What does fully integrated catchment modelling with MIKE SHE mean?

"Many hydrological and groundwater models simulate individual processes in isolation — but real-world water systems do not behave that way. Rivers interact with aquifers, wetlands respond to groundwater levels, and agricultural abstractions affect downstream flows. Modellers need a tool that reflects this complexity faithfully. The Solution This on-demand webinar explores what sets MIKE SHE apart from other hydrological and groundwater modelling tools: its fully integrated, bilaterally coupled approach to simulating the complete water cycle. Presented by DHI's Business Owner for MIKE SHE, the session delivers detailed insights and practical showcases of the software's core differentiator. You will gain a clear understanding of which hydrological and hydrogeological processes MIKE SHE can simulate, how bilateral coupling works in practice, and how this integrated approach unlocks capabilities that standalone hydrological or groundwater models simply cannot provide. Real water management use cases illustrate where this functionality delivers genuine added value. What You'll Learn Understand which hydrological and hydrogeological processes MIKE SHE can simulate Discover how MIKE SHE differs from other common hydrological and groundwater models Learn what bilateral coupling of processes means and how it works in practice Identify the water management use cases where fully integrated modelling is essential SPEAKER Philipp Huttner / P.H. Credentials and title: Business Owner for MIKE SHE & MIKE+ Rivers, Senior Groundwater and River Modeller Philipp Huttner is a senior groundwater and river modeller with over 10 years of experience in integrated surface water and groundwater resources management. As Business Owner for MIKE+ Rivers and MIKE SHE at DHI, he leads the strategic development of both products and brings extensive practical consulting experience to his work. LEVEL: Intermediate