I am an interdisciplinary Environmental scientist working at the frontiers between Hydrology and Food System Sustainability. My research interests span the field of Water-Food-Energy nexus using spatial data science and hydrological modelling at regional to global scale. As a Research Fellow, I was Departmental Guest at Princeton University (2022-2023), University College London (2016) and University of Virginia (2013). Since 2021 (3 years after obtaining my Ph.D.), I hold a faculty position at the Politecnico di Torino.
I am a Post-Doctoral Researcher in Hydrology within the TIP-FRESH project (since November 2025). My research explores how global food systems and international trade shape atmospheric moisture transport and the stability of the hydrological cycle. I earned my PhD in Civil and Environmental Engineering from Politecnico di Torino in June 2025, with a thesis on virtual water flows and their links to atmospheric processes and water governance. In TIP-FRESH, I work at the interface of agro-hydrological modelling, atmospheric moisture tracking, and the socio-economic dynamics of international trade.
I am a Post-Doctoral Researcher in Environmental Engineering at Politecnico di Torino, where I received my PhD in 2025 with a thesis evaluating the impacts of food loss and waste in agri-food systems across the Water-Energy-Food-Ecosystem Nexus. During my PhD, I developed NETFLOW (Network-based Evaluation Tool for Food Loss and Waste), a modelling framework that tracks ecological footprints along globalized food value chains. In my past work, I collaborated in on EU-funded research projects, including the H2020 LEAP-RE RE4AFAGRI project on renewable energy for African agriculture. At present, my research within TIP-FRESH focuses on applying network-based approaches to trace environmental impacts through food supply chains and developing decision-support tools for sustainable agricultural development.
I am a PhD Candidate in Environmental Engineering at Politecnico di Torino. My current research focuses on the propagation of anthropogenic impacts through the hydrological cycle, by coupling atmospheric moisture transport modelling with global hydro-climatic models. My multi-disciplinary background lies at the interface of agro-hydrological modelling, climate science, and human activity. As part of the TIP-FRESH team, I investigate the hydrological implications of food systems transformations, modelling how global dietary transitions affect water resources and precipitation patterns worldwide.
I am a PhD student in Agro-Hydrology, working within the TIP-FRESH project, at the Politecnico di Torino (since November 2025). My research focuses on the Water–Food nexus, with particular attention to water use for food production and its consequences on the hydrological cycle. My background is multidisciplinary, and I have a strong interest in the climate crisis, modelling, science dissemination, and science for policy. In October 2025, I completed a Master’s degree in Environmental and Land Engineering at the Politecnico di Torino. My master’s thesis examined the role of agriculture as a source of precipitation in downwind regions and was developed in collaboration with the Water To Food Lab at the DIATI and the Water Resilience group at the Stockholm Resilience Centre.
PhD student at Politecnico di Torino, I study how enhanced weathering - the application of silicate rock powder in croplands - can help remove CO2 from the atmosphere. My work focuses on developing a modelling framework to evaluate its carbon removal potential, with a particular emphasis on identifying the most promising regions and understanding bidirectional feedbacks with crops and the water cycle. With a background in computer science and environmental engineering, I am developing and coupling models to run large scale simulations. With an interdisciplinary approach to ecohydrological and biogeochemical modeling, I aim to develop new methods for quantifying environmental processes and their interactions, contributing to both scientific understanding and actionable strategies for climate mitigation.
Scientific Advisors & Collaborators
Carole Dalin, Ecole normale supérieure
Kyle Frankel Davis, University of Delaware
Lan Wang Erlandsson, Stockholm Resilience Centre
Francesco Laio, Politecnico di Torino
Simon Asher Levin, Princeton University
Luca Ridolfi, Politecnico di Torino