application rate for this 8N–0.9P–10K–4Mg formulation of 73 g·m −2 of canopy or landscape area every 3 months has been recommended ( Broschat, 2014 ), there is no research showing what the optimum fertilization rates are for either landscape maintenance or
possible. This management includes high N application rates with or without fertigation. However, there remains very little data regarding the effect of N fertilization or fertigation on young pecan trees grown under southeastern U.S. orchard conditions
= Wintergreen Plus (Precision Laboratories, Waukegan, IL); 100 = 100 gal/acre; 160 = 160 gal/acre; x2 = treatment received a sequential midwinter application (1 gal/acre = 9.3540 L·ha −1 ). Turf color was rated on a 1 to 9 scale where 1 = straw brown, 6
applied in 50-mL doses (≈10% of total pot volume) at an application rate of 250 mg·L −1 ABA. Treatments were based on frequency and timing of ABA applications ( Table 1 ). Treatment based on frequency was as follows: single application at Week 1
accumulative tomato marketable yield in comparison with lower K rates. In Florida, K application rates have changed dramatically during the last decade. Informal surveys among tomato growers indicated that between 400 and 550 lb/acre of K were applied per
significant reduction in onion yields were observed with pelargonic acid application rates compared with the weed-free control. Pelargonic acid in commercial formulations has potential as a nonselective postemergent contact herbicide for weeds in vegetable
physiological roles of ethylene and the practical application of 1-MCP to maintain the shelf-life and quality of several fruits and vegetables ( Blankenship and Dole, 2003 ). Combinations of the 1-MCP rate, fruit firmness at the time of application, and
application rates were the primary factor behind projected N and K 2 O reductions, whereas reduction of fertilized acres were more influential on projected P 2 O 5 reduction. Gelernter et al. (2016 ) also reported golf facilities that conducted soil tests on
rates. The objective of this study was to determine the effects of a pretransplant liner dip application of paclobutrazol and uniconazole on five common species of bedding plants. Materials and methods Plant material. On 3 Mar. 2005, rooted vegetative
with minimal stand injury when applied to actively growing PRG ( Baldwin et al., 2012 ). However, tolerance levels are reduced to ≈0.27 kg·ha −1 when applied during the fall season and applications at rates >0.29 kg·ha −1 should be avoided until the