a project to join

I am an Associate Professor with expertise in flood risk management, nature-based solutions (NbS), Natural Flood Management (NFM), geospatial technologies, community engagement, and climate resilience. My research integrates environmental monitoring, stakeholder co-design, indigenous and local knowledge, and digital technologies to support sustainable water management and ecosystem restoration.
Recent/Ongoing Projects: ROOTS Project: Indigenous knowledge and nature-based solutions for ecosystem restoration.
Research on NFM, community engagement, and real-time technologies for flood resilience in small UK catchments.
Development of community-based research and training frameworks for flood risk management and climate resilience.
Living Lab initiatives focused on wetlands, water-risk reduction, and stakeholder-driven nature-based interventions.

Topic 1. Integrated Monitoring and Assessment for Sustainable Water Management
Topic 3. Smart, Secure and Adaptive Water Infrastructures for Sustainable Water Management

My work combines environmental monitoring with stakeholder knowledge to deliver evidence-based and adaptive water management strategies. I am particularly interested in enhancing the resilience and adaptability of water systems under climate change through innovative monitoring, communication, and stakeholder engagement frameworks. Topics 1 and 3 because they closely align with my research on integrated environmental monitoring, nature-based water management, digital innovation, and community resilience. I can contribute expertise in co-design methodologies, geospatial analysis, flood-risk assessment, real-time monitoring, stakeholder engagement, and evaluation of nature-based interventions to support sustainable and adaptive water management solutions.

natural flood management (nfm), nature-based solutions (nbs), flood resilience, sustainable water management, geospatial analytics, community engagement, real-time environmental monitoring, climate adaptation, ecosystem restoration.

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