Daikin Applied Europe hosted the 12th edition of the Daikin Prize for Biodiversity Conservation, an initiative that reflects the company's ongoing commitment to sustainability, innovation, environmental responsibility, and scientific excellence. Held at Daikin Applied Europe's headquarters in Cecchina, the event brought together researchers, representatives from the academic community, and company employees to celebrate excellence in biodiversity conservation research and to present the award to the winner of the 12th edition. Promoted in collaboration with the Department of Biology and Biotechnology "Charles Darwin" of Sapienza University of Rome, the Prize is one of the company's most significant initiatives supporting young researchers, recognising innovative studies that advance scientific knowledge and develop practical solutions for environmental protection and biodiversity conservation.
Biodiversity is one of the fundamental pillars of a healthy and resilient planet. From maintaining ecosystem balance to supporting food production, climate regulation, and human well-being, biological diversity plays an essential role in addressing many of today's environmental challenges.
Over the years, the Prize has recognized pioneering research across a wide range of biodiversity conservation fields, including terrestrial and marine ecosystems, plant ecology, pollinator protection, habitat restoration, and the study of human impacts on natural ecosystems. By highlighting innovative studies with tangible environmental benefits, the initiative has helped bridge the gap between scientific discovery and real-world conservation action. Through supporting young researchers and fostering dialogue among academia, industry, and society, the Daikin Prize demonstrates how scientific excellence can make a meaningful contribution to biodiversity protection and the creation of a more sustainable future.
This year's Prize was awarded to Luigi Cao Pinna for his PhD thesis entitled "Modelling Alien Species in the Mediterranean Basin: Current Invasion Hotspots and Future Predictions". The research addresses one of the most pressing challenges in biodiversity conservation: the spread of invasive alien plant species across Mediterranean Europe. By integrating biogeographical analyses and predictive models, the study investigates the factors influencing species establishment and invasion success. The findings show that climatic similarity between the native and invaded regions is the main factor facilitating establishment, while invasion success largely depends on a species' ability to maintain its ecological niche. The study identifies both current and future invasion hotspots, highlighting ports and coastal areas as major points of entry, and indicates that climate change may progressively shift the potential distribution of many species towards higher latitudes and elevations, increasing pressure on mountain ecosystems. These findings provide valuable insights to support prevention, monitoring, and management strategies for biological invasions.
The Prize represents a concrete expression of Daikin's commitment to sustainability, innovation, and corporate responsibility. More than an annual award, the initiative reflects the company's belief that today's environmental challenges require collaboration, scientific excellence, and a long-term vision. Biodiversity conservation is closely linked to major global issues such as climate change, ecosystem degradation, and the sustainable management of natural resources. In this context, scientific research plays a crucial role in generating the knowledge and solutions needed to build a more resilient future.
By supporting talented young researchers, Daikin aims to contribute to advancing scientific knowledge and promoting innovative approaches to environmental protection. The Prize goes beyond recognising academic excellence, encouraging research capable of generating a tangible impact on society and the environment. This commitment is formalised through Daikin's Environmental Vision 2050, the company's strategy to help create a sustainable society through technological innovation, responsible environmental management, and the reduction of environmental impacts throughout the entire lifecycle of its products and business activities.
Through initiatives such as this, Daikin reinforces its commitment not only to sustainable technologies but also to people, knowledge, and scientific research. By fostering collaboration between industry and academia, the company actively contributes to progress toward a future where innovation and sustainability go hand in hand. Daikin remains committed to supporting knowledge sharing, innovation, and a culture of shared responsibility, all of which are essential to building a more resilient and sustainable future for people, communities, and the planet.