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The “tourism living systems” (Tourism Living System – TLS) concept is underdeveloped, with limited relevant theoretical analysis to understand how it can support the transformations of tourism systems towards healthy communities and places. This paper aims to conceptualise TLSs and key stakeholder roles for enacting regenerative tourism using a living systems perspective.

Knowledge synthesis and co-production were used to identify the conceptual framework and its applications. Knowledge synthesis was undertaken through a scoping review of the regenerative tourism literature and supplemented by a consultation exercise with leading regenerative tourism practitioners. Co-production of knowledge involved case study research to assess the conceptual framework's practical applications and revise it with regenerative tourism practitioners.

The study revealed that regenerative tourism is informed by living systems' thinking. The authors identify five diverse, interdependent and interconnected stakeholder roles from the case studies and scoping review. All stakeholder roles are vital for constituting tourism systems that contribute to the healthy evolution of social-ecological systems.

Real-world case study applications of the TLS framework will guide tourism stakeholders who seek to adopt regenerative tourism approaches.

The study contributes to developing new frontiers in tourism stakeholder roles and paradigms with implications for regenerative tourism futures. The TLS framework challenges industrial conceptions of tourism by proposing a shift in stakeholder roles from extraction to generating new life to survive, thrive and evolve.

The purpose of this paper is to refer to ecological economics using two meanings of the term “ecological”. In the strict scientific sense, ecological economics refers to an economic system that is consistent with and honors the basic principles of ecology, which, ultimately, are identical with what the authors call the systemic principles of life. In a broader sense ecological economics refers to economic theory and practice that see the economy as operating within, rather than dominating, the spheres of nature, society, and culture.

The authors distill four fundamental principles for ecological economics based on systems theory of life and philosophy of organism. The four principles are; nested systems, self-generating networks, open systems, and cognitive interactions. The authors discuss how these principles can be applied to design an ecological economic system that is life-enhancing on individual, social and ecological levels.

The authors argue that ecological economics should give priority to activities that maximize well-being of human and non-human beings, as well as entire ecosystems, and that its central purpose should be to serve the life processes in social and ecological systems.

In this paper, the authors connect ecological economics to systems theory and come up with principles relevant for developing economic theory and practice within, rather than dominating, the spheres of nature, society, and culture.

AAL (Ambient Assisted Living) is lacking a RM (Reference Model) to serve as an abstraction of the domain. Therefore, to help implement new architectures established on the prior experiences of the designer’s expertise and former competences, in this paper, we propose a novel approach of an AAL RM. Our objective is to handle the resolution of conflicts that appear between the developers, and give an overview of the basis for implementing concrete software architectures for different families of AAL applications. Our proposed RM is a standardized clarification for developers to apply in the process of the design and implementation. We illuminate the AAL domain fundamental dimensions and we established a formal RM with an infrastructure that could survive the domain’s progression. To achieve integrated system-of-systems composed of systems, subsystems and components, our RM describes a standard and regulated structure to be established. High-level elements, essential properties and characteristics that must appear in the application’s design are described and illustrated in this work.

Ranulph Glanville has argued that ambitions of strict control are misplaced in epistemic processes such as learning and designing. Among other reasons, he has presented quantitative arguments for this ethical position. As a part of these arguments, Glanville claimed that strict control even of modest systems transcends the computational limits of our planet. The purpose of this paper is to review the related discourse and to examine the soundness of this claim.

Related literature is reviewed and pertinent lines of reasoning are illustrated and critically examined using examples and straightforward language.

The claim that even modest epistemic processes transcend the computational means of our planet is challenged. The recommendation to assume out-of-control postures in epistemic processes, however, is maintained on ethical rather than on quantitative grounds.

The presented reasoning is limited in as far as it is ultimately based on an ethical standpoint.

This paper summarizes an important cybernetic discourse and dispels the notion therein that epistemic processes necessarily involve computational demands of astronomical proportions. Furthermore, this paper presents a rare discussion of Glanville’s Corollary of Ashby’s Law of Requisite Variety.

This study aims to investigate how Living Labs of Van Hall Larenstein UAS perform as sustainability-oriented, transdisciplinary learning environments. It shows how the sustainable development goals (SDGs) can be used as a compass and debates the sustainability impact of applied research.

A case study approach was adopted, including a literature review, scoping visits, online workshops and peer-to-peer inter-vision/learning, using the SDGs as a compass and framework for analysis.

Most Living Labs use a “silo-approach” on the SDGs and are designed from a technological-expert perspective. This results in blind spots, particularly on SDGs related to reducing socio-economic inequality and just institutions. Debating unsustainable systems, cultures and practices is avoided. To contribute to sustainability transitions, universities need to invest in developing transformative capacity. This refers to SDG-transition competences such as collaborative communication, constructively engaging with diversity and conflicts, discussing values, norms and ethics and encouraging reflexivity.

Mainly lecturer-researchers were involved in the study. COVID-19 travel restrictions hindered the research at the grassroots level in India and Indonesia.

The study revealed the importance of creating Living Labs as safe and brave inter- and transdisciplinary learning environments to practice reflexivity: encouraging students, researchers and stakeholders to look at sustainability issues from plural perspectives and questioning unsustainable practices, which combined lead to changing perceptions, practices and relations and a deeper understanding of how change happens. The SDGs as a compass method supports reflexivity among stakeholders and in redirecting strategies towards a sustainable future.

There has been a high rate of failure among the Living Labs in Kenya resulting in the expected outcomes not fully realized. This paper aims to assess the sustainability of Living Labs in Kenya.

Based on the four capital method of sustainable development evaluation framework, data were collected through interviews and questionnaires from innovators, users and employees among the 25 living labs in Kenya.

The research found that some innovators are not familiar with the living labs, the living labs are innovative and prepared to survive in future, some labs have strategic plans on how to pursue future environment and have developed ways of choosing right people to incubate, inability to get enough funding from the host organizations and limited knowledge on the supervision level of the operations. A model is proposed that can be generalized to other living labs in developing countries.

The study was done in Nairobi where most of the living labs are situated.

The study concludes by emphasizing on the user involvement during innovation process. There is need to expand the capacities of living labs to accommodate more people to ensure more innovations are supported at a time. The senior managers in charge of the living labs should increase the level of supervision to ensure that the labs are effective in their incubation efforts and institutionalize support of the host organization to the labs to ensure continued growth and expansion.

The findings of this study are of value to research community, the decision and policymakers as it seeks to document the current status of the living labs in the Kenya

The paper provides a summary of the findings from GOOD Awaits – The Regenerative Tourism New Zealand (NZ) Podcast and envisions a regenerative future for tourism in Aotearoa.

This paper is based on the findings from the GOOD Awaits Podcast, a series of interviews with pioneers and practitioners of regenerative tourism. The podcast was created as a platform for the collective discovery of a new way forward for tourism in the wake of COVID-19, and the series provides a detailed summary of the regenerative tourism movement in NZ.

Through these interviews, a vision for a regenerative visitor economy in Aotearoa emerged. This new model is rooted in indigenous knowledge and living systems theory. It is a paradigm shift that allows us to see tourism as a living ecosystem and requires innovative economic models, such as social entrepreneurship, systems level changes to the way tourism operates and is governed, local tourism solutions with community thriving as the primary aim and much more collaboration both within tourism and across sectors.

Regenerative tourism is an emerging model and one that is rapidly gaining traction in NZ and globally. The GOOD Awaits podcast is a unique, thoughtful and practical demonstration of what this model could look like in Aotearoa. It demonstrates the potential and feasibility of regenerative tourism practice, and the response has shown the desire for these conversations at a national and international scale. This paper is an accessible summary of the podcast's first season and has value for anyone interested in the regenerative tourism movement in Aotearoa.

This chapter discusses how to involve children and young people in decisions and encourage them to express their needs and participate in the decision-making process to develop a quality intervention. By describing the different aspects of projects involving a participatory approach, it shows how giving voice to children and young people unlocked new perspectives regarding the Hungarian child protection system. Participation of children in research is limited in Hungary, partly due to the challenging legislation and authorisation process. This chapter shows how research to develop child-friendly digital tools can contribute to collecting children's views on their needs related to child protection support, and how the process of listening to children can improve parenting and caregiving responses to the needs of younger and older children living with their families or in the child protection system. The chapter analyses the effect of digital applications on children's and young people's capacity to advance towards autonomy, including applications and a video campaign with short video clips created by young people. These projects gave an opportunity for children and youth in the public care system to describe their lives and wishes for the future. The analysis found: (a) for a functional child protection system and to promote development for children and young people, children's voices need to be amplified; (b) by expressing their voices, children become more autonomous; (c) children's voices contribute to decreasing social prejudices against children and young people in public care; and (d) listening to children and youth who age out of care can help professionals working in the child protection system better understand their beneficiaries.

From the perspective of emergence, professors can facilitate and shape a class as a complex, adaptive, and living system. A case study illustrates phases of emergence in the classroom by tracing how a professor may use this perspective to empower students to share in the leadership of the classroom. Instead of presenting lessons, the professor facilitates emergent activity, creating a classroom structure where students practice leadership behaviors. In this classroom structure, the professor assumes the leadership roles of coach and facilitator. As a result students building the classroom culture together they connect with each other: they develop strong relationships, take initiative, and learn important lessons about leadership. This article concludes with design principles for establishing a classroom of shared leadership in any teaching environment in any subject.