Zhou Zhimin, Mehmood Shafaqat, Khan Ather Azim, Ahmad Zahid, Khan Salman
College of Management, Shenzhen University, Shenzhen, Guangdong, PR China.
Faculty of Management and Administrative Sciences, University of Sialkot, Pakistan.
Heliyon. 2022 Oct 4;8(10):e10893. doi: 10.1016/j.heliyon.2022.e10893. eCollection 2022 Oct.
Environmental sustainability is essential in tourism literature, and sun-and-beach tourism (SBT) is one of the most popular subsections of the tourism field. The appropriate policies and strategies during the COVID-19 pandemic to revive SBT growth through the lens of the regulatory dimension (RED) and risk dimension (RID) of environmental sustainability are gaining timely ground to conduct this research. The current study examined the nexus between SBT, RED, and RID utilizing three novel indexes (i.e., weighted sun-and-beach tourism index, weighted regulatory dimension index, and weighted risk dimension index) by employing the principal component analysis within the framework of six stages of empirical estimation strategy. These three novel indexes combine the most commonly used SBT, RED, and RID indicators. This research tested the CSD and homogeneous, then employed the second generation CIPS-CADF panel unit root test, used an AMG estimator, and employed the panel Toda-Yamamoto (PTY) causality test. The findings revealed that the RED positively influences SBT while the RID mitigates SBT. Results also indicate bidirectional causality between SBT, RID, and RED. In other words, changes in RID and RED have predictive power for the SBT, which further highlights the role of SBT on the RID and RED. Therefore, concerned authorities can focus on environmental sustainability design initiatives and appropriate policy/strategy implications to boost SBT.
环境可持续性在旅游文献中至关重要,而阳光沙滩旅游(SBT)是旅游领域最受欢迎的细分领域之一。在新冠疫情期间,从环境可持续性的监管维度(RED)和风险维度(RID)的角度出发,制定适当的政策和策略以恢复SBT的增长,正适时地为开展这项研究奠定基础。本研究通过在实证估计策略的六个阶段框架内运用主成分分析,利用三个新指标(即加权阳光沙滩旅游指数、加权监管维度指数和加权风险维度指数),研究了SBT、RED和RID之间的关系。这三个新指标结合了最常用的SBT、RED和RID指标。本研究对协整和同质性进行了检验,然后采用了第二代CIPS-CADF面板单位根检验,使用了AMG估计器,并采用了面板Toda-Yamamoto(PTY)因果关系检验。研究结果表明,RED对SBT有正向影响,而RID则对SBT有缓解作用。结果还表明SBT、RID和RED之间存在双向因果关系。换句话说,RID和RED的变化对SBT具有预测能力,这进一步凸显了SBT对RID和RED的作用。因此,有关当局可以专注于环境可持续性设计举措以及适当的政策/战略影响,以促进SBT的发展。