followed, the proper healing chamber is critical to ensure that complete union has formed. With the case of the tongue approach grafting, this means only an adequate greenhouse with temperatures controls. However, for the other three methods described, a
; altitude 1 200 m.a.s.l). A temperature-controlled plastic tunnel was used equipped with a pad and fan (2 × 1.1-kW fans, 1300 mm in diameter) cooling system. Ambient temperature in the tunnel during 2011–12 and 2012–13 ranged from 13 to 35 °C and 11.6 to 36
temperature-controlled chamber set at 29 °C. After 48 h, the seeds were moved to the greenhouse. Seeding was performed 12 d before grafting. Seedlings were subirrigated with water as needed and once with the same nutrient solution before grafting. In addition
fertigation while applying foliar fertilizer on mini-cucumber grown in sawdust growing medium. Materials and Methods Trial location. The experiment was carried out during Nov. 2014 to Mar. 2015 (Summer/Autumn season) in a non-temperature controlled plastic
at proximal field weather stations. Fig. 2. The effect of chilling duration at 5 °C on percent survival of Veratrum californicum plants grown in a temperature-controlled growth room (n = 10, per chilling treatment duration). Shoots of V
://postharvest.tfrc.wsc.edu/PC2003.pdf > Mitcham, E.J. Neven, L. Biasi, B. 1999 Effect of high-temperature controlled-atmosphere treatments for insect control in ‘Bartlett’ pear fruit HortScience 34 527 Moffitt, H
house. In September, fertilizer application was reduced to once every other week and then discontinued. Seedlings were allowed to go dormant in the lath house and then were transferred in December to temperature-controlled storage and kept between 4 and
treatment, and 1-MCP. Only sprayable 1-MCP applied 1 WBFH and AVG showed IEC levels as low as the 1-MCP treatment. After 7 d at room temperature, control fruit had lost significant flesh firmness compared with 1-MCP and sprayable 1-MCP applied either 2 or 1
floriculture production expenses ( Bartok, 2001 ). Greenhouse growers can reduce energy consumption by managing the greenhouse environment with dynamic temperature control (DTC) strategies ( Körner et al., 2007 ; Lund et al., 2006 ). In DTC, in contrast to
, Orlando, FL, USA). A controlled release fertilizer (Osmocote, 15N–3.9P–10K, 5- to 6-month release at 21 °C; The Scotts Company, Marysville, OH, USA) was applied to each container at a rate of 6.51 kg⋅m –3 . The plants were grown in a temperature-controlled