107 POSTER SESSION (Abstr. 465–478) Stress–Cold Temperatures
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Kathleen M. Kelley, N. Curtis Peterson, and G Stanley Howell
Julie M. Tarara, Bernardo Chaves, and Bernadine C. Strik
establishment, much shoot growth would occur inside the tube, where the effects of temperature and light on shoot growth might be quite different from what has been observed in either grapevines or trees. In both forestry and grape production, the soil is
Abdulelah Al-Faraj, George Meyer, and Jay B. Fitzgerald
51 ORAL SESSION 14 (Abstr. 095-101) Floriculture: Light/Temperature
D.L. Lange
138 ORAL SESSION 37 (Abstr. 639–644) Temperature Stress–Vegetables
Carlos De la Cuadra, Alexis K. Vidal, and Leví M. Mansur
plant because of its compact growth. However, key aspects that contribute to the domestication and ornamental use of Z. compacta are unknown, such as the environmental conditions for its germination, especially the temperature. Zephyra compacta ’s
Paul E. Cappiello
89 POSTER SESSION 13 Temperature Stress/Cross-Commodity
Orville M. Lindstrom, Tomasz Anisko, and Michael A. Dirr
89 POSTER SESSION 13 Temperature Stress/Cross-Commodity
John F. Wachter and Paul E. Cappiello
78 ORAL SESSION 13 (Abstr. 084–091) Stress–Cold Temperatures
Ryan M. Warner
on the influence of temperature on stevia growth and development in controlled environments is lacking. Increasing daily light integral generally decreased plant height and individual leaf area ( Evans et al., 2015 ). For field-grown plants
Diane M. Camberato, Roberto G. Lopez, and Brian A. Krug
In response to rising energy costs over the past several years, greenhouse growers have implemented a variety of strategies to reduce costs, including lowering their air temperature set points, increasing insulation, starting production later in the