Antoine Fabre (DRM-MOST, Université́ Paris-Dauphine PSL) et Pierre Labardin (LITHORAL, La Rochelle Université́)

les impacts environnementaux et sociaux des calculs de prix de revient sur la culture du caoutchouc en Indochine et en Afrique équatoriale Française (début XXe siècle).

Marchandiser les colonies : impacts sociaux et environnementaux (univ-lr.fr)

Mohamed Diakité (DRM-MOST, Université Paris-Dauphine PSL)

Les impacts environnementaux de l’organisation des plantations de cacao en Côte d’Ivoire (début XXe siècle).

Marchandiser les colonies : impacts sociaux et environnementaux (univ-lr.fr)

Fabien Bartolotti et Xavier Daumalin (TELEMME, Université Aix-Marseille)

Chiffrer et déchiffrer le marché de l’huile de palme sur la côte d’Afrique occidentale (années 1820-1890).

Marchandiser les colonies : impacts sociaux et environnementaux (univ-lr.fr)

Jean-Marc Ogier, Président de LA Rochelle Université

Pierre Labardin, LITHORAL, La Rochelle Université

Adrien Passant, LAREQUOI, ISTEC Paris

Former des auxiliaires colonisés pour le commerce colonial en Indochine : Ce que nous apprend l’École de commerce de Hanoi (entre-deux-guerres).

Marchandiser les colonies : impacts sociaux et environnementaux (univ-lr.fr)

Simulating the impact of cognitive biases on the mobility transition

Actor analysis and cognitive mapping to design multi-player games that foster public-private cooperation in urban climate adaptation

Modeling social parameters in renewable energy sharing : activity analysis in simulation game

Serious games for sustainable agri-environmental and food transitions in territories. A study in France

CAUSERIE: a GIS-supported serious game to collective grounded solutions for crop and water protection in head catchments

Simulating the impact of cognitive biases on the mobility transition

Actor analysis and cognitive mapping to design multi-player games that foster public-private cooperation in urban climate adaptation

Modeling social parameters in renewable energy sharing : activity analysis in simulation game

Serious games for sustainable agri-environmental and food transitions in territories. A study in France

CAUSERIE: a GIS-supported serious game to collective grounded solutions for crop and water protection in head catchments

Alice Mazeaud is a researcher and lecturer in political science at the University of La Rochelle. Her research focuses on how public action is transformed in relation to participatory and environmental imperatives. She is particularly interested in the issues and effects of the professionalization of citizen participation on public action and democracy. She is the author of numerous articles and books on participatory democracy, its mechanisms and actors, as well as on ecological transition policies.

In her keynote, Alice Mazeaud will address the issues and limits of the multiplication of participatory mechanisms in environmental public action. She will discuss the place of simulation and games in the field of citizen participation and in ecological transition policies. Can games contribute to democratizing the ecological transition, and in what ways? Or are they part of an individualized and depoliticized environmental governmentality?

A Story of Landscape Change - Exploring trajectories of Shifting-Cultivation through Games: Lessons from the field...

Land-use decisions in challenging contexts: Simulating local realities of small- scale farmers in forest frontiers of the Peruvian Amazon

Exp’Eau, a serious game for exploring pathways to improve water quality in agricultural catchments

Insights from the use of participatory simulations in Vietnamese irrigation systems : a case study on waste management

Farmers’ conundrum: Sustaining a family when resources are limiting in southern Togo

Exploring the effect of external interventions on smallholder farmers decision- making with serious games in the Peruvian Amazon

A Story of Landscape Change - Exploring trajectories of Shifting-Cultivation through Games: Lessons from the field...

Land-use decisions in challenging contexts: Simulating local realities of small- scale farmers in forest frontiers of the Peruvian Amazon

Exp’Eau, a serious game for exploring pathways to improve water quality in agricultural catchments

Insights from the use of participatory simulations in Vietnamese irrigation systems : a case study on waste management

Farmers’ conundrum: Sustaining a family when resources are limiting in southern Togo

Exploring the effect of external interventions on smallholder farmers decision- making with serious games in the Peruvian Amazon

Jan H.G. Klabbers is involved in social systems development: organization and management development, and action learning. He has held professor and research positions in the U.S. (MIT, Case Western Reserve University), the Netherlands, and Norway. He has been ISAGA General Secretary from 1976 until 2004 and is honorary member of ISAGA and SAGSAGA. His publications cover game science, social systems theory, design science and analytical science methodology. His book «The magic circle: principles of gaming & simulation» (2009), is an essential reading for gaming and simulation scholars and practitioners. It provides the general framework for game science, which he presents as the design and use of games and simulations to advance research, design, and development of social systems.

In his keynote, Jan Klabbers will explore the transformative potentials of gaming and simulation. How can gaming & simulation enhance transformative processes to support social and environmental transitions? How do gaming & simulation differ from other methods regarding research of and support for transformations?

A motivator game for forensic vigilance training. Exploring the potential of the card game ROTBEESTEN?! as compared to treatment as usual

Development of ELSI Game for Engineers

Harnessing the potential of simulation and speculative games for transdisciplinary collaboration: lessons from experience

Learning about port planning in a complex environment: A study to the use of PortConstructor 2.0

ISERA: An Innovative Simulation to Enhance the Resilience of Aircrew