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Unveiling the Ancient Hybrid Legacy of the Potato | Science-Environment

CHINA, AUG 1 – Researchers identified key genes from an ancient hybridization between tomato and Etuberosum that led to potato tubers and genetic diversity, making it the third most important staple crop.

Summary by Devdiscourse
The potato's evolutionary origins have been decoded, tracing back to a hybridization event between a wild tomato and a potato-like species in South America 9 million years ago. This genetic crossover resulted in the development of tubers, enabling the potato's adaptation to cold Andean environments.
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A study showing the origin of potatoes, one of the world's most important agricultural crops, has confused scientists. But a team of multinational researchers has been able to discover the secret by analysing 450 genomes of cultivated potatoes and 56 species of wild potatoes. The main preparer of the study, Chiang Chang of the Institute of Agricalcher Genumix Insteet, in Chinese Shenzhen, has shown that "it is very difficult to collect samples o…

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China Daily broke the news in China on Friday, August 1, 2025.
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