Nestled within the innovative heart of Dresden, the TUD MAR building hums with a quiet energy. It’s not just a building. It’s a hub for groundbreaking research, a testament to human ingenuity, a place where the future of water management is being shaped. TUD MAR, short for Managed Aquifer Recharge at the Technische Universität Dresden (TUD), represents a crucial step towards sustainable water resources. TUD, one of Germany’s eleven Universities of Excellence, houses the research group INOWAS, Innovative Groundwater Solutions, which spearheads the work at TUD MAR. Their focus? Developing nature-inspired solutions for increasing water availability through safe water storage in the subsurface. This involves understanding the complex interplay of natural and human-induced processes affecting groundwater.
The TUD MAR team utilizes a transdisciplinary research strategy. They combine physical and mathematical models of varying complexities to simulate and forecast the impact of managing aquifer recharge. This research isn’t confined to labs and computer screens. It extends to addressing societal needs for sustainable water management. The INOWAS group even developed a free groundwater modelling platform. This platform, available online, provides web-based tools for simulating groundwater processes related to managed aquifer recharge. Leading this charge at TUD MAR is Dr. Catalin Stefan, head of INOWAS and coordinator of the AGREEMAR project. His expertise lies in planning and optimizing managed aquifer recharge applications. Dr. Stefan’s contributions extend beyond TUD MAR. He co-chairs the Commission on Managing Aquifer Recharge of the International Association of Hydrogeologists. He also actively participates in the Groundwater Solutions Initiative for Policy and Practice (GRIPP).
Another key figure at TUD MAR is Dr. Jana Glass, a skilled groundwater modeller and the architect of the INOWAS web-based simulation platform. Dr. Glass’s work involves using analytical and numerical tools to assess the performance of MAR at various case studies globally. The team’s findings are regularly published, contributing to a growing body of knowledge on managed aquifer recharge. TUD MAR’s influence reaches beyond Dresden, impacting water management practices worldwide. The team collaborates internationally, sharing their expertise and fostering partnerships to tackle global water challenges. TUD MAR is more than just a research facility. It is a symbol of hope. It is a beacon of innovation in a world grappling with the increasing complexities of water resource management. As you stand before TUD MAR, you’re not just looking at a building. You’re witnessing the future of water. You’re seeing the dedication of scientists working to secure a vital resource for generations to come. Their work at TUD MAR offers a glimpse into a future where innovative solutions ensure sustainable access to clean, safe water for all.