Nurul Rochmah Pramadika, Try Kurniawan Akhbar, Sarmoko Saridi

Penerapan Infrastruktur Wisata Berkelanjutan Melalui Penerapan Konsep Struktur Tahan Gempa

Introduction

Penerapan infrastruktur wisata berkelanjutan melalui penerapan konsep struktur tahan gempa. Teliti penerapan konsep struktur tahan gempa pada infrastruktur wisata berkelanjutan di Indonesia. Tingkatkan keamanan, efisiensi biaya, dan daya saing pariwisata.

Abstract

Indonesia, situated within the Pacific Ring of Fire, faces a high susceptibility to seismic activity. This geographical vulnerability presents significant challenges for the tourism sector, especially concerning supporting infrastructure such as hotels, resorts, tourist bridges, and public facilities. Tourist safety is not only a primary concern but also a critical element in achieving sustainable tourism development. This study explores the application of earthquake-resistant structural concepts in tourism infrastructure construction, emphasizing technical planning aspects and their relevance to destination sustainability. The methodology includes a literature review of earthquake-resistant building standards (SNI 1726:2019 and international regulations), case study analysis of tourism areas vulnerable to earthquakes in Indonesia, and an evaluation of the integration of civil engineering principles with sustainable tourism development. The findings indicate that implementing earthquake-resilient engineering not only enhances safety but also supports long-term cost efficiency, environmental protection, and improved tourist comfort. Therefore, developing earthquake-resistant tourism infrastructure is a vital strategy for maintaining Indonesia’s competitiveness in the global tourism market

Review

The submitted work, "Penerapan Infrastruktur Wisata Berkelanjutan Melalui Penerapan Konsep Struktur Tahan Gempa," addresses a highly pertinent and critical issue for Indonesia's tourism sector. Given Indonesia's location within the Pacific Ring of Fire, the inherent seismic vulnerability poses a substantial threat to both tourist safety and the long-term viability of tourism infrastructure. The abstract clearly articulates the problem and positions earthquake-resistant infrastructure as a fundamental component of sustainable tourism development, highlighting the direct link between safety and destination competitiveness. This foundational premise is sound and resonates with current global calls for resilient development. The proposed methodology appears robust, combining a comprehensive literature review of relevant national (SNI 1726:2019) and international earthquake-resistant building standards with case study analysis of vulnerable tourism areas. The integration of civil engineering principles with sustainable tourism development is a commendable approach, bridging technical expertise with broader development goals. The abstract outlines compelling findings, indicating that earthquake-resilient engineering not only directly enhances safety but also yields benefits in terms of long-term cost efficiency, environmental protection, and improved tourist comfort. These multifaceted benefits underscore the significant practical implications of the study's conclusions. While the abstract provides a strong overview, a full manuscript would benefit from a more detailed discussion on the economic feasibility of implementing these concepts across diverse scales of tourism infrastructure, perhaps including a cost-benefit analysis. Furthermore, exploring the challenges of policy enforcement and community engagement in adopting such robust construction standards would enrich the practical relevance. Nevertheless, this study makes a valuable contribution by firmly establishing the imperative for earthquake-resistant infrastructure as a strategic pillar for maintaining Indonesia's competitive edge in the global tourism market. Its findings are highly relevant for policymakers, urban planners, and developers in seismically active regions worldwide.

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