研究显示,年轻的类型中感知到的进化速度增加可能是由于统计噪音而不是内在特性. Study reveals perceived evolutionary rate increases in younger clades may be due to statistical noise, not intrinsic properties.

在PLOS计算生物学的一项研究表明,在较短的时间框架内,进化速率的感知增加可能源于统计"噪音",而不是年轻的基团的内在特性. A study in PLOS Computational Biology suggests that perceived increases in evolutionary rates over shorter timeframes may stem from statistical "noise" rather than intrinsic properties of younger clades. 研究人员Brian C. O'Meara和Jeremy M. Beaulieu认为,这种异常现象可能歪曲进化加速。 Researchers Brian C. O'Meara and Jeremy M. Beaulieu argue that this anomaly can misrepresent evolutionary acceleration. 他们的调查结果突出表明,在分析不同时间尺度的生物多样性模式时,必须考虑到偏见和错误。 Their findings highlight the need to consider biases and errors in analyzing biodiversity patterns across varying time scales.