Horticultural Crops Culture and Management: Water Utilization (Posters)

Tuesday, July 28, 2009: 12:00 PM
Illinois/Missouri/Meramec (Millennium Hotel St. Louis)
Vegetated Floating Mats Effectively Remediate Nutrients, Poster Board # 147
Sarah A. White, Clemson University; Matthew Cousins, Clemson University; Brandon C. Seda, Clemson University
Rapid Watering to Achieve Partial Saturation of Root Medium On Flooded Floors, Poster Board # 148
Martin P.N. Gent, Connecticut Agricultural Experiment Station; Wade H. Elmer, Connecticut Agricultural Experiment Station; Richard McAvoy, Univ Connecticut
Recycling Nutrient Solution for Greenhouse Tomato Grown In Rockwool, Poster Board # 149
Martin P.N. Gent, Connecticut Agricultural Experiment Station; Michael R. Short, Connecticut Agricultural Experiment Station
NCDC216: A New Multistate Group for Water Management and Quality for Ornamental Crop Production and Health, Poster Board # 150
R. Thomas Fernandez, Michigan State University; John Lea-Cox, Univ of Maryland; Gladis Zinati, Rutgers University; Chuanxue Hong, Virginia Polytechnic Institute and State University; Raul Cabrera, Texas A&M Univ; Donald Merhaut, University of California; Joseph Albano, USDA-ARS; Marc van Iersel, Ph.D Professor, University of Georgia; Thomas Yeager, Univ of Florida, IFAS; Douglas Buhler, Michigan State University
Growth and Physiology of Living Christmas Trees Under Cyclic Irrigation, Poster Board # 151
Amanda Taylor, Michigan State University; Bert Cregg, Michigan State University; Rodney Thomas Fernandez, Michigan State University; Pascal Nzokou, Michigan State University
Hydroponic Production of Selected Flower and Herb Crops In Red Lava Rock, Poster Board # 152
Sven Verlinden, West Virginia University; Victoria Gonzalez Lerma, West Virginia University
Growth and Physiology of Six Horticultural Crops Irrigated with Municipal Reclaimed Water, Poster Board # 153
Soo-Hyung Kim, University of Washington; Hannah Kinmonth-Schultz, University of Washington; Sally L. Brown, University of Washington
Evapotranspiration In Tomato Plants Grown Under Controlled Environment In Mexicali Baja California, Model Prototipe Based On the Solar Radiation, Poster Board # 154
Fidel Nuñez Ramirez, ICA- UABC; Raul Grijalva-Contreras, INIFAP; Fabián Robles Contreras, INIFAP; Ruben Macías-Duarte, INIFAP; Manuel Valenzuela Ruiz, INIFAP
See more of: Oral and Poster Abstracts