Sentence examples for low vigor from inspiring English sources

'Arbequina' is the olive cultivar preferred by growers for the design of the trendy high-density orchards due to its low vigor, high yield, and extraordinary oil quality.

Alternatively, density management aims to reduce tree stress to the remaining trees by ensuring higher light, water, and nutrient levels, and thus may limit competition related mortality (either directly due to drought or indirectly, e.g., insect related mortality due to low vigor, often found in high-density unmanaged stands (e.g., Neumann and Minko 1981).

Added focus on canopy management, which gives the grapes more sunlight to ripen by removing excess foliage, and low vigor rootstock and pruning combine to achieve lower yields and have started to produce better results.

Vineyards were surveyed for general signs of trunk diseases, including low vigor, stunted canopy, missing spur positions, dead cordons, and overall decline.

In rice, antisense phenotype of OsARF1 gene showed stunted growth, low vigor, curled leaves and sterility, suggesting that the gene is essential for vegetative and reproductive development [ 31].

Excessive fatigue and low vigor may have implications for successful rehabilitation and return to work for patients following lumbar spinal surgery.

This hypothesis is consistent with genome analyses that revealed a higher frequency of frameshift mutations in a vigorous heterozygous diploid line compared with a low-vigor, homozygous doubled monoploid line (Potato Genome Sequencing Consortium 2011).

Five QTLs for mesocotyl length were identified by the slant-board test using an F2 population derived from a cross between a low-vigor japonica cultivar and a high-vigor indica cultivar (Redoña and Mackill [1996]).

Booting stage was the least plastic developmental stage, crediting unique negative symptom (inhibition of boots opening) resulted in short spikes, few seeds, empty spikes and low seed vigor.

A pair of recent papers by Biscarini et al. (2014, 2015) developed a cross-validation−based algorithm for selecting single-nucleotide polymorphisms that maximally classified sugar beets into high and low root vigor.

A set of F2 3 populations including 200 individuals and lines derived from a cross between the indica and japonica varieties 'Milyang 23' x 'Jileng 1' was used to locate QTL for low-temperature vigor of germination (LVG) and to develop a cold-response index for vigor of germination (CIVG).