PhD Pilot Blog

What is the role of different types of knowledge in water resource management?

PhD Pilot Blog Tiia Westerberg

Tiia Westerberg, Aalto University, tiia.westerberg@aalto.fi



Decisions about rivers, lakes, and groundwater rely on many types of knowledge, such as scientific data, technical expertise, local experience, and cultural understanding. Each offers a different perspective on how water should be used, protected, and valued. Exploring how these knowledges come together — or sometimes clash — helps reveal what shapes the way we manage our shared water resources in Finland.

How Europe’s Water Law Shapes Finland’s Rivers and Lakes?

Since 2000, Europe’s main law for water protection has been the Water Framework Directive (2000/60/EC), addressing both the quality and quantity of our water resources. While setting forth numerous regulations and standards for monitoring the biological, physical, and chemical conditions, it also recognizes that cooperation from the national to the local level is important to successfully achieve its goals. It encourages coordinated efforts and active involvement of the public and all interested parties. In Finland, this has been incorporated into national legislation (e.g., 1299/2004), mandating that the responsible authority within their region engage in cooperation and interaction with stakeholders in the management of the area’s water resources.

Kitkajoki River in Oulanka National Park in northern Finland
Kitkajoki River in Oulanka National Park in northern Finland. Photo: Mazur travel/Adobe Stock.

Connecting People and Knowledge: My Motivation for Studying Water Management Cooperation in Finland

From a broader perspective, research in natural resource management increasingly emphasizes knowledge coproduction and transdisciplinary action to tackle sustainability challenges. It is acknowledged that no single discipline can effectively address all these issues independently, particularly as advancing climate change introduces greater uncertainty regarding future environmental conditions. The same applies to water resource management. The issues faced are complex and impact, or are impacted by, a diverse set of stakeholders in one way or another. This complexity stems, among other things, from the various land and water uses within a single catchment area. Consequently, it creates a situation where actors with very different interests and goals are brought together around one issue – how to improve or protect the state of the waterbody in question? Producing knowledge together could help in answering that question, while also touching on aspects of representation and equality.

Due to all of this, I am interested in finding out how stakeholder cooperation and, thereby, knowledge co-production, are handled in Finland. How are different voices, i.e., knowledge types, heard and incorporated into the quite technically oriented water management process? By examining this through different approaches, I aim to find out how we could, e.g., possibly improve the production of new information and make it more efficient in the future.

31.10.2025

Share the Post:

Related Posts

PhD Pilot Blog Tanya Santalahti

Testing a Research Method and Stroopwafels: Reflections on a Research Visit to the Netherlands

Tanya Santalahti, University of Turku, tanya.santalahti@utu.fi In October, I had the opportunity to spend two weeks at Wageningen University in the Netherlands as part of my PhD research. This visit was a collaborative effort between Turku University, Aalto University, and Wageningen University, focused on a study exploring future visions for

PhD Pilot Blog Farhan Humayun

Multi Sensor Data Fusion for Earth Observation Systems in the Era of Generative AI

Farhan Humayun, University of Turku. farhan.humayun@utu.fi The future of Earth observation We are entering a transformative era in Earth Observation (EO), where data is no longer just collected but intelligently fused, enhanced, and interpreted across diverse sensors and AI systems. Thanks to the rapid advancements in satellite and UAV-based remote