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Article title
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Abstract
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Key words
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Introduction
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Materials and methods
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Plant materials
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Observation of flowering phenology
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Breeding system experiment
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Observation of pollinating insects and their behavior
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Glass cylinder experiment
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Detection of volatile components in flowers
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Data analysis
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Results
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Temperature-dependent pollinia transfer efficiency
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Insufficient media for the seed formation of C. kanran
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Pollinating insects and their behavior
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Attraction of A. cerana by olfactory signals in C. kanran
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Candidate volatile components for pollinator attraction
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Discussion
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Deceptive pollination strategy in C. kanran
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Impact of deceptive pollination on C. kanran’s fruit set rate
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Enhanced opportunities for outcrossing via deceptive pollination
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Specialized pollination systems enhance reproduction in scattered plant populations
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Some aldehyde compounds may be effective volatile compounds for attracting pollinators
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The role of flower colors in C. kanran’s pollination strategy
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Implications for conservation of C. kanran
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Conclusion
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Additional information
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Conflict of interest
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Ethical statement
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Funding
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Author contributions
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Author ORCIDs
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Data availability
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Reference
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