Private

FS 26.119

Water Governance in the European Alps

Session status: Accepted
Content last updated: 2026-04-16 00:06:26
Online available since: 2026-01-15 00:04:34

Details

  • Full Title

    Europe’s Water Towers Under Pressure. Governing Hydro-Social Relations in the Alps
  • Scheduled

    TBA
    TBA
  • Chair

    Sauerwein-Schlosser, Carlotta
  • Co-chair(s)

    Ruiz Peyré, Fernando
  • Thematic Focus

    Adaption, Policy, Resources, Spatial Planning, Sustainable Development
  • Keywords

    Hydro-Social Imaginaries, Waterscapes

Abstract/Description

Water is a fundamental resource for human settlement and economic activity in the Alpine region. Beyond infrastructure, social norms and legal arrangements governing water use have profoundly shaped landscapes and societal organization. Traditional irrigation systems embody the long-standing co-evolution of water, society, and territory. Such material and institutional configurations are embedded in broader narratives of water security, risk, and regional development that shape policy priorities and legitimize water management approaches.

In recent decades, water use in the Alps has diversified and intensified. Retention basins, irrigation, artificial snowmaking, and hydropower facilities increasingly reshape Alpine landscapes, altering hydrological flows and transforming the social organization of water use. However, the further expansion of such infrastructure is contested: while proponents frame these investments as essential for climate change adaptation and water security, critics highlight cumulative ecological impacts, unequal access, increasing water-related conflicts, and technocratic decision-making that reinforce path dependencies.

Against this backdrop, this session explores water use and governance in the European Alps from interdisciplinary perspectives. By integrating hydrological, social, and governance perspectives, it aims to advance a comprehensive understanding of water-related transformations under climate change. We invite empirical case studies, comparative analyses, and conceptual contributions from all disciplines that address the interplay among hydrological conditions, infrastructure development, governance arrangements, and social resilience.

Key questions include:

  • What formal and informal water governance arrangements characterize Alpine regions across scales?
  • How have hydrological conditions, seasonal variability, and natural storage shaped water use and infrastructure development, and how have societal interventions, in turn, transformed hydro-ecological systems over time?
  • How do climate-induced changes in precipitation and natural storage affect water provision and governance today?
  • Which imaginaries, narratives, norms, and policy frameworks shape water-related decision-making in the Alps?
  • How can water use strategies and infrastructure projects be designed and implemented to ensure participation, evidence-based discussion, and broad consensus?

Registered Abstracts

ID: 3.104

Formal Rules and Informal Practices: Mechanisms Supporting Coordination in Water Governance Systems in the Austrian Alps

Katharina Bauer
Sauerwein-Schlosser, Carlotta

Abstract/Description

Even when formal structures are in place to support coordination and collaboration, persistent implementation deficits continue to undermine the effectiveness of water governance. Understanding implementation processes is therefore crucial for evaluating governance performance and identifying opportunities for improvement. To guide this evaluation, ‘water governance principles’ have been conceptualised, whose application must account for local contexts and specific environmental and social settings. Against this backdrop, we combine institutional analysis and socio-ecological conflict analysis to examine decision-making structures, actor constellations, and their underlying dynamics. We address the following questions: through which coordination mechanisms are water-related plans developed and implemented at the local-to-regional scale, and how do these mechanisms enable or constrain trust, stakeholder engagement, and consensus-building across diverse water-land uses? The first case study analyses land-water sustainability challenges in the development of coordinated flood risk management and aquatic ecology restoration plans, focusing on the role of agriculture in this process. The second case study investigates the negotiation of trade-offs between nature conservation and hydropower expansion, highlighting challenges around achieving energy system efficiency while upholding existing conservation rights. We analyse planning documents and stakeholder interviews to map formal and informal processes and relevant actors involved, and examine how principles – in particular around trust and engagement – influence stakeholder involvement and create opportunities for collaboration across process stages. Conceptually, the comparative analysis advances the understanding of how governance principles can be applied to analyse different types of water governance challenges within multi-level, cross-sector governance systems, while shedding light on the implementation gap between governance structures and governance outcomes. Findings can inform policy design for participatory planning and management processes, thereby supporting adaptive water resource management and ecosystem restoration.

ID: 3.223

Smart Irrigation in Practice: Stakeholder Perspectives on the Implementation

Marianne Kuntz

Abstract/Description

Digital sensor-based irrigation technologies have been successfully developed and tested in fruit and viticulture systems. Building on these experiences, ongoing experimental work within the project “Wasser-Pilot – Optimisation of irrigation in grassland farming, arable farming, fruit growing and viticulture” aims to adapt and evaluate these technologies for grassland and arable farming under practical field conditions, taking into account agronomic, economic, and operational aspects.

However, experiences from the South Tyrolean fruit and viticulture sector show that, despite the availability of technical solutions and robust scientific evidence, the large-scale implementation of digitally supported, demand-oriented irrigation remains limited. This suggests the presence of significant barriers to broader adoption, including concerns related to data security, the need to adjust established irrigation practices, economic uncertainties, and limited access to information and advisory services.

To better understand these challenges and address them in a structured way, a stakeholder workshop is being conducted to complement the experimental field work within the project, applying a PESTLE analysis approach. Representatives from agriculture, advisory services, research, administration, and technology providers jointly identify key external factors influencing the adoption of digital irrigation systems and explore potential solution pathways.

ID: 3.222

After the Ice: Co‑Creating a Science‑Based Water Future for the Ötztal

Jutta Kister

Abstract/Description

The CoWaVis project – “Water Availability and Use in a Deglaciated Ötztal: A Co-Creative Development of a Common Vision for the Future” is working on current and future water use in the high-alpine region in the context of global warming, and is working towards developing a shared vision for the future that takes the water needs of all stakeholders in a fair and balanced way. The project addresses changes in the availability and seasonal distribution of water in the future. At the same time, changed water requirements in the economic sectors of agriculture, tourism and energy production can be anticipated. Questions arise regarding the equitable distribution between economic demand and the retention of water within ecosystems and the landscape, as well as with regard to current and anticipated future social conflicts. Through a co-creative process with regional research partners, the aim is to develop an evidence-based, shared vision for the future of water availability and use in the Oetz Valley.

 

The interdisciplinary research team uses a variety of future-making techniques to open up a space for evidence-based discussion. Thus, the project is building up a strategy for water-related envisioning of the regional future. The project CoWaVis is funded by the Austrian Academy of Sciences and located at the University of Innsbruck.

Submitted Abstracts

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