Publications by authors named "D L I H K Peris"

Article Synopsis
  • Reproductive barriers among sister species of the fungus Trichaptum abietinum are stronger where their populations overlap, suggesting that selection may be promoting these barriers to prevent hybridization.
  • Genetic analysis reveals six main groups of T. abietinum located in Asia, Europe, and North America, with North American groups showing reproductive isolation while European groups can interbreed.
  • The research highlights a correlation between genomic divergence and reproductive barriers, along with the potential role of specific genes in hybrid sterility, indicating that T. abietinum is a valuable model for studying how species evolve separately and maintain reproductive differences.
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Artificially intelligent physical activity digital assistants that use the full spectrum of machine learning capabilities have not yet been developed and examined. This study aimed to explore potential users' perceptions and expectations of using such a digital assistant. Six 90-min online focus group meetings (n = 45 adults) were conducted.

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Thermogenesis in plants is the ability to raise their temperature above that of the surrounding air through metabolic processes, and is especially detected in reproductive organs. Warming benefits plants by facilitating the transmission of odours and compounds that attract insects. As a result, these plants increase their odds of being pollinated by the attracted insect.

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Interactions with angiosperms have been hypothesised to play a crucial role in driving diversification among insects, with a particular emphasis on pollinator insects. However, support for coevolutionary diversification in insect-plant interactions is weak. Macroevolutionary studies of insect and plant diversities support the hypothesis that angiosperms diversified after a peak in insect diversity in the Early Cretaceous.

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To understand how species evolve and adapt to changing environments, it is important to study gene flow and introgression due to their influence on speciation and radiation events. Here, we apply a novel experimental system for investigating these mechanisms using natural populations. The system is based on two fungal sister species with morphological and ecological similarities occurring in overlapping habitats.

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