XXXVIII CICLO | Cotti Piccinelli Marta

Passionate and dedicated conservation biologist with a diverse academic background spanning institutions in Italy and the United Kingdom. I have an interdisciplinary strong background in zoo conservation, animal welfare, biodiversity, and evolutionary biology. My educational journey has equipped me with a comprehensive understanding of biological phenomena at various levels, from molecular aspects to ecosystem dynamics. My research interests evolve around the intersection of ecology, conservation biology, and sustainable development with a focus on applied research aimed at addressing pressing environmental contemporary challenges. I am particularly drawn to research topics related to habitat conservation, wildlife management, human-wildlife interactions, and the environmental impacts of emerging technologies, including renewable energies.

Moreover, I am enthusiastic about exploring the environmental impacts of photovoltaics system development and identifying strategies to mitigate these impacts, monitoring the effectiveness of mitigation measures. while promoting sustainable energy solutions.

Additionally, I am keen on exploring technology-driven approaches, such as bioacoustics, in monitoring and mitigating threats to biodiversity. Through interdisciplinary collaborations and innovative methodologies, I aspire to contribute to the development of evidence-based conservation policies and practices that promote the long-term sustainability of natural ecosystems in the context of renewable energy development.

The transition to renewable energy sources, particularly photovoltaic technologies, is crucial in mitigating the environmental impacts of conventional energy production. However, ground-mounted PV (GPV) systems, while offering clean energy, pose challenges such as habitat loss and biodiversity decline. To address these concerns, integrating Nature-based Solutions (NBS) into GPV management designs is gaining traction. Through a multi-scale experimental design, the project will evaluate changes in soil quality, microclimate, and biodiversity. By identifying key parameters influencing the effectiveness of NBS strategies, the project seeks to inform the development of guidelines for future GPV installations. Ultimately, it aims to demonstrate the potential of Ecological Photovoltaic Gardens as a sustainable solution to safeguard biodiversity, ensure ecosystem services, and promote sustainable development in renewable energy infrastructure.