With the arrival of spring,  new monitoring campaigns have begun, associated with Vital’s work to develop a system for ecological restoration of Venice's artificial salt marshes. In collaboration with our technical partner DEME, we are driving innovation in this critical area.​

Two new experts are contributing to this work: Professor Patrick Meire from the University of Antwerp's Department of Biology and head of the Ecosystem Management Research Group, and Professor Monia Renzi, director of the Bioscience Research Centre (BsRC) in Orbetello, Italy, and a national expert in ecotoxicology. They will be helping to better understand the challenges and stressors observed in the development of artificial salt marshes.​

Under Professor Meire's guidance, the team installed advanced piezometers to intensify monitoring of subsoil hydrodynamics. Water drainage (flow) is a crucial factor influencing the capability of the ground to host plant communities and associated biodiversity as it regulates the inflow of nutrient-rich water necessary for plant and microbiome health, while also ensuring adequate outflow to support transpiration and prevent soil saturation.​

Complementing these technological advancements, fieldwork at the Vital pilot site included systematic sample collection led by BsRC. These efforts aim to refine ecotoxicological assessments and develop improved strategies for mitigating environmental stressors.​

As research methodologies evolve, the integration of interdisciplinary expertise and innovative tools is paving the way for more precise and effective environmental monitoring. These initiatives mark significant progress in the field, reinforcing our commitment to sustainable ecosystem management and scientific excellence.