Modular plant phenotypic analysis technical scheme——Natural drought resistance breeding and phenotypic identification
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The University of Sheffield and the International Rice Research Institute conducted collaborative research in this area. The researchers used the OsEPF1 developmental signal level of a new high-yielding rice variety IR64 to produce fewer stomata.
The end result shows that rice strains with low stomatal density have a greater ability to retain moisture. When grown at elevated atmospheric CO 2 concentrations, low-pore density rice maintains its stomatal conductance while remaining longer under drought and high temperatures. Although the photosynthetic rate of low-pore density rice is lower under certain conditions, an equivalent or even higher yield can be obtained.
As a result, researchers have suggested that fewer pores make rice more conserved when using water, thus obtaining drought resistance. They expect that this new discovery will perform better in the future due to food security threats caused by climate change.
Modular plant phenotypic analysis technical solution recommended:
4. WIC infrared thermal imager