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Evaluates temperature tolerance in maize genotypes, suggesting stress-resilient options.
BACKGROUND: Maize (Zea mays L.) is a major cereal crop of global importance, valued not only for its nutritional importance but also for its diverse phytochemical composition. Metabolomics offers a comprehensive platform to investigate physiological and biochemical alterations caused by various factors and facilitates the analysis of metabolic alterations associated with varying temperature tolerance in maize genotypes. RESULTS: resulted in the highest germination rate (100%), with SMC-7 and SMC-4 responding more positively than KG-3. CONCLUSION: Collectively, these findings highlight the metabolic, nutritional, and physiological bases of differential LT tolerance in maize genotypes, and suggest that genotypes such as KG-3 hold promise for both stress-resilient cultivation and nutritional enhancement in temperate agroecosystems.
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Ramazan et al. (2026) studied this question.
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