Modeling saltwater intrusion scenarios for a coastal aquifer at the German North Sea

A 3d regional density-driven flow model of a heterogeneous aquifer system at the German North Sea Coast is set up within the joint project NAWAK (“Development of sustainable adaption strategies for the water supply and distribution infrastructure on condition of climatic and demographic change”). The development of the freshwater-saltwater interface is simulated for three climate and demographic scenarios. Groundwater flow simulations are performed with the finite volume code d3f++ (distributed density driven flow) that has been developed with a view to the modelling of large, complex, strongly density-influenced aquifer systems over long time periods

Modeling saltwater intrusion scenarios for a coastal aquifer at the German North Sea

A 3d regional density-driven flow model of a heterogeneous aquifer system at the German North Sea Coast is set up within the joint project NAWAK (“Development of sustainable adaption strategies for the water supply and distribution infrastructure on condition of climatic and demographic change”). The development of the freshwater-saltwater interface is simulated for three climate and demographic scenarios. Groundwater flow simulations are performed with the finite volume code d3f++ (distributed density driven flow) that has been developed with a view to the modelling of large, complex, strongly density-influenced aquifer systems over long time periods

Modeling saltwater intrusion scenarios for a coastal aquifer at the German North Sea

A 3d regional density-driven flow model of a heterogeneous aquifer system at the German North Sea Coast is set up within the joint project NAWAK (“Development of sustainable adaption strategies for the water supply and distribution infrastructure on condition of climatic and demographic change”). The development of the freshwater-saltwater interface is simulated for three climate and demographic scenarios. Groundwater flow simulations are performed with the finite volume code d3f++ (distributed density driven flow) that has been developed with a view to the modelling of large, complex, strongly density-influenced aquifer systems over long time periods

Die Rolle des Cultural Entrepreneurs in einer nachhaltigen Gestaltung des Kultursektors

Ausgehend von dem Unternehmerbegriff nach Schumpeter befasst sich dieser Beitrag in einer theoretisch-konzeptionellen Perspektive mit Charakteristika, Verhaltensweisen und Kompetenzen des Cultural Entrepreneurs. Ein Ergebnis ist die Generierung eines Kompetenzprofils, das aus dem Dreiklang Entrepreneur, Künstler und Kulturvermittler besteht. In einer Nachhaltigkeitsbetrachtung wurden im Kontext des Wandels und des Bewahrens von Kultur mögliche Spannungsfelder beleuchtet. Dabei wurde gezeigt, dass der Cultural Entrepreneur aufgrund seiner unternehmerischen Kompetenzen eine Schlüsselrolle im Auflösen der Spannungsfelder der Nachhaltigkeit spielen kann, indem er durch sein innovatives Handeln veraltete Strukturen aufzulösen vermag und ein neues Zusammenspiel zwischen den Akteuren bewirken kann

Modeling saltwater intrusion scenarios for a coastal aquifer at the German North Sea

A 3d regional density-driven flow model of a heterogeneous aquifer system at the German North Sea Coast is set up within the joint project NAWAK (“Development of sustainable adaption strategies for the water supply and distribution infrastructure on condition of climatic and demographic change”). The development of the freshwater-saltwater interface is simulated for three climate and demographic scenarios. Groundwater flow simulations are performed with the finite volume code d3f++ (distributed density driven flow) that has been developed with a view to the modelling of large, complex, strongly density-influenced aquifer systems over long time periods