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Systematics and the future of biology

机译:系统学与生物学的未来

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摘要

Biology is a science of three dimensions. The first is the study of each species across all levels of biological organization, molecule to cell to organism to population to ecosystem. The second dimension is the diversity of all species in the biosphere. The third dimension is the history of each species in turn, comprising both its genetic evolution and the environmental change that drove the evolution. Biology, by growing in all three dimensions, is progressing toward unification and will continue to do so. A large part of the future of biology depends on interdisciplinary studies that allow easy travel across the three dimensions. Molecular and cellular biology, the subdisciplines of maximum support and activity today, occupy the two lowest levels of biological organization. They are focused on the first dimension in a small set of model species, selected primarily for their ease of culturing and the special traits that make them amenable for different kinds of analysis. The triumph of molecular and cellular biology has been the documentation of one of the two overarching principles of biology: that all living phenomena are obedient to the laws of physics and chemistry. The other overarching principle of biology is that all living phenomena originated and evolved by natural selection. That, in turn, has been the triumph of organismic and evolutionary biology.
机译:生物学是一门三个层面的科学。首先是研究各个物种在各个生物组织水平上的变化,从分子到细胞再到生物再到种群再到生态系统。第二个维度是生物圈中所有物种的多样性。第三个维度依次是每个物种的历史,包括其遗传进化和推动进化的环境变化。通过在所有三个维度上的发展,生物学正在朝着统一的方向发展,并将继续如此。生物学的未来很大一部分取决于跨学科的研究,这些研究允许在三个维度上轻松进行旅行。分子和细胞生物学是当今获得最大支持和最大活动的子学科,占据了生物组织的两个最低水平。他们专注于一小部分模型物种的第一维,主要是由于其易于培养和使其能够进行各种分析的特殊性状而选择。分子和细胞生物学的成功证明了生物学的两个基本原则之一:所有活着的现象都服从物理和化学定律。生物学的另一个首要原则是,所有生命现象都是通过自然选择而产生和演化的。反过来,这就是有机和进化生物学的胜利。

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