The new methods and R&D procedures introduced and developed during the project will serve the medium and long-term goal of inland water prevention and protection more effectively.
Description:
Software to generate inundation frequency and hazard maps based on the analysis of the individual inundation formation mechanism. The project, supported by university researchers, will not only forecast and analyse the causes of inundation, but will also support compensation and the replenishment of declining groundwater resources. The implementation has several novel features, perhaps the most important of which is the mapping of the idea that inland water does not necessarily cause damage. It could even play a significant role in replenishing declining groundwater supplies. And, through sound management of inland water, by retaining excess water in appropriate locations, we can not only relieve the sewerage net
The project: The modern, innovative development takes into account the (so far less investigated) generation characteristics and properties of inland water, such as the effects of geological, climatic, natural geographic, precipitation intensity, farming branches, during the processing and evaluation of the basic data for inland water protection and inland water forecasting, and creates a model with a variety of parameters using up-to-date spatial data, which can be adapted and applied effectively in areas with different conditions than the sample area. Within this, several objectives and interdependent sub-outcomes have been identified.
System features:
· is aligned with the EU Water Framework Directive
· scientifically investigates, interprets and typifies the origins of inland water in a new approach
· analyse and explore the geomorphological and orthographic causes of inland water formation
· create inland flooding maps and databases
· develops a modern methodology for inland water mapping
· the system can be flexibly adapted and parameterised to any area
· user-friendly interface
· the programme is not only about damage control, but also about water resource management, conservation and utilisation
Overall, the new methods and R+D+I procedures introduced and developed during the project will serve the medium- and long-term goals of inland water prevention and protection more effectively.
