nutrient release time based on 75% nutrient release from CRFs. The European Union has developed both standard and accelerated laboratory procedures for measuring N release from CRFs; however, researchers in the United States are still developing a universal
Tissue culture allows establishment of plant organs and tissues in aseptic culture, thereby, growing new plants ( Davies et al. 2017 ). This form of propagation is an accelerated form of clonal propagation. It is the propagation method of choice
priming treatments (compared with the NaCl treatment) accelerated the seedling performance. Additionally, different priming agents and concentrations had different effects. Generally, early seedling growth was the best for the GA 3 priming treatment
shoot growth ( Table 3 ). Like these germination indices, SNP from 0.01 to 0.5 m m accelerated seedling growth under salt stress, and 0.1 m m SNP showed the best seedling performance in the presence of NaCl. However, 1.0 m m SNP aggravated the
genetic and environmental interactions during seed maturation and harvest ( Walters et al., 2010 ). Among these factors temperature and seed moisture content and relative humidity are well studied ( Ellis et al., 1992 ). Accelerated aging provides a simple
CLas infection even in highly susceptible sweet orange following graft inoculation or exposure to CLas-infected ACP. There are reports that continuous light accelerated the development of HLB symptoms, and it was proposed that this condition exacerbated
availability of soil phosphorus and potassium, and promote the uptake of phosphorus and potassium by plants. Aeration irrigation also promoted the growth of Fusarium related to OM decomposition and accelerated the decomposition of OM at a depth of 20 to 30 cm
plants of solanaceous and cucurbitaceous crops, particularly with presence of targeted diseases or abiotic stresses ( Louws et al., 2010 ; Schwarz et al., 2010 ). Grafting may also alter plant growth and development characteristics such as numbers of
industry needs and thus accelerate the breeding process and make it more efficient. Although many studies have evaluated the performances of different turfgrass cultivars, little is known about how turfgrass breeding programs determine trait selection
processes, including photosynthesis, respiration, growth, development (phenology and morphology), and partitioning ( White and Reynolds, 2003 ). However, quantifying crop responses to temperature has been difficult because different plant organs typically