OPAL Games



SuPalCo explores farmer practices within plantations in the Los Llanos region, including management of oil palm diseases, land-use conversion and biodiversity conservation strategies. SuPalCo has been further developed and taken to the field by NES Naturaleza. Fine tuning of the game has been done using agronomic models on palm oil production, disease dynamics and water management. Through the game, NES NATURALEZA has explored and discussed the decisions and practices that farmers undertake in their lands, under scenarios of RSPO certification, international price changes and climatic variability (i.e. El Niño years). A further variation of the game is currently in development and will explore how producers perceive the broader landscape, as well as how their management decisions are influenced under different ecosystem trajectory scenarios (e.g. high level of pollution in water resources).


A second PARDI model (revealing Problems, Actors, Resources, Dynamics and Interactions) was constructed to support WWF Colombia to address water allocation conflicts in the Cravo Sur basin in Los Llanos region. From this model, master’s students at ETH Zürich created the game UPSTREAM, which was then further developed by WWF Colombia and the OPAL Switzerland team. The model and game aim to understand how land users make decisions on water collection, and under which scenarios they could collaborate to improve governance of this resource in the region. Research conducted by Simone Fatichi and Gabriele Manoli (OPAL Switzerland) on ecohydrological modelling of agroecosystems in the tropical regions was successfully integrated within this model. A new master’s student (Eliane Steiner) will explore in her thesis the impacts of the UPSTREAM game on participants’ knowledge and perceptions of water management conflicts in the Los Llanos region. The UPSTREAM game and model have also been adapted by Valentina Fonseca and Daniel Castillo, who will use it to understand water management strategies for agro-industrial production in the Aracataca river in Colombia. Through her research using the game, Valentina is exploring scenarios of institutional arrangements for water management in this catchment area.



CoPaLCam which focuses on Cameroon’s oil palm supply chain game is used in OPAL Cameroon’s engagement activities with national and local actors. The team is working on further developments of the game to include scenarios of land-use change, like deforestation. This complements the work that the team has been doing on exploring the interactions between smallholder producers and artisanal and industrial mills, and how factors like transportation and payment mechanisms affect decisions made by actors in the system.



In Indonesia, the role-playing game ComMoDO short for COMpanion MOdelling in InDOnesia depicts a landscape in East Kalimantan with a mosaic of forests, oil palm plantations and rice fields along a river. It aims to increase understanding around the factors that influence local communities’ decisions on their land and livelihoods, in particular labor allocation, financial capital, as well as socio-economic backgrounds and perceptions around ecosystem services. The game has also provided insights on how local communities interact among themselves and with oil palm companies, and how these interactions also influence decisions on their livelihoods. We conducted 12 game sessions with local communities in Kutai Kartanegara (East Kalimantan); the results of this research will be presented in two chapters of Nur Hashanah’s PhD thesis.


Two additional games, LUCOPE and ComMod ISPO, have been developed by IPB and CIFOR. LUCOPE is a land-use change game that explores the motivations and processes behind oil palm expansion by smallholder farmers. This game is based on PhD research led by Bayu Eka at IPB. The ComMod ISPO game examines smallholders’ readiness to implement regulations set by the Indonesian Sustainable Palm Oil certification scheme (ISPO), a priority for the Indonesian government. The game explores, through various scenarios, the decision-making process of farmers under this certification scheme, and provides insights on the barriers that may compromise its implementation. This game is based on PhD research led by Rizka Amalia at IPB.

The OPAL Project is funded by:
Project Consortium:

Oil Palm Adaptive Landscapes (OPAL)
c/o Prof. Jaboury Ghazoul
Chair of Ecosystem Management
Department of Environmental System Sciences
ETH Zurich
Universitätstrasse 16
8092 Zürich

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