Accelerating climate resilient agriculture through the integration of molecular breeding with genome editing and omics approaches
Climate change poses a profound threat to global food security, particularly in vulnerable arid and semi-arid ecosystems. Conventional breeding remains insufficient for addressing complex polygenic traits like drought and heat tolerance, making molecular breeding crucial.
Published in Research Data and Agricultural & Food Science
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This review synthesized the four-decade evolution of molecular breeding, tracing the transition from foundational RFLP markers to high-resolution DArTSeq platforms, CRISPR-based genome editing, and the emerging integration of multi-omics. A systematic analysis of 202 peer-reviewed articles (1986–2025) was conducted to evaluate the evolution of molecular markers and their application in MAS, QTL mapping, GWAS, genome editing, and omics to enhance
the resilience of forage species and staple crops. The scope acknowledged English-language literature, targeting forage cereal over pulse and tree species.
Researcher in Plant Breeding and Genetic Improvement , ARARI
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Life Sciences > Biological Sciences > Agriculture
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