Sentence examples for variation in shoot from inspiring English sources

The variation in shoot may affect the harvest weight of root.

Allometric relations based on SD10 and SD55 explained 90 96% and 90 98% of the variation in shoot dry weights respectively with no differences between the destructive and the non-destructive methods.

In previous studies, SKC1 was responsible for 10 40 % of the variation in shoot K+ concentration (Koyama et al. 2001; Lin et al. 2004; Thomson et al. 2010; Wang et al. 2012).

The significant variation in shoot height and SER of the control clones is in agreement with previous results (Achenbach et al. 2012).

The Ler/Col RILs were previously analysed for variation in shoot regeneration from tissue culture, which depends on three QTL on chromosomes 1, 4 and 5 [ 32, 33].

In the model we propose, variation in shoot vegetative development changes the context of future developmental stages, analogous in some respects to processes that occur in the annual A. thaliana [ 37].

In the M. siculus accessions variation in the shoot dry mass under saline hypoxic conditions was negatively correlated with shoot Cl− and Na+, and positively correlated with the shoot K+.

The inclusion of root mass in analyses of shoot mass to test for size-dependent variation in root : shoot allocation [see Supporting Information— Table S2 ] showed that the allometric slope varied between grasses and forbs [significant interaction FG × log root mass)]: forbs had a steeper allometric slope than grasses (αforbs = 0.74 vs. αgrasses = 0.51).

This result conforms with the general understanding that temperature is the most important driver of adaptive genetic variation in growth, shoot phenology, survival, and frost hardiness of conifers (Gray et al. 2016).

Genes responsible for variation in lateral shoot architecture thus seem likely to function as "hotspot" genes with key roles in life history evolution [ 43, 44].

Due to extensive natural variation in the shoot Cl− exclusion capacity of Vitis spp. [ 14, 15] grapevine represents an ideal model to identify candidate genes involved in controlling shoot Cl− exclusion.