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Evolutionary rates and species diversity in flowering plants

机译:开花植物的进化速率和物种多样性

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Genetic change is a necessary component of speciation, but the relationship between rates of speciation and molecular evolution remains unclear. We use recent phylogenetic data to demonstrate a positive relationship between species numbers and the rate of neutral molecular evolution in flowering plants tin both plastid and nuclear genes). Rates of protein and morphological evolution also correlate with the neutral substitution rate, but not with species numbers. Our findings reveal a link between the rate of neutral molecular change within populations and the evolution of species diversity. [References: 41]
机译:遗传变化是物种形成的必要组成部分,但物种形成速率与分子进化之间的关系仍不清楚。我们使用最新的系统发育数据来证明物种数量与质体和核基因中的开花植物中性分子进化速率之间存在正相关关系。蛋白质和形态进化的速率也与中性取代率相关,但与物种数量无关。我们的发现揭示了种群内中性分子变化速率与物种多样性进化之间的联系。 [参考:41]

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