CEA Transboundary Water Governance Mekong
The mandate consisted in assessing the value for money of the project, by performing a cost benefit / cost effectiveness analysis.
Factsheet
- Lead school School of Agricultural, Forest and Food Sciences
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Institute(s)
HAFL Institut Hugo P. Cecchini
Agriculture - Research unit(s) International Agriculture and Rural Development
- Funding organisation Others
- Duration 01.04.2021 - 31.08.2021
- Project management Prof. Dr. Dominique Guenat
- Head of project Prof. Dr. Dominique Guenat
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Project staff
Prof. Dr. Dominique Guenat
Dr. Alessandra Giuliani
Dr. Karin Zbinden Gysin
Bastian Mengel - Partner Oxfam Australia
- Keywords Economic and financial analysis; cost benefit analysis; cost effectiveness analysis; water governance; women's leadership;
Situation
Now in its second phase, Oxfam and partner organizations have been implementing the project “Investing in Women’s Leadership and Civil Society Organisation Engagement in Trans-boundary River Water Governance in the Mekong Region” for several years, supported by the Swiss Agency for Development and Cooperation (SDC) since 2019. Transboundary by nature of the Mekong river, the project is working in Myanmar, Laos, Thailand, Cambodia and Vietnam. Experts of the Hugo P. Cecchini Institute for International Cooperation and Development at BFH-HAFL have been mandated by Oxfam to conduct an external cost-effectiveness analysis (CEA) of the project. By engaging different stakeholders and key informants, the study uses a mixed methods approach for the collection of primary and secondary data. Based on the review and analysis of the collected information, the cost-effectiveness of the project is being assessed and conclusions and recommendations, directed at the implementing organization and its funding agency, are being drawn, to inform the current as well as future interventions.
Course of action
On-line survey with key project stakeholders, SWOT analysis, reference to relevant studies on environmental, social and economic impacts of hydropower stations along major rivers, and potential reduction of negative impacts thanks to the project outcomes.
