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The world is facing unprecedented potential disaster with the impending climate crisis. Research within social studies education surrounding the integration of ecological issues, while still on the fringes, has seen a recent surge. This is a review of practitioner-oriented research published in the last ten years on teaching these issues in social studies classes.

This study reviews practitioner-oriented articles on teaching ecological issues in social studies classes. The author searched databases and did a manual review using specific search terms. The author’s first level of analysis was to analyze the year of publication, whether the article was (co) written by a practicing teacher and whether the article featured a lesson plan/resources. The author then analyzed the content/focus of each article.

In total, ten articles were (co)written by a practicing teacher, 23 articles included lesson plans and the article themes could fall into one of six themes (water issues, pollution, climate change, climate activism, sustainability and economic growth and ecological citizenship/ethics).

The author was unable to review one year of articles from the Ohio Social Studies Review due to the COVID-19 pandemic and only having remote institutional access to library materials.

In reviewing the practitioner-oriented articles, the author hopes to not only strengthen the curricular justifications for teaching these issues in social studies classes but also show what research has been done and provide critiques and show what could be done in the future.

This research aims to highlight the values, principles and recommendations for conservation in order to establish valid strategies for the conservation of earthen built heritage. This is done following a methodology which uses indirect (bibliography) and direct (case study) sources systematically analysed from different perspectives: the values of Earth as a material and of architectural and vernacular heritage; the heritage conservation principles found in international documents; and the analysis of over 3,000 case studies from which good practices in earthen architecture conservation are extracted.

Earthen built architectural heritage is found widely in all parts of the world, in archaeological sites and monumental and vernacular architecture, which research centres and researchers are increasingly studying and cataloguing. However, despite its richness and historic and cultural values, as well as its many merits in environmental sustainability, sociocultural and socio-economic terms, the value of this heritage has not been fully recognized in fields with major repercussions in conservation.

Finally, these data are cross-referenced to establish the broadest possible strategies to guarantee all aspects to be taken into account in the conservation of earthen built architectural heritage.

The text provides an overview of the different methodologies in order to extract specific strategies applicable to the conservation of this heritage, both locally and globally.

Since 2018, the two floods and droughts that struck Kerala's economy have threatened the state's sustainable earthen vessel production. Current studies allocate focus to the pottery industry's techno-social impacts and ethnography of the potter community; hence, there is a gap in understanding consumers, who are responsible for environmentally conscious behaviors, and their switch from earthen vessels to other materials adaptable to modern kitchens. This study aims to bridge gaps in understanding the reasons behind their demand shift and the challenges of earthenware consumption and production after the disasters.

This quantitative research explored the perceptions of pottery producers and consumers in Kerala. The sample for the primary survey comprised 590 randomly selected consumers and one master artisan from each of Kerala's total of 44 registered pottery communities. Unpublished records provided the secondary data on production and sales.

An upward shift in the demand for earthen vessels after natural calamities is observed. Quality, availability and adaptability are consumer concerns. The Markov chain analysis predicts that future consumption of earthen vessels depends on improved marketing mix strategies. After natural disasters, persistent demand exists for earthen vessels, but sustainable production is challenged due to the deteriorating quality and shortage of clay along with the consequent increase in procurement costs of raw materials.

As the earthen vessel industry was affected by disasters very recently, this study contributes an immediate exploration of its sustainable production and consumption challenges.

The stabilization of earthen blocks improves their mechanical strength and avoids adobe construction erosion due to rainwater. However, the stabilization affects the thermal properties of the earthen blocks, and thus their capacity to provide adequate thermal comfort to occupants. This article examines the influence of cement and geopolymer binders on thermal comfort in compressed earthen buildings in hot and arid climates.

The test cell is on the building platform in Burkina Faso. The building is made of compressed earth blocks (CEB) consisting of laterite, water and binder. The thermal models of the building were implemented in EnergyPlus v9.0.1 software. Empirical validation is used to check whether the model used for the thermal dynamic simulation can reproduce with accuracy the thermal behavior in a real situation. The adaptive thermal comfort model of ASHRAE 55–2010 was used to assess thermal comfort in long-term hot and dry tropical conditions.

The results show that the CEB buildings remain hot despite the use of cement or geopolymer binder. Indeed, with both cement and geopolymer binders, on a daily basis, 19 h and 15 h are uncomfortable during, respectively, the hot and cold seasons. An increase of 1% in cement content raises the comfort hours by 9.2 h during the hot season and 11.7 h during the cold season. Hence, the comfort time varies linearly with the cement content in the building material. Moreover, there is no linear relationship between comfort time and geopolymer rate.

Complementary work should also assess the influence of stabilization on building humidity levels. In fact, earthen materials are very sensitive to outdoor humidity and indoor humidity affects thermal comfort even if it is not taken into account in the ASHRAE adaptive thermal comfort model.

The present study will certainly contribute to a better valorization of clay potential in countries with similar climatic conditions.

The use of geopolymer binder is a suitable ecological option to replace the cement binder. It is important to mention that nighttime comfort can be increased through passive strategies such as natural ventilation.

Most CEB material stabilization analyses including cement and geopolymer ones were mostly investigated at the laboratory scale and less at the building scale. Also, the influence of the binder rate on the thermal performance of buildings made of cement and geopolymer has not yet been assessed. This paper fills this gap of knowledge by assessing the impact of cement and geopolymer binder rates on the thermal comfort of CEB dwellings.

The common language behind vernacular architecture only seems to be maintained in societies that preserve a traditional way of life. Changes in these societies can threaten their cultural heritage, while research may be a tool for its conservation and enhancement. In this paper, the habitat of a Mossi community is therefore studied as a first stage in analysing the possibilities of its maintenance.

After a previous study, data collection from a stay in Baasneere (Burkina Faso) and the analysis of 32 traditional residential units were completed. The research showed some common features which, when compared against the bibliography reviewed, could be defined as characteristic of the traditional architecture of this culture.

The home for a family unit consisted in an enclosure formed by the grouping of adobe constructions around a courtyard. As the family grew so did the compound, in a relationship directly linking the scales of architecture and the levels of kinship. The main daily activities took place in the courtyards while the individual interior spaces were understood as private shelters. Other typologies such as granaries, kitchens, warehouses and sheds were also analysed.

Some features of Mossi architecture already described in the existing bibliography were verified in the Baasneere case studies, showing that this tradition is still preserved. With a multidisciplinary approach, the house was examined not so much from the perspective of construction, but of its cultural configuration.

Mud architecture as one of the expressions of vernacular architecture illustrates the success of indigenous knowledge of traditional communities. Due to the pressure of industrialization, urbanization and globalization, the trend of using non-traditional measures guided by the Western-Euro-centric knowledge and technologies considers the traditional practices as expressions of backward past, under-development and poverty. Though mud as a building material is usually assumed as a fragile and ephemeral material that cannot survive against natural hazards, the surviving traditional mud buildings are needed to be investigated to know their performances during and after different types of natural hazard incidents.

This paper intends to study the available cases of mud architecture of Chattogram, Bangladesh to trace the history of their survival despite of experiencing multiple natural hazards and to understand their status and prospect of resisting hazards. Three individual homesteads are chosen as cases for conducting physical survey as well as engaging inhabitants and local masons of the locality in semi-structured interviews in a story telling mode to know the construction process and histories of experiencing natural hazards. Available literatures are reviewed, and experts are interviewed to understand the causes of their performances and possible ways to improve the quality.

Collected information on mud architecture demonstrates their quality of surviving against many natural challenges and this hazard-resilient quality can be enhanced through using contemporary building technologies and materials, promising to co-exist with the global trend.

This study as an attempt to reinvent the vernacular architectural heritage endorses the need of appreciating indigenous knowledge for enhancing community resilience against natural hazards.

Sandbag building technologies (SBTs) have been offered as a cost-effective and sustainable alternative building technology (ABT) capable of accelerating house construction in South Africa, but its acceptance remains low. However, knowledge about how to effectively improve SBT social acceptance is limited. This study aims to develop and prioritise SBT social acceptability strategies towards providing a comprehensive framework for the successful deployment and widespread adoption of sandbag technology.

This study used a quantitative research strategy that included a literature review and a structured questionnaire survey of 228 ABT professionals and stakeholders in the South African housing industry. The study statistically analysed 13 strategies for the social acceptance of SBT.

The analysis showed that the top three strategies include the availability of sandbag demonstration projects in all provinces, the approval of a sandbag building code and the availability of standard design methods for earthbags. A factor analysis clustered the 13 strategies into Stakeholders integration and policy formation, Effective education and knowledge sharing and Grassroots advocacy and incentives.

The current study’s findings provide a broad framework for the effective implementation and wide acceptance of sandbag technology in housing projects. It offered certain best practices that policymakers and practitioners might use to promote ABT and SBT societal acceptability.

To the best of the authors’ knowledge, the study represents the first and only attempt to investigate the viewpoints of experts and housing market stakeholders in South Africa regarding sandbag technology social acceptance strategies and contributes to the social acceptance body of knowledge in ABT and SBT.

The present work highlights the outstanding properties of Cannabis sativa that can be harnessed for various utilitarian functions and its climate friendly properties.

In this paper, the authors reviewed current research on all possible utilities from household work to manufacturing of various products that are environmentally sustainable. The authors have presented some of their research on this materials and also exploration of hemp as an archaeological material based on the findings from wall paintings of Ellora caves.

There are references of hemp use in mixing with earthen/lime plaster of western Indian monuments. Around 1,500 years of Ellora’s earthen plaster, despite harsh climatic conditions, survived due to the presence of hemp in the plaster that adds durability, fibrosity and its capacity to ward off insects and control humidity. Furthermore, the outstanding quality of Cannabis as carbon sequestrant was harnessed by Indians of ancient times in Ellora mural paintings.

This work discusses some relevant literature on the potential use of hempcrete aligned with Agenda 2030 of sustainable development goals.

There are several research going on in producing sustainable materials using hemp that have the least environmental impact and can provide eco-friendly solutions.

The authors impress upon the readers about multifarious utility of the hemp and advices for exploration of this material to address many environmental issues.

This paper presents both review of the existing papers and some components coming directly from their laboratory investigations.

After almost 60 years of water supply development in Nigeria, it is unfortunate that as many as 43 per cent of the population still lack access to safe water. The situation is worse in the rural areas. There is, therefore, the need to better understand the constraints and challenges of water supply, especially in the rural areas of the country. With this regard this study seeks to assess the extent to which stakeholders are willing and able to adopt and implement sustainable, cost‐effective and environmentally friendly management options for water resources in selected rural areas of Oyo State, Nigeria.

The study areas include three rural/semi‐urban Local Government Areas (LGAs) of Oyo state. The three LGAs are Ibarapa, Afijio, and Lagelu. The choice of the three study areas is justified on the grounds that the areas are different in terms of potable water supply problems and management. The study adopted a combination of qualitative and quantitative methodology, including Focus Group Discussions (FGDs), in‐depth interviews (IDIs) with stakeholders as well as a structured and semi‐structured questionnaires survey.

The outcome of the study reveals that the knowledge base of the different stakeholder groups about the technological, socio‐economic and ecological dimensions of water resources management is very low. For some communities, however, the indigenous knowledge in the conservation of traditional water sources (e.g. streams and rivers) exists but needs to be improved.

The results formed a database on the ideas and experience of local initiatives which could be adapted to solve water supply problems in similar rural communities in Nigeria and elsewhere in the African continent.