Sentence examples for sowing experiment from inspiring English sources

Colonization of ex-arable fields was not related to dispersal ability, assessed as adhesive potential to animal coat, wind dispersal potential and seed mass (related to seed production), but was positively related to recruitment ability, assessed by sowing experiment.

A sowing experiment under controlled conditions was designed to assess both the seedling emergence rate and the growth fitness of C. heterophyllus on a litter layer of Brachypodium retusum (Pers).

To determine maternal responses at the end of fifteen generations in the selection experiment, we conducted a reciprocal sowing experiment.

In addition, a reciprocal sowing experiment demonstrated that elevated CO2 did not produce detectable maternal effects on the offspring after fifteen generations.

In addition, those traits measured at elevated CO2 were restored when the fifteenth-generation seeds were grown at ambient CO2 in the reciprocal sowing experiment.

Furthermore, we performed a reciprocal sowing experiment to test if Arabidopsis had evolved detectable adaptations to elevated CO2 at the end of fifteen generations.

The same relationships appeared when using a performance index from sowing experiments conducted in the UK.

Our results from 15 generations and the reciprocal sowing experiments demonstrated that elevated CO2 failed to produce detectable maternal effects on the Arabidopsis plants.

Elevated CO2 also significantly reduced stomatal conductance and transpiration rate, but increased the photosynthetic rate of Arabidopsis leaves in generations 1, 8, and 15 and in the reciprocal sowing experiments (Table 2).

Elevated CO2 significantly reduced stomatal density on both adaxial and abaxial leaf surfaces of plants grown in generations 1, 8, and 15 and in reciprocal sowing experiments (Table 1).

Relative to ambient CO2, elevated CO2 concentrations on average significantly increased the number of starch grains per chloroplast profile and area per starch grain by 42.4% and 51.9%, respectively, in leaves of plants grown in generations 1, 8, and 15 and in reciprocal sowing experiments (Table 3 and Figure 4).