Sentence examples for legume plot from inspiring English sources

After harvest, legume plot areas were prepared for winter wheat seeding using four main plot tillage systems designed to give progressive levels of tillage intensity: no-till (NT), Ripper Shooter™ (RS, RSS plus one cultivation, and RS plus two cultivations.

Furthermore, most model legume chromosome regions that lack detectable synteny in the model legume plot, also lack synteny in the Arachis vs. model legume plots.

Since we did not find a negative effect of legume presence on emergence or the proportion of females in these two species, we conclude that they might be resistant to potentially increased aphid defenses in legume plots.

On the other hand, the parasitoid sexes might have differential mortality [30], with female larvae more prone to abortion as a result of lower host quality, potentially explaining the lower emergence success in legume plots.

Initial inspection of the Arachis vs. model legume plots show surprising degrees of synteny considering the time of species divergence.

When considering only aphid species that were hosts for the two most abundant parasitoids, A. arvicola and T. brevicornis (mummies only on non-legume host plants), emergence proportions were similar in legume and non-legume plots (F1,25 = 0.029, P = 0.867).

Host plant nitrogen concentration increased with increasing plant species richness and was higher in legume (2.3±0.8%) than in non-legume plots (1.4±0.3%) and higher for legume (T. pratense: 2.9±0.5%) than for non-legume host plants (A. sylvestris: 2.0±0.4%, A. elatius: 1.2±0.3%, P. pratense: 1.3±0.3%).

In addition to the synteny blocks previously identified in the Lotus vs. Medicago comparison, an unnumbered off-axis region of synteny visible in the Lotus vs. Medicago plot was also apparent in the Arachis vs. model legumes plots.

In contrast, G (grasses and legume creepers) plot revealed the slowest rate of succession and the lowest above-ground biomass amongst the plots.

The covariate was binary, representing either plots that initially included a legume or plots initiated without a legume and subsequently colonized by one (the 4 plots that were not initiated or colonized by a legume were excluded from this analysis).

The total crop residue returning to the soil was significantly greater in plots sown with legume after cereal harvest than in plots left fallow.