We found that cultivar, season, and cultivar × season exert significant effects on catechin concentrations in tea plants (Table 4).
Bêche and others (2006) observed many seasonal differences in biological traits in this data set, showing that each season exerted distinct pressures, for which different sets of traits were suitable.
Chan et al. (2012) found that season exerted no practical effect on whole segment green density for radiata pine.
Visits during prior interim (non-epidemic) season exerted a stronger positive influence than prior influenza season on this likelihood (OR = 1.59, 95% CI: 1.46 1.73 vs. OR = 1.11 95% CI: 1.01 1.22, respectively).
Visits during prior interim season exerted a stronger positive influence than prior influenza season on this likelihood (OR = 1.59, 95% CI: 1.46 1.73 vs. OR = 1.11 95% CI: 1.01 1.22, respectively).
The estimates of environment-specific QTL effects revealed that each site and season exerted a large effect on the expression of both yield and photosynthate remobilization or accumulation traits but less so on expression of photosynthate carbon assimilation traits.
As previous studies found that not only local environmental factors like sunlight, sea depth and substrate inclination but also seasons could exert a strong influence on the structural and functional biodiversity of coral benthic communities [ 36], our data demonstrated season could impact different microbial population structures and functions.
Growing season precipitation exerted a strong negative influence on wood tissue chemistry, with an average 0.26‰ 13C depletion per 100 mm increase in precipitation.
Past-season base hits exert no physical force on subsequent balls in the field of play.
During the first part of the growing season climatic factors exert their strongest influence on radial enlargement of cells, whereas during the later part of the vegetation period, weather parameters mainly affect the cell wall thickening process (Rossi et al., 2006a,b).
