Corteva Agriscience

Last updated April 7, 2026

Innovation Areas

Sorghum multi-stress resistance breeding: Corteva AgriscienceRecent Research Landscape

Sorghum yield stability remains limited by simultaneous susceptibility to anthracnose and environmental drought stress during the breeding cycle.

What technical problems is Corteva Agriscience addressing in Sorghum multi-stress resistance breeding?

Bacterial foliar disease susceptibility

(7)evidences

Sorghum yields decline significantly when concurrent biotic pests and abiotic environmental stressors overwhelm standard genetic defenses.

Inbred anthracnose fungal infection

(6)evidences

Sorghum crops suffer significant yield losses when simultaneous biotic and abiotic stressors exceed the genetic capacity of traditional lines.

Multi-stress agronomic trait instability

(14)evidences

Sorghum crops suffer significant yield losses when simultaneous biotic and abiotic stressors like anthracnose and drought exceed plant defense thresholds.