Verbundprojekt »WaRM« – Wassersystemmodell Rhein/Main

Mehrere Beiträge auf der EGU 2025 in Wien

02.05.2025

Stephan Schulz, Selina Hillmann, Angela Morales Santos und Juan Carlos Richard-Cerda haben das WaRM-Projekt auf Europas größter Geowissenschaftskonferenz vertreten.

Water use conflicts and related monitoring strategies in an extensively developed groundwater system
Water use conflicts and related monitoring strategies in an extensively developed groundwater system

Dr. Stephan Schulz (TU Darmstadt) hielt einen Keynote Vortrag in der Session „Advances in Integrative Assessment for Sustainable Groundwater Management“.

Der Titel lautet: Water use conflicts and related monitoring strategies in an extensively developed groundwater system

Link zum Abstract
Modelling Climate Change Effects on Soil Water Dynamics and Groundwater Recharge in Temperate Forests in Germany
Modelling Climate Change Effects on Soil Water Dynamics and Groundwater Recharge in Temperate Forests in Germany

Dr. Angela Morales Santos (NW-FVA) präsentierte ein Poster in der Session „Forest water dynamics across spatial and temporal scales“.

Der Titel lautet: Modelling Climate Change Effects on Soil Water Dynamics and Groundwater Recharge in Temperate Forests in Germany

Link zum Abstract
Event-based high-resolution monitoring of pesticides and nitrate at a cash crop site
Event-based high-resolution monitoring of pesticides and nitrate at a cash crop site

Selina Hillmann (HLNUG) präsentierte ein Poster in der Session „Hydrological processes and contaminants transport in the vadose zone: Recent developments and novel insights“.

Der Titel lautet: Event-based high-resolution monitoring of pesticides and nitrate at a cash crop site

Link zum Abstract
Using in-situ monitoring and modeling to characterize isotope effects in nitrate cycling at an agricultural site
Using in-situ monitoring and modeling to characterize isotope effects in nitrate cycling at an agricultural site

Juan Carlos Richard-Cerda (TU Darmstadt) hielt einen Vortrag in der Session: „Hydrological processes and contaminants transport in the vadose zone: Recent developments and novel insights“.

Der Titel lautet: Using in-situ monitoring and modeling to characterize isotope effects in nitrate cycling at an agricultural site

Link zum Abstract