Continuing its advanced work in lake restoration and monitoring, FERRO has identified gaps in traditional in-situ methods for lakes’ structures observation. Thus, the project is presenting its third outcome, aiming to improve the process, using innovative tools and methods. 

Background: Why is monitoring essential throughout a lake restoration process?

The restoration of lakes needs structured monitoring beyond the execution of measures. It then can assess changes in water quality and ecosystem condition, and evaluate the success of the actions taken over time. However, traditional ‘on-site’ methods often provide limited structures and temporary coverage because of logistical and cost-related restraints. This makes it challenging to capture variability or detect short-term responses. Remote sensing provides a valuable element by providing consistent and repeatable Earth Observation data. This information enhances the lake monitoring and supports a more thorough understanding of nutrient polluted dynamics and restoration impacts across space and time.   

How will this be achieved: FERRO’s input

FERRO applies monitoring before, during and after the lake restoration. This will proceed with remote sensing data and development of an interactive dashboard that will visualise changes over time. The dashboard will combine ‘on-site’ and satellite-based observations of water quality status before and after restoration. Based on information from Copernicus satellites for Earth Observation, the system will provide products such as chlorophyll-a concentration, cyanobacteria risk and water clarity. This will allow lake managers to identify seasonal and long-term trends and make informed decisions. 

Who can benefit from this?

The FERRO Earth observation dashboard is designed to support the project experts in calculating the success of restoration measures. Policymakers will benefit from improved insight into the efficiency and impact of restoration investments. The reporting and accountability of the regulatory frameworks is also strengthened by the ability to track changes over time. 

More broadly, the integration of remote sensing into lake monitoring enhances long-term observation strategies, improves cost efficiency, and supports a better understanding of ecological responses to restoration measures.