Cities Ongoing – Smart and Sustainable Transitioning for Coastal Cities in the Face of Global Environmental Change- MIJI BORA

MIJI BORA: Smart and sustainable transitioning for coastal cities in the face of global environmental change: Prototyping transdisciplinary networks for peer-to-peer learning for Mombasa (Kenya) and eThekwini/Durban (South Africa)

Keywords
Country Covered

Smart cities, Sustainable Coastal cities, Coastal Cities

Kenya & South Africa

Lead Institution
Project Duration

Coastal and Marine Resources Development (COMRED)

1/1/2019 – 6/30/2022

Abstract

The challenges facing coastal urban sustainability in Africa are considerable. These are made more worrying by rapid changes resulting from the convergence of fundamental shifts across sectors, not least those associated with high population growth and climate change. Urban poverty and inequality levels continue to rise substantially, with the urbanisation processes being frequently informal and poorly located in areas of high risk, often at the expense of natural infrastructure, which might otherwise contribute ecosystem services like flood protection and water provision. Climate change is expected to further compound the destitution of the poor and interfere with urban systems, with coastal conurbations in the Western Indian Ocean (WIO) region; such as Mombasa, Dar es Salaam, Maputo and Durban among others, being disproportionately affected by these changes. The current neoliberal planning ethos adopted by coastal cities within the WIO region is inconsistent with the principles and practices of urban sustainable development. The mitigation and adaptation measures will most likely require decisions that fall outside the usual paradigm of economic efficiency and rationalisation as response measures are slow, multiscalar, multi-stakeholder and have long time scales. Therefore, city planners, academics, urban researchers and other stakeholders have a responsibility to embark on transitioning these cities into economically productive, environmentally sustainable and socially inclusive entities. This not only calls for a clear understanding of the unique challenges of cities located on the coast, but also for planned actions geared towards shaping their development and liveability, whilst protecting and growing an economy that includes naturebased solutions. In view of the above, the overall aim of this project is to examine city systems and codesign practical pathways towards a sustainable port city of Mombasa. Consequently, we will use an eclectic mix of research designs to obtain data that are both quantitative and interpretive. Among other major activities, the project will engage in a series of trans-disciplinary learning exchanges between Mombasa and Durban’s eThekwini Municipality. EThekwini Municipality has a global reputation in using Community Ecosystem Based Adaptation approaches and has taken the lead in addressing solid waste, water and sanitation, energy and transport issues. In these exchanges, city officials and academic researchers from both cities will engage in learning, cogeneration and co-creating of knowledge without privileging the existing scholarly/expert knowledge. Importantly, such exchanges will involve prototyping approaches where certain interventions are conceptualised and implemented within a clearly demarcated domain of the target system. Overall, this project will facilitate learning, co-generation and co-creation of knowledge among policy makers, urban researchers and other stakeholders. Furthermore, it will provide up to-date information on the status of city systems and chart pathways to a smart and sustainable coastal city of Mombasa.

Project Objective
Project Activities

The overarching aim of this research project is to co-creatively examine the city systems in Mombasa, , and design practical pathways to becoming a smart and sustainable coastal city. This aim will be achieved by addressing three broad objectives, based on transdisciplinary visioning, and guided by an action research approach: –

1. Peer to Peer Learning Exchange

2. Situational Analysis on Mangrove

3. Situational Analysis on Stakeholders’ Engagement

4.Institutional Repositioning

5. Prototyping solid waste mobile management app dashboard

Study Sites
Project Total Budget (USD)

USD 317,210

Students
Publications

1) Ms. Virginia Mumbua Ngei- Haramaya University-The Masters student project on “Community perceptions and willingness to pay for Mangrove conservation in the context of climate change in Mombasa County.” Thesis completed; Paper development ongoing.

2) Ms Lynne Farrah, Kenyatta University-Master in Science (MSc) project on “Determinants Influencing Performance of Solid Waste Management in Mombasa County, Kenya”. Coursework Completed. Thesis and paper development ongoing.

3) Mr. Titus Jefwa-Technical University of Mombasa-Master in Science (MSc) on “Smart Solid Waste Management in Kenya using Internet of Things based Artificial Intelligence Techniques”. The coursework is completed, and the project is planning on data collection face.

4) Ms. Ashleigh Sakala- University of The Witwatersrand-Masters in Architecture-project on “Prototyping Makers Spaces as Hubs for Communities-of-Practice in Sustainable/Smart City Transitioning”. Graduated 2021

5) Ms. Vipua Rukambe-University of the Witwatersrand-PhD Architecture project on “Prototyping Design/Planning Charrette as Platforms for Futures-Thinking in Sustainable/Smart City Transitioning”.- Completed Under examination

1) O’Donoghue, S., Kithiia, J et al (in prep) Durban Adaptation Charter: proposed city-to-city peer learning framework to support climate change adaptation on the African continent.

2) O’Donoghue, S., Socci, T. and D. Roberts (in prep) Pathways through Adaptation: Lessons from the Durban Adaptation Charter. 

3) Lynne Farrah (2021) Determinants Of Solid Waste Management Performance In Mombasa County, Kenya. MSc thesis. Supervisors: Dr Peter Ng’ang”a & Dr. Sean O’donoghue. Kenyatta University, Department of Public Policy and Administration

https://www.wiomsa.org/wp-content/uploads/2025/04/Miji-Bora-Project-Technical-Report-2023-Jan-30_-Final-draft.docx.pdf