西南太平洋的地质遗产和地质多样性要素:一个概念框架

Q1 Social Sciences
Károly Németh , Ilmars Gravis
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引用次数: 4

摘要

西南太平洋是一个广阔的海洋区域,它的许多岛屿难以进入,在地质遗产背景下相对未被开发。在这里,我们提供了一个潜在的框架来系统地评估西南太平洋的地质遗产价值,并创建一个整体和多价值的清单。我们概述了数字地形模型作为地形分类工具和其他新可用空间数据的使用。虽然新西兰在科学和文化上被认为是西南太平洋的一部分,但由于其广袤的陆地和已有的重要科学数据,我们在这里将其排除在我们的分析之外。相反,我们正在进行的研究的目的是提供对西南太平洋小岛屿国家地质遗产潜力和独特特征的第一次全面概述。本研究只包括那些地质遗产研究已经开始的岛屿,包括瓦努阿图(Ambrym, Ambae, Lopevi, Kuwae group, Tanna),汤加(Tongatapu, Tofua)和萨摩亚(Savai 'i和Upolu)等反映了良好地质多样性的岛屿。在大地构造背景下,西南太平洋位于大太平洋板块的西端,导致了广泛的大地构造情况,其中收敛的板块边界作用支配着我们研究区域岛屿上广泛的地质演化和地貌过程。在公众对该地区的认识中,与板块边界有关的火山活动是与该地区有关的最具特征和最容易识别的地质过程之一。火山作用与弧型地质系统相关联,形成复杂的复合多成因火山作用,为该区地质地貌的多样性提供了独特的地质地貌要素。此外,这些火山活动从人类社会建立之初就塑造了人类社会。波利尼西亚社会与火山活动的相互作用提供了独特的地理文化视角,以积累的口头传统为基础,形成了21世纪日常生活的文化习俗基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geoheritage and geodiversity elements of the SW Pacific: A conceptual framework

The Soutwest (SW) Pacific is an expansive oceanic region with many of its islands difficult to access and relatively unexplored in a geoheritage context. Here we provide a potential framework for systematically assessing geoheritage values of the SW Pacific and creating a holistic and multi-value inventory. We outline the use of digital terrain models as landform classification tools, and other newly available spatial data. While New Zealand is scientifically and culturally recognised as part of the SW Pacific, due to its large landmass and significant scientific data already available, here we excluded it from our analysis. Rather, the aim of our ongoing research is to provide the first comprehensive overview of the geoheritage potential and unique characteristics of small island nations of the SW Pacific. Only those islands were included in this study where geoheritage research has been initiated and include islands reflecting a good spectrum of geodiversity such as Vanuatu (Ambrym, Ambae, Lopevi, Kuwae group, Tanna), Tonga (Tongatapu, Tofua), and Samoa (Savai’i and Upolu). In a geotectonic context the SW Pacific sits on the western extremity of the large Pacific plate, resulting in a broad array of geotectonic situations where convergent plate boundary processes govern the broad geological evolution and geomorphological processes seen on the islands of our study area. Volcanism associated with plate boundaries is one of the most characteristic and recognisable geological processes linked with the region in the public perception of the area. Volcanism is associated with arc-type geosystems forming complex and compound polygenetic volcanism which offers unique geological-geomorphological elements shaping geodiversity of the region. In addition, these volcanic processes have shaped human communities since the earliest days of their establishment. The interaction of Polynesian societies with volcanism provides a unique geocultural perspective based on accumulated oral traditions, forming the basis of cultural practices that remain part of everyday life into the 21st century.

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来源期刊
International Journal of Geoheritage and Parks
International Journal of Geoheritage and Parks Social Sciences-Urban Studies
CiteScore
6.70
自引率
0.00%
发文量
43
审稿时长
72 days
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