Analysis and perspectives on water stress reduction: territorial implications and innovative approaches. – Ensuring water sustainability through technological innovation is crucial, especially for groundwater, a vital component linked to the hydrological cycle. It plays a pivotal role in supplying drinking water for various purposes, including agriculture and industry. Climate change pose significant threats to groundwater conservation, raising concerns about both quantity and quality with significant socio-economic implications. Effective preservation requires hydrogeological monitoring of underground basins, coupled with dynamic water balance modelling to provide predictive insights. These modern tools are essential for proper physical resource management. Implementing innovative technologies and strategic political and management planning for underground aquifers are imperative for initiating a robust program to mitigate risks and achieve a sustainable balance for this precious resource.

Hydric resources as patterns for a community regeneration: the Gleno dam between memory and innovation in Scalve Valley. – Geography offers tools for territorial analysis and planning which, by integrating field research with geographic information technologies, propose innovative approaches to support re-generation processes. This is strategic in mountain contexts where, over time, water resources management has been at the core of a delicate co-evolutionary relationship between humans and non-humans and, sometimes, has caused catastrophic fractures induced by anthropic action, like dam collapsing. The essay presents the case study of the Gleno Dam in the Scalve Valley, province of Bergamo, where, since the collapse centenary (1923-2023), the geographers of the Imago Mundi Lab at the University of Bergamo have been carrying out research aimed at reconstructing the territorial stratification generated over time, focusing on the role of water and the disastrous results of the dam collapse on the entire valley. Many places abandoned after the disaster can today be regenerated through co-design processes using mapping systems and placing water at the centre of new symbolic meanings, cultural functions, and production practices.