Under the agreement, Klaipeda University grants AquaNIS Research exclusive rights to use, develop, and commercialize the European information system dedicated to the collection and analysis of data on aquatic non-indigenous species (NIS).
A Database Transforming Ecological Research
The AquaNIS system aggregates comprehensive data on non-indigenous species recorded in European and other regional seas, including their biological traits, pathways of introduction, environmental impacts, and implications for human health. It plays a critical role in numerous EU-funded research initiatives.
AquaNIS is a highly valued tool in international scientific research, widely utilized by institutions such as the European Alien Species Information Network (EASIN), the Baltic Marine Environment Protection Commission (HELCOM), the International Council for the Exploration of the Sea (ICES), and others.
"Over more than a decade, AquaNIS has become one of the key resources for addressing the challenges of biological invasion management. This licensing agreement ensures the continuity, regular updating, and broader application of the database in real-world contexts," said Prof. Habil. Dr. Sergej Olenin, Director of AquaNIS Research and one of the system's original developers.
Science Commercialization and a Responsible Partnership Model
"This licensing agreement is a prime example of how university-based research can become a practical tool for solving global issues. Klaipeda University actively encourages researchers to establish spin-off companies that allow for the commercialization of academic achievements and the development of solutions with tangible societal and environmental impact. The AquaNIS system, developed by our researchers, is not only an internationally recognized data source, but also a testament to the successful transformation of science into practical outcomes," said KU Rector Prof. Dr. Artūras Razbadauskas.
The agreement also outlines continued collaboration between both parties in the development of future scientific projects. In turn, the university will provide infrastructure support and contribute to the public dissemination of the database.
For more information about the AquaNIS database, visit: https://aquanisresearch.com/
