Discover how a groundbreaking study on plant hormones, ABA and Auxin, is transforming the way crops like rice and maize respond to drought. By adjusting their root angles, these plants can dig deeper for water during dry spells, offering hope for more sustainable farming in the face of climate change.
The chromosome-scale genome of grasspea (Lathyrus sativus) offers a detailed genetic map for this drought-tolerant, nutrient-rich legume. Known for its resilience and potential to thrive in harsh conditions, grasspea has become a promising crop for food security and sustainable agriculture. This research provides a valuable resource for understanding legume evolution and supports breeding efforts to enhance grasspea’s productivity and nutritional quality while reducing the neurotoxin levels that limit its consumption. This genome will aid scientists in developing hardier, safer crops to support communities in drought-prone regions.
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