Multi-parent advance generation intercross population has great significance in terms combination of favourable allele as well as production of variety can use directly for cultivation.
Rust is the major disease in wheat across the world, and breeding for rust resistance is the efficient and cost effective method for disease control. As we know breeding for single major resistance gene is not a durable method of disease control and it also cause the pressure on pathogen race resulted in evolve the new race of pathogen in course of time. So breeding for all prevalent race through pyramiding provide durable control over the disease and also crop cultivar is uniform product per se compare to multiline that is also a method of durable resistance breeding
Use of SUSIBA2 rice in reducing the methane emissions from the paddies may turn into more substantial with the global warming. Increased temperatures quicken methane emissions in all ecosystems including paddies, but they also favour SUSIBA2-derived carbon apportionment to the seeds and aboveground biomass, thus responding the temperature-driven acceleration of rice paddy methane emissions.