Low temperature in early spring impairs wheat growth and grain yield. However, little is
known about the cytological and molecular mechanisms underlying low temperature …

Low spring temperatures often occur during the winter wheat booting stage, when the young
ears are very sensitive to cold. In this study, we used two wheat varieties differing in cold …

Wheat exhibits a heightened sensitivity to heat during spike differentiation, and varietal
characteristics and the duration of exposure influence its ability to withstand such stress …

Spike development in wheat is a complicated development process and determines the
wheat propagation and survival. We report herein a proteomic study on the bread wheat …

Late spring coldness (LSC) is critical for wheat growth and development in the Huang-Huai
valleys of China. However, little is known about the molecular mechanisms for young spikes …

Spring cold stress poses a great threat to wheat reproductive growth, leading to
compromised spike development and grain yield. There are two types of cold stress ie …

Late spring cold (LSC) occurred in the reproductive period of wheat impairs spike and floret
differentiation during the reproductive period, when young spikelets are very cold-sensitive …

The number of leaves on the main culm was correlated with morphological changes in the
wheat spike during development, up to the terminal spikelet stage. The developmental …

With the frequent occurrence of climatic anomalies, spring frost has become a significant
limiting factor on wheat production, especially during the reproductive growth stage. A high …

Grain yield of hard red spring wheat (HRSW)(Triticum aestivum L.) is influenced by the
number of spikelets produced per spike. There is a need to better understand, for predictive …