Rocky Mountain paleontology: Digging the past with an eye to the future

J. Hagadorn
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引用次数: 1

Abstract

Science is a verb. Its approach, the scientific method, brings us closer to understanding nature through discovery and hypothesis testing. In most deep-time and deep-Earth science, complete understanding is unachievable. Fortunately, we move closer to it with each new generation of scientists, creating frameworks of knowledge that evolve with ever-more-refined observations, interpretations, and hypotheses. The field of paleontology epitomizes this phenomenon, and its evolution is intimately tied to fossils and strata of the Rocky Mountains. Using examples from the American West, the ensuing article highlights how a field anchored in the archaic has a very bright future—because paleontology has grown to help our community answer Earth-science questions spanning tectonics, climate, the evolutionary history of life, and beyond.
落基山脉古生物学:挖掘过去,着眼于未来
科学是一个动词。它的方法,科学的方法,通过发现和假设检验使我们更接近于理解自然。在大多数深时间和深地球科学中,完全理解是不可能实现的。幸运的是,随着每一代新科学家的诞生,我们离这个目标越来越近,他们创造了知识框架,这些框架随着越来越精细的观察、解释和假设而进化。古生物学领域是这种现象的缩影,它的发展与落基山脉的化石和地层密切相关。接下来的文章以美国西部的例子为例,强调了一个以古代为基础的领域是如何有一个非常光明的未来的——因为古生物学已经发展到可以帮助我们的社区回答跨越构造、气候、生命进化史等地球科学问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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