基于岩性、地球化学分析和地质遗产评价的Boalemo红灰岩地质旅游开发研究

Nana Juhriana Yusuf, Yayu Indriati Arifin, Ronal Hutagalung, Intan Noviantari Manyoe
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引用次数: 0

摘要

印度尼西亚有非常多样和独特的岩石,有可能成为地质遗产。根据现有的潜力,需要一个综合的管理系统,使其能够为社区的福利所利用,其中一个是地质公园。Gorontalo的岩石分布由几个地层组成,其中一个是Tinombo地层,这是最古老的地层。在这个地层中有红色石灰岩,由于其稀有性,它具有巨大的潜力,因此可以开发成戈伦塔洛地质公园的一个地点。本研究的目的是对Boalemo Regency的地质特征进行地质现场评估,为Gorontalo Boalemo Regency开发地质旅游提供依据。研究地点位于哥伦塔洛省Boalemo县Wonosari街道Dimito村和Tilamuta街道Lahumbo村。本研究采用了岩性分析、地球化学分析和地质遗址潜力分析等方法,并参照地质调查中心《地质遗迹资源评价技术指南》进行了研究。结果表明:石灰石中的红色控色矿物为赤铁矿和钙石,石灰石中的红色控色化学元素为SiO2、MnO、Fe2O3、Sr和CaO。地质特征评价结果表明,沃诺萨里红灰岩遗址和蒂拉穆塔红灰岩遗址属于中等级别。利用自然实验室对哥伦塔洛地质公园的开发,可以将红灰岩开发为教育领域的研究对象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Boalemo Red Limestone for Geotourism Development based on Lithological, Geochemical Analysis and Geological Heritage Assessment
Indonesia has very diverse and unique rocks that have the potential to become a geological heritage. Based on the existing potential, an integrated management system is needed so that it can be utilized for the welfare of the community, one of which is a geopark. Gorontalo has a rock distribution consisting of several formations, one of which is the Tinombo Formation which is the oldest formation. In this formation there is red limestone which has great potential due to its rarity so that it can be developed into a site in the development of a geopark in Gorontalo. The purpose of this research is to conduct a geosite assessment of geological features in Boalemo Regency as a basis for developing geotourism in Boalemo Regency, Gorontalo. The research site is located in Dimito Village, Wonosari Subdistrict and Lahumbo Village, Tilamuta Subdistrict, Boalemo Regency, Gorontalo Province. The methods used in this research are lithological analysis, Geochemical analysis and geosite potential analysis using the technical guidelines for geological heritage resource assessment by the Geological Survey Center. The results showed that the red color-controlling minerals in limestone are hematite and rodoxite, the red color-controlling chemical elements in limestone are SiO2, MnO, Fe2O3, Sr and CaO. The results of the assessment of geological features explain that the Wonosari Red Limestone Site and the Tilamuta Red Limestone Site are included in the medium category. Geosite Red Limestone can be developed as an object of study in the field of education by utilizing natural laboratories for the development of geoparks in Gorontalo.
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