Our team is currently seeking collaborative partners for the EUPAHW Call 2 focused on animal welfare. We work extensively with Hermetia illucens (black soldier fly), a species that offers multiple welfare‑enhancing advantages across feed, environmental management, and sustainable production systems. Its larvae contribute to improved gut health, natural antimicrobial protection, and reduced pathogen load in animal environments, while the species itself supports circular bioeconomy principles with minimal welfare concerns. We are looking to join or form a consortium with organisations interested in innovative, sustainable, and welfare‑oriented solutions where insect‑based systems can play a meaningful role. Our expertise includes insect biology, bioactive compounds, feed applications, and integrated bioprocessing, and we are eager to contribute to a strong, multidisciplinary partnership under this call.

The Estonian University of Life Sciences (Eesti Maaülikool) is Estonia’s leading institution dedicated to research, innovation, and education in agriculture, animal sciences, veterinary medicine, environmental sustainability, and bioeconomy. As a nationally and internationally recognised centre of excellence, the university focuses on developing knowledge‑based, sustainable solutions that support animal welfare, biodiversity, and resilient food systems. The university integrates multidisciplinary expertise across animal nutrition, behaviour, health, and welfare science, supported by modern research facilities, accredited laboratories, and strong collaboration networks with industry and public-sector partners. Its research groups actively contribute to European and global initiatives addressing sustainable livestock production, circular bioresource use, and the development of innovative biological technologies. In recent years, the Estonian University of Life Sciences has expanded its work in insect-based systems, including Hermetia illucens, exploring their potential in feed, waste valorisation, and welfare‑enhancing biological compounds. This aligns closely with EU priorities on sustainable protein sources, reduced environmental impact, and improved animal well‑being. The university is committed to impactful, evidence‑based research and welcomes partnerships that advance scientific excellence, practical innovation, and high standards of animal welfare across Europe.