生物进化中的连续性、简化和范式转换

S. Garte
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引用次数: 0

摘要

在进化过程中,连续性的原则经常被不连续的跳跃所违背,从而导致进化史上的“间断”。高度精确的细胞复制保真度是生物进化的要求。在以前的工作中,我使用了一个统计理论模型来证明高复制保真度进化中的不连续性。根据方法的粒度,连续的和跳跃的进化史观点都与科学的世界观一致,也与艾米丽·博林等人所阐述的生物学中的简化概念一致。生物系统复杂性与进化简化思想之间的明显矛盾可以通过考虑单个系统的全局简化选择和系统复杂性增加的局部进化来解决。解释进化过程中的阈值和不连续性可能需要包括生物科学中的目的论和能动性等范式,并具有神学含义。
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Continuity, Simplification, and Paradigm Shifting in Biological Evolution
The principle of continuity in evolution is often violated by discontinuous saltations leading to "punctuations" in evolutionary history. Highly accurate cellular replication fidelity is a requirement for biological evolution. In previous work, I have used a statistical theoretical model to demonstrate discontinuity in the evolution of high replication fidelity. Depending on the granularity of approach, both a continuous and a saltational view of evolutionary history are consistent with a scientific worldview of creation, and with the concept of simplification in biology as articulated by Emily Boring et al. The apparent contradiction between the complexity of biological systems with the idea of evolutionary simplification can be resolved by considering the globally simplifying selection of single systems and the local evolution of increasing system complexity. Explanations of thresholds and discontinuities during evolution might require the inclusion of paradigms such as teleology and agency in biological science, with theological implications.
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