Stagnating productivity in existing germplasm limits agricultural output. Developing specific varieties with superior allelic combinations overcomes inherent biological ceilings on grain volume and quality.

Standard germplasm lacks the specific genetic combinations required to withstand localized biotic and abiotic stressors. Developing stable, high-yielding varieties for specific geographies overcomes yield instability and fiber quality degradation.

Suboptimal germplasm combinations limit the maximum achievable seed yield and oil content in specific environments. Enhancing these alleles overcomes plateaued agricultural productivity.