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.

Territorial education through the rivers. The “Flowing with the rivers” public engagement project. – The contribution reflects on how the value of water resources in the ecological transition can be shared and strengthened through geo-graphical education. In particular, the Public Engagement project “Flow-ing with the rivers”, financed with 48,500 euros by the University of Turin, whose objective was the development of an educational model to sustainably reconstruct the relationships between human communities and territory around water as a resource and fundamental element in all relationships between natural and human systems. The project activities developed between 2021 and 2023, concentrating the action on the territory between Turin and Savigliano, in particular between the Po, Tanaro and Maira rivers, and involved universities, associations, schools with teachers, students and parents, citizens, media and local administrations. The involvement of local communities was considered a basis of geographical education, starting from the idea that through awareness of the ecological, cultural and economic value of rivers it is possible to arrive at a plan for life, care and sustainable development that produces a social and cultural change in the valorization and management of water resources. The interdisciplinary working group, scientifically directed by Cristiano Giorda, involved fifteen researchers from six different departments and scientific areas. The main methodology followed was that of territorial education through outdoor education and place and art based learning activities, ca-pable of territorialising the scientific and artistic dimensions with skills linked to territorial values, landscape, sustainable development -bile and active citizenship.

Artificial Intelligence for Sustainable Water Resources Management. Case Study: Gorgovivo, Ancona. – The urgent need to address challenges related to the sustainable management of water resources has prompted the scientific and technological community to explore innovative solutions that can make a significant contribution to achieving the goals and sustainability strategies of the UN’s 2030 Agenda. In this context, Artificial Intelligence (AI) emerges as a powerful ally, offering advanced tools for the collection, analysis, and management of water data efficiently and effectively. Using machine learning algorithms and neural networks, AI enables accurate prediction of water demand, facilitating optimal planning and allocation of resources. Moreover, the integration of smart sensors and monitoring systems allows real-time control of water resources, improving the response capacity to environmental variations and emergencies.
The purpose of the research is to examine how AI can optimize water treatment and distribution processes, reducing waste and enhancing the energy efficiency of water facilities; the use of predictive models based on historical data and environmental variables allows for proactive management of resources, thus contributing to their conservation and long-term sustainability. In this perspective, an AI-based system will be adopted to predict the groundwater levels of the Gorgovivo spring (AN), using historical data from the spring itself, the level of the Esino river, and rainfall stations. The proposed AI model is based on the Prophet predictive algorithm, specifically designed to manage time series forecasting applications; as adapted by us, the predictive model was evaluated using the mean absolute error (MAE), mean squared error (MSE), and correlation criteria.

Agreements on the use of water, cooperation, policies and conflicts: river contracts in Italy. – The paper aims to explore the concept of river contract as a tool for participatory management of water resources, analyzing in this context the key role of conservation and management of their naturalness. The main objective of the research is to understand how river contracting can facilitate the conservation, enhancement and transmission of cultural heritage while promoting the sustainable development of local communities. The methodology is based on a review of the available literature on the river contract concept, its role in cultural heritage enhancement, and the need for the geo-mediation phase as an important moment of shared and participatory planning. The results of the research, in addition to highlighting regional differences in the application of River Contracts in Italy, indicate that the river contract although not widespread can act as a catalyst for the management and enhancement of cultural heritage, actively involving local communities in the conservation of their territories. The implications of the research may be useful for scholars, practitioners and institutions interested in the conservation and enhancement of water resources through the implementation of planning strategies by identifying the figure of the geomediator as a facilitator of performative processes.

Community Readiness for Local Covid-19 Management. – In these days, we are learning important lessons in citizen science. Today, local administrations must equip themselves with the management of infrastructures (unimaginable before Covid-19) for enforcing social distance and tracking positive cases. One of the tasks that geographers are expected to take up is the determination of the levels of societal readiness, the levels of integration in society of new technologies, products and services. The pandemic requires policies of social and cultural innovation that make communities ready to respond to catastrophic events on their territory through access to data, communities of practice, co-creation, reflection and inclusion. Finally, Covid-19 ought not to undermine the work done so far to achieve Sustainable Development Goal 1 (Poverty), 3 (Health), 4 (Education), 5 (Gender), 6 (Water), 8 (Work), 10 (Inequalities) and 16 (Peace). Pope Francis has made it clear: «This is the moment to see the poor».