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Published in Current Biology, the study compared cultivated apples with wild relatives from Europe and Asia. It found that as apples spread across regions, they repeatedly exchanged genetic traits with wild populations, shaping their development over time.
These genetic exchanges played a key role in determining important characteristics such as flavour, disease resistance, and adaptability to different environments. The research also showed that different apple types, including dessert and cider varieties, followed distinct evolutionary paths.
The findings highlight that wild apple trees remain a vital genetic resource, offering traits that could help develop new varieties better suited to disease resistance and climate change.
Beyond apples, the study suggests that other fruit crops may have evolved in similar ways. It underscores the importance of conserving wild plant populations and leveraging their genetic diversity to support more sustainable and resilient agriculture.