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This paper aims to explore the intricate relationship among urban tourism, sustainability and the contributions of natural environments to the quality of life and convivial atmospheres in urban destinations. The purpose is to provide a comprehensive synthesis of existing knowledge, exploring the nuances of how natural environments impact the well-being of diverse demographic groups, both locals and visitors.

The study systematically reviews the literature using the preferred reporting items for systematic reviews and meta-analyses (PRISMA) technique and uses the Scopus database. The search strategy incorporates key terms related to urban tourism, sustainability, quality of life and natural environments.

The findings of the systematic literature review provide insights into the current landscape of urban tourism, sustainability and the role of natural environments. The paper synthesizes existing knowledge, identifying trends, challenges and opportunities in leveraging natural environments for sustainable urban tourism.

Despite offering a thorough synthesis, this study has certain limitations. The scope is limited to articles published in English and available in the Scopus database, following the PRISMA guidelines. The implications of this research are significant, informing future studies and guiding urban tourism planning and policy development.

This research contributes to the existing literature by unraveling complexities in the interplay between natural environments, quality of life and convivial atmospheres in urban tourism. The emphasis on cross-cultural perspectives and the post-COVID-19 era adds originality, providing insights that can guide future research and practical applications in the field.

The smart destination can be defined as a destination that deploys information communications technologies (ICTs) and other technological tools for interactive/participative engagement with prospective visitors. The rationale is to enhance the residents' quality of life as well as the tourists' experiences of the destinations they visit. This chapter discusses about digitization strategies and on marketing superstructures affecting destinations. It advances a conceptual framework through the development of an Attracting, Stay, and Return (ASR) Model that is suitable for smart destinations. It relies on descriptive case studies to conceptualize smart tourism destinations. This contribution reiterates the importance of having a well-designed website that presents appropriate content to entice the prospective travelers' curiosity about destinations. It offers valuable insights and advances new knowledge on smart marketing approaches that are intended to increase the destination management organizations' outreach with tourists at each stage of the ASR Model.

The purpose of this study is to examine how fluid flow and heat transfer are affected by the influence of hybrid nanofluids flowing across a stagnation zone of a stretching curved surface. Stagnation point flow has garnered considerable attention over the past few decades. This is because many technical applications, such as the cooling of nuclear reactors and rotating equipment divisions, rely on stagnation-point flow.

A thorough analysis is conducted of the impacts of several regulating parameters on fluid flow and thermal performance, including the radiation parameter, heat source parameter, mixed convection parameter, porosity parameter curvature and nanoparticle concentration. The laws governing the field of flow equations are transformed by similarity substitutions into two nonlinear ordinary differential equations, which are then solved numerically using Maple. The MR-Solve technique in the built-in Maple package was used. The MR-Solve technique was used to numerically solve highly coupled ordinary differential equation problems. This approach produced highly precise and consistent results. It also provides the best performance while using a minimum amount of CPU and the shortest phrases.

The main conclusions of this study show that axial velocity drops, while radial velocity increases as the mixed convection parameter increases. The rate of heat transmission and skin friction is higher for hybrid nanoparticles with volume fraction percentile (0.01–0.03) than for those with volume fraction percentile (0.1–0.3).

Further research on this topic could examine a broader range of parameter values, suction/injection, entropy, mass equation, micropolar fluid, ternary hybrid nanofluid and Newtonian heating flow on a curved stretching surface.

By investigating a novel physical design that combines the various effect with stagnation flow, this study adds value and offers insights and prospective improvements in the discipline of heat fluid mechanics. Mathematical modeling or experimental studies in a variety of multiphysical contexts can be used to achieve this. Heat exchangers, crystalline procedures, microelectronic machines, systems for conserving energy, integrating operations, food manufacturing, climate control, purification and other engineering domains can all benefit from the geometric configurations investigated in this study. The results of this study greatly aid in optimizing thermal performance in a variety of application domains. This study is novel because it compares several volume fraction percentiles.

A stretching curved surface’s stagnation zone is traversed by hybrid nanofluids, offering insights into how curvature affects heat transfer and fluid flow efficiency. The results aid in the design and improvement of the energy transfer efficiencies for a range of commercial and biological purposes. The results offer possibilities for increased efficiency in a range of applications by developing hybrid nanofluid flow control methods and helping to create ideal thermal systems.

The purpose of this paper is to demonstrate the rationale and method for studying product adaptation in rural markets.

The paper takes the form of an exploratory design that includes; review of literature, pilot study, and survey method.

Findings of the study are contrary to the general understanding that rural is perceived very differently and hence operationalised differently by different organisation. However, results indicate that contingency theory holds true in case of product adaptation in rural markets also. With the increase in executives' representation of rurality, product adaptation degree also increased.

This is probably the first academic study on product adaptation in rural markets to the best of our knowledge. The study attempted to contextualise product adaptation construct from international marketing to rural marketing domain.