University of Stuttgart Science and Technology Transfer Project
(Budgetary funds)
September 2025 – August 2026
The KOMPLAN project applies the simulation game on future water conflicts developed in the ZuWaKo research project to a broader local authority context: the existing model is being expanded in a modular fashion so that it can be adapted to different local conditions. The aim is to support local authorities and practitioners in systematically analysing interactions, synergies and potential conflicts relating to climate adaptation and the future use of water as a resource.
Climate change is leading to altered precipitation patterns, higher temperatures and an increase in droughts and heavy rainfall events. This places greater demands on the sustainable and coordinated use of water resources. Differing demands for water use from agriculture, local authorities, the water sector and other stakeholders can lead to conflicts, whilst at the same time there is potential for joint solutions.
The KOMPLAN project adapts an existing simulation game – which illustrates the complex interrelationships using the example of future irrigation – from a scientific context to municipal practice. In particular, it aims to support decision-makers from local authorities and higher-level authorities in understanding the systemic impacts of measures and identifying synergistic solutions.
In collaboration with relevant stakeholders from other case regions, the existing simulation game will first be tested and assessed for any necessary adjustments. The model will then be validated and expanded through interviews and focus groups, and adapted into a modular, customisable version capable of representing various local conditions.
In a final series of workshops, the adapted model will be tested in practice.
The aim is to develop a modular simulation game that can be used to examine potential measures and their interactions, whilst highlighting synergies and points of conflict. The approach is designed to support local authorities in developing a shared understanding of the system, promoting cross-sectoral cooperation and reflecting on future climate adaptation strategies in the face of uncertainty. The experiences gained from the project will be incorporated into a practical guide and a video tutorial.
