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The paper ethnographically explores modes of urban resistance emerging in tandem with climate change mitigation programs in Copenhagen.

Building on 11 months of fieldwork with a Danish construction enterprise, the paper examines the politics of urban climate change mitigation programs through the lens of a group of builders' struggles to rethink and resolve dilemmas related to environmental concerns in construction and urban development.

Based on an analysis of a specific construction project connected to a larger urban climate change mitigation program in Copenhagen, the paper shows how the builders deliberately move between different perspectives and positions as they navigate the shifting power relations of urban planning. The paper argues that this form of crafty resistance enables the builders to maneuver the political landscape of urban planning as they seek to appropriate the role of “urban planners” themselves.

Taking up recent discussions of “resistance” in anthropology and cognate disciplines (e.g. Theodossopoulos, 2014; Bhungalia, 2020; Prasse-Freeman, 2020), the paper contributes an ethnographic analysis of struggles between diverging and, at times, competing modes of engagement in urban climate change mitigation programs and thus sheds light on how professional actors negotiate the ambiguity of “sustainability” in urban planning.

The purpose of this paper is to examine the factors influencing residents’ adaptation strategies to climate change effects in Lagos Metropolis, Nigeria.

The metropolis was stratified into low, medium and high residential densities. Across the residential densities, questionnaires were administered on 384 residents. The questionnaire addressed issues on resident’s socio-economic and demographic attributes, awareness of climate change and factors influencing residents’ adaptation to climate change. Data were analysed using both descriptive and inferential statistics.

Result indicated that the adaptation strategies adopted by residents in the different residential areas were similar but varied in magnitude as denoted by the resident response index RRI (RRIh = 3.32, RRIm = 3.39 and RRIl = 3.41). The multiple regression analysis computed indicated the residential characteristics such as education, average monthly income, age, house type and house ownership (p < 0.05) were significant factors influencing resident’s level of climate change adaptation strategies adopted.

The study could be strengthened by looking at specific climate change effects such as floods or drought in major cities of Nigeria. Hence, the view presented in this paper may not be considered generalizable to the impacts of climate change in the study area.

In recent years, research studies on human adaptation and coping strategies to climate change have generated considerable development interest. This study contributed to this growing area of research by examining the factors influencing residents’ adaptation strategies to climate change in Lagos Metropolis, Nigeria.

Throughout the world, at one period or another in its history, it has been the practice to cultivate tree species and agricultural crops in intimate combination in most of the countries. The history of cultivating trees and crops in home gardens, social tree planting, protecting and managing forests, appreciating wildlife, and sustaining the beauties of nature in Sri Lanka go back to more than about 25 centuries. In chronicles, there are some references on social tree planting practices, and home gardens planted with flowering and fruit-bearing trees in Sri Lanka. Because of the traditions, influencing factors of the existing environment, and nature of agroforestry, the numerous examples of agroforestry practices are found in all agro climatic and ecological zones of Sri Lanka. Today, the traditional knowledge of agroforestry is being developed and expanded with the objective of improving living standards, especially the rural communities in Sri Lanka.

The purpose of this paper is to critically examine the multinational oil companies’ corporate social responsibility (CSR) initiatives in Nigeria. Its special focus is to investigate the impact of the Global Memorandum of Understanding (GMoU) on gender-sensitive responses to climate change in oil host communities in Nigeria.

This paper adopts a survey research technique aimed at gathering information from a representative sample of the population, as it is essentially cross-sectional, describing and interpreting the current situation. A total of 1,200 rural women were sampled across the Niger Delta region.

The results from the use of a combined propensity score matching and logit model indicate a significant relationship between GMoU model and women, gender and climate change in the Niger Delta, Nigeria.

This implies that CSR of a multinational oil companies is a critical factor in the need for gender-sensitive responses to the effect of climate change.

It suggests that, for adaptation to climate change effects, understanding gender dimensions and taking gender responsive steps be incorporated into GMoU policies and action plans of multinational enterprises.

This research contributes to gender debate in climate change from a CSR perspective in developing countries and rationale for demands for social projects by host communities. It concludes that business has an obligation to help in solving problems of public concern.

The purpose of this paper is to analyze energy performance of the multi-storey buildings built in the city of Tlemcen between 1872 and 2016.

A diagnosis based on a bottom-up methodology, using statistical techniques and engineering, has been developed and applied. To do this, demand condition analysis was conducted using a data collection survey on a sample of 100 case studies. Physical characteristics of the buildings have been determined through the archetype by period. This serves to define the strengths and weaknesses of buildings as energy consumers.

The obtained results showed that dwellings built between 1872 and 1920 offer better energy performance with a consumption index close to 130kWh/m²/year and this compared to the five periods considered. For dwellings built between 1974 and 1989, energy consumption is higher with an index approaching 300kWh/m²/year, thus qualifying the buildings of this period as energy intensive.

A database is established to collect physical information on the existing housing stock and thus allow their classification vis-à-vis of the energy label. This study is part of a research project aimed at evaluating and determining optimal measures for energy rehabilitation of multi-family buildings in Tlemcen. Thermal rehabilitation solutions are proposed using thermal simulations, in the following studies, to improve thermal performance of existing buildings. This study constitutes the first step of a roadmap applicable to other cities constituting climatic zones in Algeria. This helps to enrich the Algerian thermal regulation in thermal rehabilitation of existing residential buildings and conception of new ones, in urban areas with a similar climate.

The purpose of this study is to give an informative map of sustainable architectural education by focusing on publishing trends, prominent publications, prolific contributors, research challenges and future research prospects. As a consequence, an efficient framework for collecting significant knowledge and identifying prevalent topics in sustainable architectural education towards more sustainable environments at the urban and building scales may be provided.

The methodology adopted in this study is based on examining the subjects of many consecutive rounds of the Passive and Low Energy Architecture (PLEA) conference, with an emphasis on the most recent five rounds. The PLEA's official website served as the main source for gathering all proceedings. Earlier rounds from 2016 to 2020, which cover a time span of five years, were utilized to analyze patterns during that time period. The rationale for selecting this time period was the limited availability of data required to observe the trends, area of interest and emerging themes in these fields that could be analyzed qualitatively.

The findings show that the following drive themes emerged around education and research-driven sustainable architecture: emerging design as a core idea; concentration on the way of delivering and developing education; constructing and shaping the building; assessing current practices; acquiring and recruiting knowledge and new concepts; reporting on the current condition; portraying the target audience and ensuring the long-term viability of the architectural educational process. This insight provides academics and professionals a greater grasp of the state of the art, allowing them to direct their research toward developing concerns in education and research-driven sustainable design.

The study results provide an effective framework for collecting relevant content and identifying prominent topics in sustainable, passive and passive low-energy architecture for the creation of more sustainable urban and building environments. Furthermore, this qualitative and exploratory study may serve as a framework for those researching, creating and verifying different research approaches in education and research-driven sustainable architecture.

The purpose of this paper is to present some basic conceptual aspects and empiric examples of urban mitigation and adaptation to climate change, of greening urban development, as there is strong need for further research and education on these issues.

Starting with a review of the 4th IPCC report and the Stern Review, a strategy is developed on how to make cities main actors in fighting climate change. First examples of successful urban greening are presented.

Cities are main drivers of climate change, and they are driven by climate change. Therefore, there is a strong need for “greening” urban development, i.e. for both mitigation and adaptation activities.

Mitigation requires the reduction (more or less drastically) of urban energy and material flows. Adaptation requires restructure (more or less radically) of the established urban stocks.

Until recently, cities and urban areas have not been in the focus of climate change research and climate policy. The paper shows the need for change of both theory and practice.

The purpose of this paper is to develop a new building typology for: the estimation of heat demand of urban agglomerations; and the assessment of the environmental impact linked to urban re-development policies.

In order to: capture regional differences of urban areas; and describe individual building components of neighbourhoods, the author proposes the construction of a new building typology based upon a regional material catalog (Klauß et al. 2009a).

The main findings of this analysis are primarily on method. The author presents a method to estimate the building shell from available information on the digital cadastre and the first attempt to link material databases with a ranking algorithm. The analysis application presented in this paper shows that the embodied energy on insulation materials and the corresponding energetic payback time depends on the “real” building shell, making it important to accurately compute this value.

Results from this analysis present an heat demand urban model able to capture: regional differences, thanks to the use of the regional material catalog, local characteristics of the building stock, thanks to the detailed information of the digital cadastre, and ability to link building stock models with rich Live Cycle Inventory (LCI) databases for the explicit consideration of the embodied energy of retrofit measures. Further applications of the developed method could be used to assess new urban development plans of the city as well as financial incentives packages for building retrofits.

This analysis shows the first step towards the development of a new building typology constructed upon a regional material catalog. This innovation allows taking regional differences into account. Because the author uses a detailed catalog of building components, an accounting of embodied energy by linking data of a LCI database is possible. In this paper the author presents an application of the enriched data set, the presented example shows the needed embodied energy by adding an extra layer to the predefined building components of selected buildings of the digital cadastre.

The purpose of this paper is to understand how cities at different stages of development each subject to its own challenges in adapting to climate change can manage greenhouse gas (GHG) emissions.

Case studies are undertaken for three cities: Amman, Jakarta and Dar es Salaam, including determination of GHG emissions and analysis of climate change data (where available) for each.

In Amman, the most climate‐sensitive municipal service is water; Jordan is exceptionally dry, and nearly 15 per cent of all electricity consumption is by the water authority. Jakarta has already experienced extreme flooding. The climate vulnerabilities associated with sea‐level rise are intensified by subsidence in parts of Jakarta. Alternating floods and droughts are climate impacts already experienced in Dar es Salaam. Droughts have impacted Tanzania's electricity infrastructure disrupting hydroelectricity production, requiring new natural gas infrastructure to maintain power, thereby increasing GHG emissions. Nonetheless, Dar es Salaam's GHG emissions at 0.56 t CO₂e/cap are small compared to Amman and Jakarta at 3.66 and 4.92 t CO₂e/cap., respectively.

Synergist development strategies, addressing climate change mitigation and adaptation are suggested. In Amman an increased share of photovoltaic electricity production might be used for service provision, especially for energy needs surrounding water supply. Advanced slum upgrading in Jakarta could see relocation of the at‐risk poor to safe areas with energy efficient homes connected to public transit and decentralized, community‐based electricity generation. The focus in Dar es Salaam community‐based waste‐to‐energy facilities would reduce climate change impacts and vulnerabilities while addressing energy poverty in poor communities.