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The purpose of this article discusses the design of underground eco-houses using a dome structure of light construction while taking into account the historical experience of the development of the local population. This article considered the traditions of folk architecture and modern sophistication in the creation of energy-efficient eco-houses in foreign countries in the context of architecture and construction of affordable residential homes for the local population.

The research presented in this paper was motivated by the need for developing agro-tourism facilities in hard-to-reach areas of the Silk Road in Southern Kazakhstan causes the construction of eco-houses built using local construction materials. Since ancient times in Southern Kazakhstan and during seasonal migrations in yurts of light construction, people have lived in mud-brick houses deep in the ground. Along with architectural and artistic solutions in building construction, great importance was attached to saving material resources, labour costs and achieving heat stability of residential buildings.

In the architectural and planning solution of the eco¬-house, progressive directions of construction of agrotechnical structures using renewable energy sources are adopted. Particular importance was given to the choice of the construction site on an elevated area nearby historical monuments and a favourable season for the construction of eco-houses with considering the natural and climatic characteristics of rural areas of Southern Kazakhstan.

This paper discussed the issues of insulation, ventilation and improving the eco-house microclimate comfort using local building materials. Improving the architectural and artistic expressiveness of the eco-house in terms of the tradition of folk architecture was also explicitly discussed in this paper.

Tables with the justification of expediency of construction of economical eco-houses in natural and climatic conditions of Kazakhstan and Central Asia are provided. The results help to improve the energy efficiency of eco-houses in Kazakhstan by using renewable energy sources.

Social benefits are associated with the use of local raw materials. Eco-houses built from traditional building materials can become accessible to a wide range of people and stimulate the development of small businesses. This may be associated with the construction of eco-houses to serve visiting tourists in remote picturesque oases, as well as the manufacture of dome structures, felt products and the preparation of reed panels and so on.

The thermotechnical characteristics of the region's ground energy are given, which can significantly save the cost of heating the eco-house. Solutions for optimal insolation, ventilation of the eco-house are provided, taking into account the natural and climatic conditions of Southern Kazakhstan.

In 2004, the United Nations Environment Programme (UNEP) in Bangkok, Thailand, and UN-HABITAT collaborated on an eco-housing project in the Asian region (UNEP, 2010). The aim was to promote eco-housing as a key disaster preventive measure in the Asia-Pacific region. Eco-housing is an evolving concept that applies sustainability principles into the entire lifecycle of a housing project: from design, through construction and maintenance to the “end of life” activities. The concept applies environmentally friendly and sustainable approaches to the design, site assessment, material selection, energy management, water management, and waste management to the household and community level. The project addressed four key areas: (1) knowledge building, (2) educational initiative, (3) networking, and (4) implementation. The eco-housing project involved countries such as Australia, China, India, Indonesia, Thailand, and Sri Lanka. It was implemented in the 2004 tsunami-affected areas in Banda Aceh and Calang, Indonesia. As part of the tsunami recovery projects, an “eco-village” was established in Lagoswatta, located in the Kalutara district near Colombo in Sri Lanka. It was supported by Sarvodaya, one of the local NGOs. UNEP and UN-HABITAT initiated the eco-housing project in 2004 to build capacity and to increase awareness on this issue. A Regional Expert Group on eco-housing was established to provide technical input and train national architects on this concept. This study was focused on the eco-village project in disaster recovery from the Indian Ocean Tsunami in 2004. In particular, it focused on the case study in Sri Lanka: “The project has implemented passive cooling techniques, solar panels on houses, segregation of waste, composting of bio-degradable waste, recycling of inorganic waste, sub-terra system for recycling waste water, and roof top water harvesting. Site layout and landscaping has been done to minimize disturbances to site, provide shading and improve indoor ventilation” (UNEP, 2010).

The purpose of this paper is to investigate whether consumers in Hong Kong's private housing market are willing to pay more for new apartment units with an eco‐label.

Green or sustainable housing has recently become a new orthodoxy in the field of architecture. Governments commonly use legislation or subsidies to promote green housing. However, eco‐friendly housing provision can become autonomous without any state intervention if the consumers are willing to pay more for housing of better environmental performance. In this light, this study explores Hong Kong resident's willingness‐to‐pay (WTP) for eco‐labelled housing based on the findings of a face‐to‐face questionnaire survey. Besides, the determinants of the WTP are identified using logistic regression modelling.

Less than half of the 231 respondents were willing to pay more for a new eco‐labelled apartment unit. The number of “willing” respondents dropped significantly with the label grade which signified the level of environmental performance of a property. Moreover, the decision about WTP was contingent mainly on the respondents’ household income and environmental attitude.

The findings of this study can offer valuable insights for the house‐building industry and policy makers into how to promote a more sustainable built environment in Hong Kong.

Nearly all previous research on green building consumerism focussed on commercial buildings and houses. As a preliminary study, this research extends the body of knowledge by exploring the WTP for eco‐labelled apartments.

The development of sustainable facilities management (FM) practices requires active and integrated engagement of the FM organization. Building on a three-year research project (2015-2018) within Nordic Built that aims to strengthen FM competencies in the Scandinavian countries, this paper aims to list and document the challenges and barriers of implementing sustainability as identified by the Scandinavian FM practitioners who took part in this research.

The paper builds on the understanding gained from using an interpretive sociological approach and uses qualitative mixed methods to collect data from four workshops, group sessions and expert group discussions with a mix of representatives including owners, property managers, facilities managers, consultants, teachers and academics. Four case studies were completed of refurbishment projects implementing sustainable solutions; these encompassed in-depth interviews with the stakeholders, site visits, observations of meetings and gathering project documentation. The data were complemented by a systematic literature review on a selection of topics focusing on articles referring directly to FM, the sustainability of FM, ends-user and stakeholder involvement, energy performance and sustainability. The challenges and barriers identified in practice were compared to those found in the literature.

The concept of sustainability, and its different dimensions and implications, seems to be well understood now by the practitioners who participated in this study, who claimed they were able to provide the required solutions. What seems to be lacking, though, is the possibility of convincing the end-users, who are expected to operate and maintain the facilities, to act according to the standards that these solutions require. It appears to be easier to focus on the technical aspects than on the end-users’ behaviors. The practitioners reported a shortage of social competencies and tools to deal with the situation, and despite an increasing awareness of smart technology, they lacked solutions to engage the end-users in optimizing the facilities. Besides, not all FM companies were well equipped to face the challenges imposed by the sustainable agenda; the small and medium enterprises in particular seemed to be struggling to implement the different dimensions of sustainability.

The limitation of this research rests in the chosen research approach as it focuses on the FM practitioners. The contribution of the end-users’ perspective is not strongly represented or systematically explored, but is identified as a new topic that needs to be investigated further to provide further insight. This study focuses on refurbishment and/or retrofit of existing buildings and the operation of facilities. The authors do not embrace the design phase or the construction phase of new buildings.

The paper underlines the need for frameworks and concrete tools to help FM practitioners to integrate the social and cultural aspects of sustainability. It identifies end-users, both in housing and in offices, as creating a bottleneck to the implementation of sustainable FM. To gain insight into this bottleneck, the authors suggest implementing a sociologically inspired method using an integrative approach. Highlighting such issues will mean that future research will be able to define further solutions for managing and maintaining existing and future built assets and fulfilling sustainability requirements by engaging end-users. This study also emphasizes the need to introduce these topics as part of the curriculum for FM education.

This paper provides an update on the level of the development of sustainable FM in the three Scandinavian countries. This is highly relevant for Scandinavian practitioners, but the authors consider this relevant for international practitioners, researchers, academics and teachers and developers as well. Practitioners and researchers are invited to join in these efforts to explore how to find practical frameworks, tools, policies and instruments and new services that will improve sustainable FM practices.

The contemporary urban fabrics in hot climate regions have overextended urban spaces that face problems of high heat stress due to intense solar radiation and air temperature and that cause the pedestrians to abandon the urban spaces due to thermal discomfort. This work introduced the shading effects as one of the prime factors that contribute to restore thermal comfort and attract pedestrian activities. The purpose of this paper is to identify the proportional limits of the urban space to maintain feasible shades for pedestrian activities.

The urban space abstracted into a floor surrounded by four walls was then classified into four typologies. The assessment tool was developed to calculate the shading efficiency at the floor level of urban space. The width and the length of the floor equally was expanded in the range (0.5/0.5 to 4.0/4.0). The average shading efficiency of the expanded typologies was calculated along three intervals (Morning, midday and afternoon). The results were then analyzed, and critical guidelines were established that could be utilized in the design of the futuristic urban space and provide amendments to the existing urban space.

The paper concluded that the performance of urban spaces was not due to the accumulative performances of all walls but rather due to the combination specific effective walls in response to the interactive variations shading patterns concerning daily pedestrian activities. Any large shallow urban space could be segmented into multiples of the recommended typologies by a vertical landscape.

It is the first study that identified the expansion limit of the urban space that maintains feasible shades for the pedestrian. A further value of this study is establishing guidelines to the urban designers for the effective configurations of the urban space in terms of shading. These guidelines could be utilized in the design of the futuristic urban space and provide amendments to the existing urban space.

The purpose of this paper is to aim at exploring the relationship between community building and the changes occurred in the context of a post-disaster self-built ecovillage (EcoVillaggio Autocostruito (EVA)), spontaneously born after the L’Aquila earthquake in 2009. The community eventually dissolved in 2014, following a series of changes in the organization, that resulted in an increasingly centralized decision-making process, and in individual and community relationships, that were fueled by conflicts and contrasts.

Through a self-ethnography method, the paper provides the insider perspective of the lead author who was a part of EVA since the beginning. Self-ethnography allowed developing a narrative of EVA across its life course.

Findings reveal that the community into EVA was initially pursuing community-building goals through self-construction, sustainability, mutuality and reciprocity relationships out of market. However, several events occurred and changed community goals, organization and decision making. Eventually, individual goals and vertical decision making emerged among the community members, leading to the death of EVA.

The paper just considered those main events that marked the collective and individual life of the lead author since the beginning until the end of the ecovillage. Others events, equally important, were not considered due to word length. In addition, self-ethnography is still considered by some authors as a subjective method.

The paper is one of the few exploring community experiences into post-disaster ecovillages. Moreover, there are no papers investigating post-disaster ecovillages through a self-ethnography approach. Therefore, the paper offers an innovative and original perspective on the under-investigated topic of post-disaster ecovillages and employs a promising research method in disaster studies.

The purpose of this study is to describe the efforts undertaken to convert the large university campus of Jordan University of Science and Technology (JUST) into a green, resource-efficient and low-carbon campus by following an action-oriented strategy. Sustainability features of the campus were discussed and benchmarked. Challenges were identified and remedial actions were proposed.

Taking 2015 as the baseline year, data on energy, water consumption and solid waste generation for the university campus were collected. Energy consumption for cooling, heating and transportation, besides electric power consumption, were reported, and the associated carbon dioxide (CO₂) emissions were estimated. By calculating the full time equivalent of students and employees, carbon emission and water consumption per capita were calculated. A comparison with other universities worldwide was conducted.

Although located in a semiarid region with scarce water resources, JUST has set an example by greening its campus through an action-oriented approach. It was found that the per capita carbon emission for JUST campus was 1.33 ton of CO₂ equivalent, which is less than the emissions from campuses of other universities worldwide. As for water, this study revealed that the daily per capita water consumption was about 56 L, which is approximately one-third of that for students in institutions in the USA. Furthermore, the findings of this study indicated that the average solid waste generation rate was 0.37 kg per student per day compared to 0.31 kg per capita per day when considering the university community (students and employees) collectively. These figures were less and thus compare favorably to the corresponding data for other universities in both developing and developed countries.

This research addresses the issue of greening JUST campus, which is one of the largest university campuses in the world. JUST campus is located in a semiarid, water-scarce country, which on its own poses a serious challenge. The originality and value of this study mainly stem from the facts that on the one hand, this is one of the unique and pioneering comprehensive studies of its type and, on the other hand, other universities with similar conditions can benefit from the findings of this research to meet the sustainability objectives on their campus operations.

Today, Japanese housing manufacturers compete to produce net zero-energy-cost houses that are usually equipped with some renewable energy technologies-e.g. a solar photovoltaic electric power generating system, a CO2 refrigerant heat-pump water heater and a combined heat and power system. Interestingly, the manufacturers tend to install these costly renewable technologies as standard equipment rather than options. To initiate and maintenance the sales of their environmentally-friendly houses, the manufacturers bring into effect their quality-oriented production and user-oriented communication approaches. The manufacturers' way to commercialise their industrialised housing to some extent reflects their high cost-performance marketing strategy. This paper somewhat reflects the learning outcomes of the Zero-carbon PV Mass Custom Home Technical Mission to Japan that the first author organised in 2006 and 2007. It is aimed at identifying the manufacturers' essential commercialisation strategies being applied for the niche-marketing of their net zero-energy-cost housing.

This article explores recovery within mental health as a journey of healership, one in which we are all engaged in healing our own wounds. It recounts the author's personal journey with the question ‘What is the journey into healership?’ and her research with four co‐researchers who work as recovery guides in a crisis house in North Birmingham. It explores the wider implications for service development and the training of mental health professionals.