Sentence examples for stem morphology from inspiring English sources

Neither growth rate nor stem morphology was strongly correlated with light availability.

We tested the effects of overstorey species and planting density on underplanted T. ciliata survival, stem morphology and growth.

Another problem with semi-dwarfism is that the gene regulating the semi-dwarf trait may exhibit negative pleiotropic effects on stem morphology.

It was reasonable that higher solar radiation during the stem morphology formation stage (from panicle initiation to heading stage) in 2013 (21.5 MJ m−2 day−1) was significantly stronger than in 2014 (10.7 MJ m−2 day−1), which restrained the vertical elongation of plants and promoted lateral growth (Yang et al., 2009).

In the third year, we characterized T. ciliata stem morphology (straightness and height-to-diameter-ratio) and destructively harvested a subsample of T. ciliata in order to investigate T. ciliata biomass production and allocation patterns in response to overstorey species, thinning density and light availability.

For example, internode elongation and stem morphology is essentially normal in the null alleles sub-6 and sub-9 (T-DNA insertions in Col background) compared to the marked effects seen in null alleles sub-1 or sub-2 (in Ler background).

We checked whether these new QTLs were near loci for determinacy, maturity date, leaf, stem or root morphology and found that one new QTL at 33.6 Mb on chromosome 13 was within the interval containing QTLs for plant height and stem strength.

Those conditions could easily exist in nature, he added, given the leaf-stem morphology.

Substituting soil with 60% (v/v) vermicompost in LC-54 and with 40% (v/v) vermicompost in LC-2063 improved the performance of seeds, root morphology and stem growth.

These GFP+ cells maintained embryonic stem cell morphology.

We used topographically-patterned substrates containing anisotropically ordered ridges and grooves to investigate the effects of topographic cues on mesenchymal stem cell morphology, proliferation, and osteogenic differentiation.