Supporting decision-making and adaptation policies to address water scarcity and water stress
MARCLAIMED is an EU-funded project aimed at integrating the solutions Managed Aquifer Recharge (MAR) with Alternative Water Resources (AWR) to mitigate water stress and proactively manage droughts. This integration is essential for the sustainable use of both surface and groundwater resources.
Duration
36 months
Budget
€ 3 209 652.75
Partners
12
Demo sites
3
Latest news & events
New Technical Insight Series on Co-Managed Aquifer Recharge (Co-MAR) Now Available
MARCLAIMED is proud to announce the release of the “Co-Managed Aquifer Recharge (Co-MAR) Technical Insight Series”, a comprehensive resource designed to enhance understanding of groundwater management and integrated water resource strategies. This document offers in-depth insights into how Co-MAR fosters collaborative governance, engaging stakeholders—from groundwater users’ associations to water authorities—in sustainable aquifer recharge practices. The series highlights real-world case studies [...]
Co-Creating Solutions for Sustainable Water Management at MARCLAIMED’s Second Workshop
On January 29, 2025, the MARCLAIMED project successfully hosted its second stakeholder workshop in Barcelona, bringing together experts, local stakeholders, and project partners to advance sustainable water management solutions. The session focused on co-developing strategies to enhance the adaptive capacity of water systems and ensure economic sustainability. Participants from the Baix Llobregat Community of Practice collaborated with the Spanish demo [...]
Second MARCLAIMED Stakeholders Workshop: Enhancing Water System Resilience
The MARCLAIMED project organising its second stakeholder workshop, scheduled to take place in Barcelona on January 29, 2025from 9:00 to 12:35. This session will bring together the Community of Practice of El Baix Llobregat to co-create and refine the innovative tools developed by the project. The workshop will focus on improving the adaptive capacity and resilience of water systems to address [...]
