The WLE 2016 Annual Report > Facilitating community-led science
Role-playing games for better community resource management
The Bagré dam, the largest multi-purpose water infrastructure in Burkina Faso, lies on the White Volta River. It is crucial to hydropower and food production as well as to regulating water flows, which help to reduce downstream floods. Recently, agricultural investors have taken an interest in the areas around the dam in order to build large-scale irrigation schemes. The Government of Burkina Faso and the World Bank are encouraging this type of private investment because it has the potential to expand agricultural production and generate employment.
But what does it mean for local smallholder farmers?
Farmers, who have traditionally relied on rainfall to supply their water needs, are now being offered parcels of land within these new irrigation schemes in exchange for their farms. Although the irrigated parcels of land they are offered are considerably smaller (one irrigated hectare for every four rainfed), Bagrépole, the agency overseeing irrigation development in the area, predicts that irrigated agriculture will be four times more productive than purely rainfed farming.
This arrangement could potentially benefit both local farmers and agri-business investors but key questions need to be answered. What options are available for tailoring these irrigation investments so they are productive while also ensuring enhanced equity, promoting healthy ecosystems and minimizing any negative impacts? How can the needs and concerns of communities affected by large-scale development be heard and adequately taken into account? What is the right level of compensation? Will farmers' incomes be improved or reduced?
Simulating resource management through games
An experimental role-playing game - Bagrépoly - was developed as part of a WLE research project led by CIRAD to explore improved management of these common resources with all relevant stakeholders in the community. Bagrépôle staff, members of the Nakanbé Water Agency and researchers collectively developed Bagrépoly using participatory companion modelling principles, namely equity, transparency, adaptability and iteration.
The game was specifically designed to address the equity and environmental dynamics of large water infrastructure. It is applicable to Bagré dam but may also be usefully adapted to other agricultural water “hot-spots” in Africa and beyond. Among Bagré dam communities, the game was used as a way to engage all kinds of stakeholders. It allowed them to discuss issues such as the conditions under which farmers would accept changing the type of crops they produce.
Players express their views, listen to others, learn to adapt and to develop relations with actors they’re not used to interacting with in a simulation that is close to reality. This helps inform real life situations and the decisions they face.
Games go global
Bagrépoly joins an increasing number of resource management games that have been developed in other parts of the world, including for groundwater in India and surface water in Colombia, as well as for sanitation in Tamil Nadu. These games can help create dialogue and awareness among diverse stakeholders, while many enable ‘learning by doing’ and the virtual exploration of possible outcomes, where decisions can be made with limited risk.
The common element in all of these games is that they highlight the importance of collective action and provide insights into what factors will affect whether or not relevant actors will cooperate with each other.
What more engaging ways can there be for building the capacity of decision makers, from the local to the national level, to effectively manage these resources and promote equity among their multiple users than through games that help to simulate reality but in a 'safe' learning environment?
Learn more about what WLE is doing to promote sustainable groundwater use.
More information about this project:
Towards sustainable intensification:
stories of real-world sciencewater, land and ecosystems research highlights
Phase 1
Since its inception in 2012, the CGIAR Research Program on Water, Land and Ecosystem (WLE) has developed scientific evidence and solutions for sustainably intensifying agriculture.
For WLE, sustainable intensification means more than minimizing agriculture’s environmental footprint; it means making sure that agriculture benefits both the planet and its people, providing global populations with food and nutritional security, resilience and livelihoods.
WLE researchers and their partners work across scales, disciplines and sectors to find sustainable, viable ways to transform agriculture, locally and at scale. Discover how the resulting solutions can lead to real-world change by exploring the briefs and stories below to.
New briefs on sustainable intensification
Achieving resilient food systems requires identifying incentives for sustainable farming, developing new policies and institutions, as well as working with diverse stakeholders to test and scale integrated solutions.
The program’s findings so far are summarized in a new series of briefs, Towards sustainable intensification: Insights and solutions.
The series aims to guide and support decision and policy makers, investors and others working to achieve sustainable intensification of agriculture. Each brief is focused on a topic of strategic relevance and provides analysis of and recommendations on how to place sustainability at the heart of agri-food systems.
in 2015 wle: field tested 62 technologies and natural resource management practices, helped 125,000 farmers to apply new technologies or management practices, supported improved technologies or management practices on 2.5 million hectares
Influencing policy and decision making
In 2015 WLE: established 41 multi-stakeholder platforms and influenced 200 policy processes
Promoting innovative business models and institutions
Facilitating community-led science
WLE in 2015 had 110,000 website visits and 43,000 views on CG-space and published 141 ISI publications and 94 open access publications