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Rapid urbanization and providing pragmatic solutions for its development is one of the fundamental agenda of last decade. The metabolism is one of the latest post-war movements-founded in 1960 by Kenzo Tange where urbanization and city as a process is re-examined within the framework of accelerated modernism and technology vision. This paper discusses Metabolism movement in order to identify crucial intimations of its utopian architectural and urban approaches as a tool for future city. The study examines four initial metabolist city approaches-Plan for Tokyo (1960-62), Clusters/city in the Air (1960-62), Helix city (1961) and Ocean/Marine City (1962) that are designed for post-war Tokyo city in Japan. The study gives modest insight of indentifying city design theory within in a series conception; such as conducting to architectural characteristics regarding urban structure, tectonic vision between land-sea-sky and organic notion (city as process and mega-structuralism). Research method is embodied with examining relevant data of literature data. Upon discussions on theory, study aims to establish an ironic notion of future city by asserting familiar characteristics or variations between four pioneer projects of Metabolist movement.

The purpose of this paper is to explain the nature of the Greater Bay Area Plan and to refute various myths about the initiative. The economic vigor of the Greater Bay Area is based on agglomeration economies from the city cluster and on the access to important ports. The Plan aims at motivating policy makers at different levels to work together to create new possibilities.

This is based on policy analysis informed by economic theory and evidence.

The Greater Bay Area Plan enhances the freedoms enjoyed by people living in any of the 11 cities in the area. Its design and the roles assigned to the different cities in the Outline Plan shows that it does not go against market forces but instead works with them. The impediments caused by the three custom areas, three currencies and different legal systems make it imperative for policy makers in the different cities and other levels of government to work together to remove or at least alleviate the impediments.

It dispels the myths that have prevailed since the Outline Plan was released in February 2019 and identifies how it can increase freedoms and manifest the potential of the Greater Bay Area.

This study initiated an investigation of how the Macau–Zhuhai tourism cooperated and discussed how Macau and Zhuhai could join hands to develop tourism in the region. The study demonstrated an approach for destination marketing organizations to explore online tourist-generated content and to understand tourists' perceptions of the destination image (DI).

A total of 1,291,057 reviews (535,317 for Macau and 755,740 for Zhuhai) were collected, analyzed and examined to determine how the DI s of Macau and Zhuhai changed during the period of 2015–2019 based on tourist-generated content on travel websites (TripAdvisor, Ctrip.com and Qyer.com) through a text-mining approach.

The result revealed that Macau and Zhuhai were in a hybrid of competition and collaboration on tourism DI s. First, Macau and Zhuhai competed in hotel and catering industry. Macau was appealing to international tourists and provided high-end and prestigious offerings; while Zhuhai was impressed by cost-effective accommodation and food. Second, Macau diversified industrial structure with diverse “Tourism, Leisure and Recreation” and “Culture, History and Art” more than Zhuhai did. Meanwhile, Macau should balance the different demands of international and Chinese tourists. Third, complementary potentials were found in natural resources, urbanization technology and tourism innovation and related projects.

The research provides valuable insights for policymakers and industrial managers on their endeavors to develop DIs. Policymakers should be able to develop supportive mechanisms and tourism facilitators to promote industrial collaboration and mutual DIs. Managers could refer to the components in the changing DIs and identify the developmental gaps and cooperation potentials in their targeted areas.

The research fulfills the gap in regional tourism studies on Macau, in which the evaluation on synergetic influence and neighbor effect from Zhuhai has been underexplored. Facilitated by up-to-date data mining techniques, the study contributes to both DI and coopetition literature in tourism marketing; and this should inspire further studies on the antecedences of DI changes, resolutions to the competing interests and DIs of different stakeholders in different forms of strategic cooperation in regional tourism. The employment of DIs is an explicit demonstration of tourists' immersion and values attached to the destination, providing effective cues on the status of coopetition.

The purpose of this paper is to discuss the necessity of tertiary education in promoting innovations of the Guangdong-Hong Kong-Macau Greater Bay Area by using cases from other well-developed bay areas.

The paper used cases from bay areas of the USA and Japan to discover approaches that have been used to strengthen collaborations between tertiary education and industries by innovations.

This paper found that bay areas in the USA and Japan have adopted or developed various approaches to enhancing collaborations between tertiary education and industries. In the San Francisco Bay Area, the well-established knowledge transfer offices in universities help scholars to discover the commercial value of academic findings and help business in reverse. In New York Bay Area, big corporations built research institutes for universities with considerable findings. In Tokyo Bay Area, corporations and universities have developed various internship programs for different levels of students and also provide funds for universities to conduct research works.

This paper analysed approaches that using by other well-developed bay areas through real cases, and suggested that the Guangdong-Hong Kong-Macau Greater Bay Area should adopt these experiences in order to strengthen collaborations between tertiary education and industries to promote innovations.

The purpose of this paper is to draw lessons for developing community‐university partnerships from experiences in promoting coastal education for sustainable development (ESD).

Qualitative data collected from two coastal community outreach projects were analyzed.

The outreach projects improved the relationship between university and community members. It is important to conduct interviews at the early stages of the projects to understand the needs of the community and set project outcomes to meet community‐defined priorities. The most effective means for promoting an ESD program based upon community‐university partnerships is to reach out to and network with local individuals who have been active in community projects and embed the program concept into the activities of those individuals. Mediators who link the academic community with the local community are helpful in promoting the partnerships, and university students were found to be successful mediators.

On the basis of the experiences gained from starting an ESD program in the community, this research provides some clues to initiate service learning or community‐based research based upon community‐university partnerships.

A finite element method dealing with an open boundary condition for the analysis of long wave problem is presented. The key feature of the method is that spurious reflective waves which occurred for the initial transient state on the open boundary can be eliminated by introducing a subdomain technique. For the numerical outflow boundary condition, the progressive wave condition, based on the shallow water long wave theory, is successfully employed. This method is quite suitable for practical analysis because of its adaptability for the arbitrary configuration of the open boundary and shape of elements adjacent to the open boundary. This method is numerically verified for flow in a one dimensional channel and the two dimensional tidal current in Tokyo Bay. The numerical results are compared with analytical solutions and observed data obtained by field measurements. These results are all in close agreement.