Science-policy processes for transboundary water governance

Area of Science:

• Environmental Policy
• Water Resource Management
• Science Communication

Background:

• Effective science-policy interaction is essential for addressing complex environmental challenges, particularly in transboundary water resource management.
• Existing governance frameworks often struggle to integrate scientific knowledge into decision-making processes effectively.
• Transboundary basins present unique challenges due to multiple jurisdictions and competing interests.

Purpose of the Study:

• To outline critical conditions for fostering robust science-policy interaction in water governance.
• To emphasize the importance of collaboration and knowledge co-production in transboundary water management.
• To provide practical insights based on international experiences and case studies.

Main Methods:

• Policy perspective analysis synthesizing collective experiences.
• Qualitative assessment of opportunities and constraints in transboundary water governance.
• Case study analysis drawing from diverse international examples.

Main Results:

• Science is a vital but limited input into water resource decisions.
• Collaboration and shared commitment among stakeholders enhance science-policy interaction.
• Social learning and legitimate decision-making processes are strengthened through collaborative knowledge production.
• Engaging boundary organizations and informal networks are crucial for bridging science and policy.

Conclusions:

• Establishing clear conditions for science-policy interaction is fundamental for effective water governance.
• Collaborative approaches, including knowledge co-production and stakeholder engagement, are vital for managing transboundary water resources.
• Addressing power relations and utilizing boundary organizations can improve the integration of science into policy for water management.