during both years. Selection EX3 results for canopy height are less relevant, as it was not planted until year 2 at Quincy. Table 5. Maximum average height and canopy uniformity (height variability) of Arachis glabrata selections in sun and shade at the
Controlling plant stem elongation is common in ornamental plant production. Height control is necessary to meet industry standards for target plant height ( Fisher and Heins, 1995 ), to increase plant aesthetics by producing more compact plants
grain-type soybean report that plant density influences plant height ( Matsuo et al., 2018 ; Mehmet, 2008 ), number of main stem branches ( Agudamu and Shiraiwa, 2016 ; Board and Kahlon, 2013 ), and plant biomass ( Matsuo et al., 2018 ). Companies
, 1991 ; Pekic et al., 1995 ). Goreta et al. (2007) found that poblano pepper seedling plant height was significantly shorter when sprayed with 2000 mg·L −1 ABA in a foliar application compared with a control at 3 and 6 d after transplanting (DAT
contributed to improved mechanical harvest efficiency; however, additional research was needed to identify the most important determinants of mechanical harvest quality/efficiency, such as plant height, plant width, number of basal branches, basal stem
dolomitic limestone. Plants were pruned to 8 cm in height 7 d after planting (DAP). Plants were fertilized with 15N–3.9P–10K controlled-release fertilizer (8- to 9-month formulation at 21 °C, Osmocote Plus; Scotts Miracle-Grow, Marysville, OH) applied as a
area, flower height) supplemental irrigation and fertilization influenced plant growth for five of the nine species tested. Details of landscape performance, including plant survival and visual quality ratings are detailed below for each species
first-year establishment of turf-type tall fescue in semiarid climates, these preliminary findings support use of a mowing height of 2 inches combined with the selective planting of ‘Apache’, ‘Aztec’, and ‘Crossfire II’ over other cultivar × mowing
with excellent disease resistance and unique flower form with tubular ray florets. However, like with most R. subtomentosa, this cultivar tends to be too tall (greater than 1 m) for many landscape uses. A reduction in height of these plants as well as
recorded for important traits; statistical analysis indicated significant differences ( P < 0.001) between diploid and tetraploid plants with regard to morphological characteristics. Compared with the diploid plants, the height of the tetraploid plants was