Last Update: 10/26/2026 at 11:33 PM EST
Agricultural Resilience Innovations
Coverage from AP News, bioRxiv, and others
Agricultural resilience innovations combine changes in farm management with advances in crop genetics and breeding.
Examples include no-till farming, cover crops, livestock integration, perennial grains such as Kernza, and genetically edited soybeans designed to grow deeper roots, withstand drought, and retain more carbon in soil. Breeding programs are also using genetic diversity in crops such as yams to identify traits suited to changing environments. Their potential benefits must be weighed against questions about yield, disease, permanence of stored carbon, input use, farmer adoption, processing capacity, and market demand.
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All Articles7 articles
Important
Kansas farmers and researchers are evaluating perennial grains in 2020s drought conditions to improve farm resilience, soil protection, and carbon storage.
9/4/2026 • Adaptation & Resilience • General
Interesting
Researchers analyzed 167 Dioscorea accessions across African climate zones in a preprint study to identify genetic resources for future climate-resilient yam breeding.
9/10/2026 • Adaptation & Resilience • General
Jonathan Lundgren's study found that regenerative farms across the United States stored more soil carbon with comparable profits, as President Donald Trump expanded federal support for regenerative agriculture while backing pesticide policies.
9/16/2026 • Clean Energy & Emissions • General
Salk Institute researchers are testing genetically engineered deep-rooted soybeans in Illinois, Missouri, Kansas and Iowa to assess drought resilience and agricultural carbon storage.
9/20/2026 • Clean Energy & Emissions • General
Salk Institute researchers are testing genetically edited deeper-rooted soybeans in Illinois and planned Midwestern sites to evaluate drought resilience and durable carbon storage.
9/18/2026 • Clean Energy & Emissions • General
Salk Institute researchers are testing genetically engineered deep-rooted soybeans in Midwestern United States field trials through 2026 to assess drought resilience and soil carbon storage.
9/18/2026 • Clean Energy & Emissions • General
Dong C. Y. and colleagues reported in 2026 that genetically engineered corn, soybean, and cotton improved yield stability and moderated climate-driven production shifts across the United States.
9/18/2026 • Adaptation & Resilience • General
