Plant Cell & Environment · 1982 · 71 citations · 12 references
AgriculturePlant BiologyPlant SciencesCrop PhysiologyPlant EcophysiologyPlant PhysiologyCrop PhenologyPlant Growth RegulationSeasonal Growth PatternsTemperature ResponsesCrop Emergence TimingLeaf Size AnalysisLeaf Temperature ResponsesSeasonal Growth VariationSowing Date Effects On PhenologySowing TimeSowing TimingTemperature Response Patterns
Abstract Rate of leaf emergence of barley grown in the field in each of 2 years was affected by sowing date and, where direct comparisons were possible, it was found that leaves on late‐sown plants emerged more quickly. Rate of leaf emergence fluctuated throughout the season, slowing almost to zero in the winter. Much of this variation in rate was removed when the number of leaves was plotted against accumulated temperature rather than time. When emergence rates for each sowing were calculated using a common base temperature they were found to be well correlated with rate of change of daylength. However, it was (bund that base temperature as well as temperature response was affected by date of sowing. The pattern of change of size of leaves was also affected by date of sowing. It appeared that in low temperatures and short days, there was no increase in leaf size from leaf position to leaf position. The responses of leaf emergence, extension and final size to date of sowing appear to adapt the plant to grow quickly when sown early but to cease growth and possibly frost‐harden at low temperatures.
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Field Studies of Cereal Leaf Growth
J. N. Gallagher · Journal of Experimental Botany · 1979 · 238 citations
Opportunities for Increasing Crop Yields.
R. W. Snaydon, R. G. Hurd, P. V. Biscoe et al. · Journal of Applied Ecology · 1982 · 146 citations
Agriculture, Agronomy, Crop Sciences +12
Field Studies of Cereal Leaf Growth
J. N. Gallagher, P. V. Biscoe, Jim Wallace · 1979 · 117 citations