美国科罗拉多州落基山国家公园的地球科学教育和公众宣传

Q3 Earth and Planetary Sciences
C. Newman
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引用次数: 0

摘要

&NA;科罗拉多州中北部的落基山国家公园(RMNP)展示了许多壮观的地质特征,这些特征体现了地质时间尺度以及地质过程的广度和威力。结合广泛的步道系统,这些特征使人们能够获得有效的地球科学教育机会。2015年7月,为了庆祝RMNP成立一百周年,作者两次指导公众进行地质教育徒步旅行。徒步路线往返约15公里(~9.3英里),主要穿过元古界变质岩和火成岩,这些岩石构成了RMNP的大部分基岩。除了结晶基岩外,该路线还包括对众多冰川特征的观测以及对该地区水文和人为影响的讨论。一项教学后调查表明,观察到的路线和特征有助于提高公众对地质过程的认识以及与景观的联系感。尽管国家公园管理局认为这条路线很艰苦,但它可以用于公众宣传和各种用户群体的地质教育。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geoscience education and public outreach in Rocky Mountain National Park, Colorado, U.S.A.
&NA; Rocky Mountain National Park (RMNP) in north‐central Colorado exhibits a number of spectacular geologic features that exemplify geologic timescales and the breadth and power of geologic processes. Combined with the extensive system of trails, these features allow excellent access to effective Earth‐science educational opportunities. In July 2015, to help celebrate the centennial of RMNP, the author guided a geology‐based educational hike for the public on two occasions. The hiking route is approximately 15 km (˜9.3 mi) round‐trip and traverses through primarily Proterozoic metamorphic and igneous rocks that comprise the majority of bedrock in RMNP. In addition to crystalline bedrock, the route also incorporated observation of numerous glacial features and discussion of area hydrology and anthropogenic impacts. A post‐instructional survey indicates that the route and features observed helped to increase public awareness of geologic processes and sense of connection with the landscape. The route, although considered strenuous by the National Park Service, could be utilized for public outreach and geologic education for a wide variety of user groups.
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来源期刊
Rocky Mountain Geology
Rocky Mountain Geology Earth and Planetary Sciences-Geology
CiteScore
1.10
自引率
0.00%
发文量
4
期刊介绍: Rocky Mountain Geology (formerly Contributions to Geology) is published twice yearly by the Department of Geology and Geophysics at the University of Wyoming. The focus of the journal is regional geology and paleontology of the Rocky Mountains and adjacent areas of western North America. This high-impact, scholarly journal, is an important resource for professional earth scientists. The high-quality, refereed articles report original research by top specialists in all aspects of geology and paleontology in the greater Rocky Mountain region.
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