anagenesis refers to gradual evolutionary change within a lineage.
再生发生是指一个谱系内逐渐的进化变化。
the fossil record often provides evidence of anagenesis over long periods.
化石记录常常提供长期再生发生的证据。
understanding anagenesis is crucial for comprehending evolutionary history.
理解再生发生对于理解进化历史至关重要。
anagenesis differs from cladogenesis, which involves branching evolution.
再生发生与枝叉状演化（分类发生）不同，后者涉及分支进化。
the concept of anagenesis has been debated among evolutionary biologists.
再生发生的概念在进化生物学家之间一直存在争议。
anagenesis can lead to the formation of new species over time.
再生发生随着时间可以导致新物种的形成。
anagenesis is a fundamental process shaping the diversity of life on earth.
再生发生是塑造地球上生命多样性的基本过程。
studying anagenesis provides insights into the mechanisms of evolutionary change.
研究再生发生可以帮助我们了解进化变化的机制。
anagenesis refers to gradual evolutionary change within a lineage.
再生发生是指一个谱系内逐渐的进化变化。
the fossil record often provides evidence of anagenesis over long periods.
化石记录常常提供长期再生发生的证据。
understanding anagenesis is crucial for comprehending evolutionary history.
理解再生发生对于理解进化历史至关重要。
anagenesis differs from cladogenesis, which involves branching evolution.
再生发生与枝叉状演化（分类发生）不同，后者涉及分支进化。
the concept of anagenesis has been debated among evolutionary biologists.
再生发生的概念在进化生物学家之间一直存在争议。
anagenesis can lead to the formation of new species over time.
再生发生随着时间可以导致新物种的形成。
anagenesis is a fundamental process shaping the diversity of life on earth.
再生发生是塑造地球上生命多样性的基本过程。
studying anagenesis provides insights into the mechanisms of evolutionary change.
研究再生发生可以帮助我们了解进化变化的机制。
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