.
Rafael M. Barbosa, UNESP - São Paulo State University; Juliana F. Santos, UNESP - São Paulo State University; Bruno Guilherme Vieira, Sao Paulo State University; Carlos H. Caprio, UNESP - São Paulo State University; Roberval D. Vieira, UNESP - São Paulo State University

252-12

Poster #626

Comparison of Germination of High Oleic ACID Lines and Traditional Cultivars of Virginia Grown Peanuts Over A Range of Temperatures.
Hayley A. Ferris, Virginia Tech; Gregory E. Welbaum, Department of Horticulture, Virginia Tech; Maria Balota, Virginia Tech

252-13

Poster #627

Effects of Temperature On Sweet Basil (Ocimum basilicum L.) Germination.
Emily Zhou, Virginia Tech; Gregory Welbaum, Virginia Tech

Poster Presentation

CSSA Poster Basil germination DZ.pdf (1.4 MB)

252-14

Poster #628

A ONE Dimensional Thermogradient Table with Thin Aluminum Gussets for Plant and SOIL Research.
Hayley A. Ferris, Virginia Tech; Emily Zhou, Virginia Tech; Gregory Welbaum, Virginia Tech

252-15

Poster #629

Sources of Seed Coat Color Variants Found in Certified Wheat Seed.
Caleb Squires, Washington State University; Deven See, USDA-ARS Wheat Genetics, Quality, Physiology and Disease Research Unit; Michael Pumphrey, Washington State University; Arron Carter, Washington State University

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