Sentence examples for sensitive wheat from inspiring English sources

Each of these events alone can reduce the grain yield for heat sensitive wheat cultivars.

In fact, it showed that a more serious threat for wheat production in Europe may result from an increase in frequency and magnitude of heat stress around flowering with potentially significant yield losses for heat sensitive wheat cultivars commonly grown in northern Europe.

In addition, we used different genotypes of winter (tolerant) and spring (sensitive) wheat to identify miRNAs associated with Al and freezing tolerance.

By analogy, a transcriptomic analysis of tolerant and sensitive wheat strains indicates that transcripts coding for heat shock proteins, heat shock and other transcription factors are already turned on during acclimation for 3 h at 34° [ 35].

In addition to the well studied tolerant wheat Atlas66 and the sensitive wheat Bounty used in our previous study [ 19], we used two near isogenic lines (NILs) derived from a cross between Atlas66 and the sensitive cultivar Century [ 32].

Macfie and Taylor [ 6] reported that the photosynthetic rate per unit chlorophyll (Chl) decreased in the sensitive wheat cultivar as Mn concentration in solution increased, indicating that Mn exerted its toxic effect on both Chl content and photosynthesis per unit Chl.

In the present study, two near-isogenic lines (NILs) contrasting for the Rht8/tall allele from Mara in a UK-adapted and photoperiod-sensitive wheat variety were evaluated in trials with varying nitrogen fertiliser (N) treatments and water regimes across sites in the UK and Spain.

SnTox3-sensitive wheat (Triticum aestivum genotype BG220) and the S. nodorum wildtype strain SN15 were grown as previously described [ 26].

ToxA is a small (13.2 kDA) secreted protein [ 8– 10] that leads to necrosis in ToxA-sensitive wheat lines.

Al-tolerant rye was found to maintain a higher content of glucose-6-phosphate than Al-sensitive wheat in response to Al exposure [ 49].

Genes related to lignin biosynthesis have often been identified as responding to Al stress in monocots [ 28, 33, 87, 88], and higher lignin deposition has been associated with root growth inhibition in Al-sensitive wheat genotypes [ 87].