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approached 100% in all plots ( Fig. 2 ). Plant death 35 dpi and AUDPC differed significantly ( P < 0.0001) among cultivars ( Table 1 ). Disease was unaffected by bed height, mulches, or poultry litter applications. Plant death 35 dpi was 87% for ‘Payroll

data were collected that first year. Data collection began in 2013. Trial locations were asked to begin measuring the following 13 traits in 2013: plant height and width [measured at maturity each year with measurements taken according to the

eliminate most of the scape leaning and toppling observed in untreated plants, greater reductions in scape length and overall plant height were ultimately desired. Working with the dwarf pineapple lily ‘Leia’, Carlson et al. (2015) reported optimal scape

plants such as Euphorbia pulcherrima Willd. ex Klotzsch, Lilium longiflorum Thunb. and Lilium L. hybrids, and Narcissus pseudonarcissus L., there are industry target height recommendations for aesthetic value and ease of postharvest packing and

Height control is crucial for easter lily ( Lilium longiflorum ) production to attain acceptable aesthetics and to enable shipping to retailers in standard-sized boxes. To manage plant height, easter lily growers have commonly relied on plant growth

., Cambridge, U.K.). Two measurements, ≈5 cm either side of the plant stem, were made per container and the average value used for analyses. In Expt. 1, plant height, number of shoots present, and numbers of buds ( Petunia only) or open flowers were recorded

–shoot ratio of Lagerstroemia . In a similar study, Magnolia grandiflora ‘St. Mary's’ plants were taller in the pot-in-pot treatment ( Ruter, 1995 ). In Myrtus communis L. (common myrtle), however, Miralles et al. (2009) observed greater plant height and

2017, showing 8-m-wide open space for root egress. ( B ) Schematic of the plant traits that were measured. CD, canopy diameter; PH, plant height; RR, root radius; SD, stem diameter. These developments presented a unique opportunity to determine the

growth parameters to analyze the temperature responses of plant growth, such as plant height, root length, aboveground weight, underground weight, and leaf area. The temperature response of the photosynthetic rate was also examined in fully expanded young

based on previous work ( Pennisi et al., 2003 ) and label recommendations. Measurements. Morphological data were taken on all plants (height and two perpendicular widths, leaf tip to leaf tip) at the end of production. Height was measured from