TOWARDS RESILIENT AND INCLUSIVE CLIMATE COMPATIBLE DEVELOPMENT: A PARTICIPATORY, MIXED-METHOD SCENARIOS APPROACH FOR ZAMBIA

• Presents a novel scenarios approach for planning resilient and inclusive climate compatible development. • Applies novel scenario approach to explore climate compatible development in Zambia. • Resilient development can be supported through economic and energy-system diversification. • Inclusive development can be supported through building knowledge, skills and internal capacities. • Multi-level governance and fair development partnerships with external actors can support climate compatible development. Climate compatible development aims to align climate change mitigation and adaptation with social and economic development. Successful climate compatible development must be socially inclusive, and resilient to external shocks. Zambia is a country at the frontline of climate change, with multiple development challenges, and ambitions to pursue a climate compatible development pathway. Scenarios are tools with a long history of application in strategic planning, and may be suitable tools to help countries explore climate compatible development. Therefore, we developed a novel participatory, mixed-method scenario process, to explore pathways of resilient and inclusive climate compatible development for Zambia. We took a stakeholder-led participatory approach, and combined qualitative scenario development techniques with quantitative energy system modelling. We compared a scenario characterised by centralised governance and infrastructure, large-scale export-led industries and continued urbanisation, with one characterised by greater decentralisation of governance, investment decisions and economic development strategies, which maintains the viability of rural livelihoods and slows the urbanisation trend. The scenarios provide a framework for considering opportunities and risks in planning for climate compatible development, and suggest that Zambian decision-makers should: test infrastructure investments and long-term economic plans for both climate and economic resilience; pursue mutually beneficial, equitable development partnerships with like-minded international partners; and appropriately allocate responsibility to different scales of governance and ensure coordination between them. The issues highlighted by the scenarios are of relevance to other countries facing similar challenges. The paper demonstrates that a participatory, mixed-method scenario approach provides a useful framework to explore climate compatible development.

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Journal
Global Environmental Change
Published
2025-10-23
DOI
https://doi.org/10.1016/j.gloenvcha.2025.103072
Primary Topic
Integrated Energy Systems Optimization
Type
article
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article

TOWARDS RESILIENT AND INCLUSIVE CLIMATE COMPATIBLE DEVELOPMENT: A PARTICIPATORY, MIXED-METHOD SCENARIOS APPROACH FOR ZAMBIA

Yacob Mulugetta, Jim Watson, Malonga Hazemba, Nick Hughes et al.
Global Environmental Change
Integrated Energy Systems Optimization
article

TOWARDS RESILIENT AND INCLUSIVE CLIMATE COMPATIBLE DEVELOPMENT: A PARTICIPATORY, MIXED-METHOD SCENARIOS APPROACH FOR ZAMBIA

Yacob Mulugetta, Jim Watson, Malonga Hazemba, Nick Hughes, Mulima Nyambe-Mubanga, Aba O. Crentsil, Bernard Tembo, Jennifer Cronin, Stephen Mushimwa Chileshe, Willard Mapulanga, Julia Tomei, Simon Bawakyillenuo, Meron Tesfamichael, Steve Pye
article en

Abstract

• Presents a novel scenarios approach for planning resilient and inclusive climate compatible development. • Applies novel scenario approach to explore climate compatible development in Zambia. • Resilient development can be supported through economic and energy-system diversification. • Inclusive development can be supported through building knowledge, skills and internal capacities. • Multi-level governance and fair development partnerships with external actors can support climate compatible development. Climate compatible development aims to align climate change mitigation and adaptation with social and economic development. Successful climate compatible development must be socially inclusive, and resilient to external shocks. Zambia is a country at the frontline of climate change, with multiple development challenges, and ambitions to pursue a climate compatible development pathway. Scenarios are tools with a long history of application in strategic planning, and may be suitable tools to help countries explore climate compatible development. Therefore, we developed a novel participatory, mixed-method scenario process, to explore pathways of resilient and inclusive climate compatible development for Zambia. We took a stakeholder-led participatory approach, and combined qualitative scenario development techniques with quantitative energy system modelling. We compared a scenario characterised by centralised governance and infrastructure, large-scale export-led industries and continued urbanisation, with one characterised by greater decentralisation of governance, investment decisions and economic development strategies, which maintains the viability of rural livelihoods and slows the urbanisation trend. The scenarios provide a framework for considering opportunities and risks in planning for climate compatible development, and suggest that Zambian decision-makers should: test infrastructure investments and long-term economic plans for both climate and economic resilience; pursue mutually beneficial, equitable development partnerships with like-minded international partners; and appropriately allocate responsibility to different scales of governance and ensure coordination between them. The issues highlighted by the scenarios are of relevance to other countries facing similar challenges. The paper demonstrates that a participatory, mixed-method scenario approach provides a useful framework to explore climate compatible development.

Global Environmental ChangeVol. 95
Energy Institute (GB), University of Ghana (GH), Department of Science and Technology (IN), Golden Valley Agricultural Research Trust (ZM), Centre for Sustainable Energy (GB), Sustainable Energy Systems (United Kingdom) (GB), Zambia Catholic University (ZM), University College London (GB)
Openalex Percentile: Top 70%
Integrated Energy Systems Optimization
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