Sentence examples for at least two environments from inspiring English sources

Seven QTLs for each of the POP-1 and POP-2 populations were detected in at least two environments.

Seventeen of the 43 phenotyped traits showed correlations (r ≥ 0.6) between at least two environments (Additional file 3), but only the number of seeds showed such correlations between all environments.

A total of 73 chromosome regions showed marker-wise significant associations with either IT or SEV in at least three environments (Table S4 and Figure S2).

GWAS identified 97 loci that were significant for at least three environments, including 10 with an experiment-wise adjusted Bonferroni probability < 0.10.

Similar frequency information is also available for lower-confidence QTL that were significant in at least three environments (Table S6 and Table S7).

In this study we also identified 87 QTL that showed significant GWAS associations in at least three environments but that did not pass the stringent experiment-wise Bonferroni threshold.

Considering all QTL-tagging SNPs with marker-wise significant effects in at least three environments (97 in total, including the 24 for partial resistance), the number of favorable alleles present in a specific accession ranged from 23 to 65.

GWAS using the remaining 593 accessions with IT > 3 revealed 35 QTL showing marker-wise significant associations with either IT or SEV in at least three environments (Table S5 and Figure S3).

Five of the 24 meta-QTL comprised of initial QTL from at least two field environments were specific to either French (MQTL-Ae12, MQTL-Ae20/Ae21) or USA (MQTL-Ae13, MQTL-Ae17) environments, while the remaining 19 were not environment-specific.

The high resolution NMR spectrum of a sample with a PEO Li ratio of 3 2 is consistent with at least two Li environments, one solvated by the polymer and one in small ionic clusters.

We confirm that the macromolecular material comprises a labile fraction with small aromatic units enriched in C and a refractory fraction made up of large aromatic units depleted in C. Our findings suggest that the macromolecular material may be derived from at least two separate environments.