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The transition to a low carbon future is an emerging challenge and requires the planning and designing of sustainable energy landscapes – landscapes that provide renewable energy while safeguarding the supply of other ecosystem services. The aim of this paper is to present the application of an ecosystem services trade-off assessment in the development of sustainable energy landscapes for long-term strategic planning in a case study in Schouwen-Duivenland, The Netherlands.

The application consists in three activities: in (1) stakeholder mapping hot spots of ecosystem services and renewable energy technologies in a workshop, (2) landscape design principles being discussed by a focus group, (3) experts gathering the information and proceeding with an assessment of the potential synergies and trade-offs.

The case study indicates that (1) deploying the ecosystem services framework in planning and design can enhance the development of sustainable energy landscapes, (2) diversified and accurate spatial reference systems advance the trade-off analysis of both regulating and cultural ecosystem services and (3) the involvement of local stakeholders can advance the trade-off analysis and, ultimately, facilitates the transition to a low-carbon future with sustainable energy landscapes.

The originality of this research lies in the creation of an approach for the deployment of ecosystem services in the planning and design of energy transition. This is useful to advance energy transition by enhancing research methods, by providing methods useful for planners and designers and by supporting communities pursuing energy self-sufficiency in a sustainable manner.

The purpose of this paper is to enlarge the body of knowledge on research through design (RtD) methods that can be employed by landscape architects and others working on (but not limited to) sustainable energy transition.

A specific approach to RtD – qualitative landscape structure analysis (QLSA) – is introduced and illustrated by means of diagrams and photographs. Two case studies showcase the application of QLSA for research on solar parks in the Netherlands and research on wind turbines in the Alpine foothills in Southern Germany.

The case studies show how RtD can help to define design principles for large solar parks and arrangement of wind turbines in particular landscape types in the Netherlands and Germany, respectively. In doing so, RtD can help to expand the breadth of spatial research beyond well-established methods such as multi-criteria decision analysis and environmental impact assessment.

The paper provides insights into contemporary RtD in two countries and affirms the importance of such research with regard to landscape transformations while starting to define a research niche for landscape architects and other environmental designers working on the topic of sustainable energy transition.

A £100m scheme to develop the world's most energy efficient community was launched recently by Milton Keynes Development Corporation. The new city's Energy Park, the first venture of its kind to combine energy saving techniques and products on such a large scale, covers 300 acres and will house 3,100 people and provide jobs for 2,000 at the end of its seven year development period.

Keeping energy costs contained during a time of rising rates takes ingenuity, coordination, perseverance and educated staff. Facility managers at Pacific Northwest National Laboratory did not invent something new, they simply took advantage of resources that were already available to lower energy and water consumption. This case study shows how their efforts over the past few years have provided cost savings to the company and national recognition of their efforts. Overall, Pacific Northwest National Laboratory has reduced energy consumption per square foot by 33 per cent in office buildings and by 42 per cent in laboratory buildings.

The purpose of this publication is to present a didactic concept with the targeted impact of a positive future vision. This paper reflects the effect of local educational action on the development of regionally optimised visions in rural regions of a European industrial state, compared with a rural region in the developing country of Senegal.

An assessment and analysis of two conceptual approaches to education and technology is conducted with a view to participating in a future multicultural participatory design process, and identifying the chances that communities have to build future‐oriented structures that support local roots and development.

In the short‐term, the technological and material results are the targeted localisation of a windmill in the (physical and cultural) countryside. In the long‐term, educative and social results are expected to strengthen local civil society, which is initiated by empowering students through their self‐responsibility in the Alpine region of Greifenburg, Austria. The “windmill” in the region is a publicly visible sign and a technology‐based icon in the landscape, based on local consensus on several levels and inspiring further regional consensus on energy, climate protection and its active creation through entrepreneurship in civil society.

Technology serves as a catalyst to trigger social cohesion among multiple cultures in a region and to enhance conviviality.

Introduction: Banking institutions are instrumental for lending support and steering the economy in the planned direction to achieve long-term goals. Sustainable development has become the focal point of new policies so that the economies attain inclusive growth. This needs substantial funding to accelerate industrial activity; hence, banks have to play a dominant role in helping such plans succeed. Banks need to look beyond their current framework and play a proactive role in promoting sectors focussed on sustainable development. Banks can prioritise lending to green initiatives to reduce carbon footprint, which will provide impetus to the goals laid out in the COP 26 United Nations (UN) Climate Change Conference. The chapter aims to identify the gap in investment for sustainable development and the funding support required from banks to help India achieve the desired sustainable goals. The chapter recommends that banks increase their green financing to provide the impetus for creating sustainable infrastructure.

Purpose: The present study aims to understand the banking sector’s importance in developing sustainable economic growth through lending practices. The study recommends certain practices for increasing focussed lending towards sustainable projects.

Methodology: In this study, the authors developed prepositions based on a literature review. Significant issues were raised based on the lending policies per the guidelines of Reserve Bank of India (RBI), and a solution was proposed by preparing a conceptual model.

Findings: The study offers a lending technique that can assist the financial sector in supporting sustainable economic growth.

This paper aims to discuss the nexus between two societal (sub) systems of housing and energy supply to shed new light on the key institutional barriers to socio-technical energy transition in the built environment. The key research question is to explore if and how key patterns of institutional elements associated with energy retrofit and energy supply are combined, co-evolved and played out in the housing system, leading to an alternative energy transition pathway in the built environment.

A comparative case study of residential buildings in the Swiss cities of Basel and Sion is conducted to map retrofitting policies and practices in a wide range of buildings (e.g. multi-family and single family) that each requires a particular constellation of institutions, actors and artefacts.

The key finding is that the regulative institutions support energy transition in each urban form/housing type. However, the co-evolution with normative and cultural-cognitive institutions does not play out very clearly in the housing system. One reason is that the norms and cultures are deeply rooted in the practices exercised by business community and households and therefore they need a longer time frame to adapt to a new regulation.

The policies and actions to increase the rate of housing retrofit are discussed in the specific socio-political context of Switzerland. Therefore, the results of this study might not be applied in other contexts with different conditions, limiting the possibility for analytical generalization. The case study can generate only context-specific knowledge, which might be valuable only to cities with similar conditions. This paper addresses theoretical, methodological and policy challenges in scaling-up retrofit projects by taking a holistic and integrated approach to the systems of housing and energy supply.

It would have been necessary to find out how the introduction and enforcement of new energy policies and regulations (regulative institutions) have changed the norms and building practices (normative institutions) used by actors from housing industry and the attitudes and energy consumption behaviour of the households (cultural-cognitive institutions). Nevertheless, information about normative and cultural-cognitive institutions require more primary data in the form of interviews with organizations and households, respectively, which goes beyond the scope and resources of this study.

Insights from different strands of literature (institutions and sustainability transition) are combined to understand if and how retrofitting practices go along with other elements of urban sustainability including architectural, technical, socio-cultural and economic factors.