This year’s RTO NEXUS call attracted an unprecedented level of scientific engagement: over 80 researchers from across the three institutes submitted project proposals addressing nationally important scientific and societal challenges. Following a rigorous evaluation process based on scientific excellence, societal impact, and implementation feasibility, three transdisciplinary projects have been selected for funding. Each winning project will receive up to €30,000 in funding and will be implemented over a period of up to 12 months, with research teams drawn from all three member institutes.
Winning Projects



SUNROOT
How can decommissioned solar modules create new value in agriculture? The SUNROOT project addresses this question by transforming end-of-life photovoltaic modules into innovative hydroponic growing substrates using advanced plasma-based technologies. Rather than accumulating in landfills, solar module waste will be repurposed into a sustainable, soil-free solution for plant cultivation. The project is led by Dr. Gediminas Kudirka, Dr. Vilma Snapkauskienė, and Dr. Vidas Pakštas, each heading interdisciplinary research teams at their respective institutes.
AgroBioCel
The AgroBioCel project investigates the biosynthesis of bacterial cellulose (BC) structures using agricultural by-products as substrate materials, and examines how bioactive components in these waste streams influence the functional properties of the resulting BC structures. Bacterial cellulose is a high-potential biopolymer material with established and emerging applications in biomedicine, food technology, textile engineering, and beyond. By integrating agricultural waste into BC biosynthesis, AgroBioCel contributes to the sustainability of agricultural and food value chains while reducing food waste and energy consumption. The project is led by Dr. Žaneta Rukuižienė, (FTMC) Dr. Lina Dėnė (LAMMC), and Dr. Inna Pitak (LEI), each heading interdisciplinary research teams at their respective institutes.
SolarBioImpact
The SolarBioImpact project investigates the state of ecosystems and plant biodiversity within the territories of solar power parks. Based on empirical findings, the project will develop practical, evidence-based recommendations for solar park maintenance practices that actively support and enhance local biodiversity. The project is led by Dr. Valda Gudynaitė-Franckevičienė (LAMMC), Dr. Ieva Uogintė (FTMC), and Dr. Mantas Marčiukaitis (LEI), each heading interdisciplinary research teams at their respective institutes.
RTO Lithuania (Research and Technology Organisation Lithuania) is a national network of scientific research and technology organisations dedicated to strengthening Lithuania’s research ecosystem, promoting international competitiveness, and fostering innovation-driven collaboration between science and society.



















































