ENSA is an international research programme dedicated to harnessing beneficial plant-microbe interactions to improve plant nutrition and sustainably increase crop yields. It is a world-leading collaborative initiative, uniting fourteen research groups across the globe around a shared mission. The programme is coordinated from Cambridge University and supported by Gates Agricultural Innovations.

International recognition

By stepping into the role of Scientific Director, Professor Radutoiu brings her expertise in plant-microbe symbioses to one of the most ambitious global efforts to transform agriculture through fundamental research.

“ENSA is not just a research programme, it is a strategic mission to reshape agriculture at its roots. We learn from nature and engineer crops to self-fertilize, removing the dependency on synthetic fertilizers and unlocking sustainable productivity for farmers worldwide. This is fundamental science with global consequences. In ENSA, vision meets delivery, and discovery becomes impact ensuring a solid foundation for the future agriculture,” Simona says.

Her appointment also reflects the long-standing contribution of the Aarhus team to ENSA’s development. The team was initially led by Professor Jens Stougaard, whose visionary leadership and scientific insight helped shape ENSA’s early direction and laid the foundation for its continued success.

“I’ve been part of ENSA since its earliest days and have experienced the development of the programme along the years. The Aarhus team has been instrumental in this entire period, driving discoveries and engineering, sustaining momentum, and ensuring that the programme reaches its full potential."

Strong expertise in plant-microbe interactions

At MBG, Professor Radutoiu leads a research group investigating how plants interact with the vast diversity of surrounding microbes - from beneficial symbiotic bacteria and fungi to pathogenic microorganisms. Her team combines molecular biology, genetics, and microbiome analyses to understand how plants recognise and select microbial partners. The long-term aim is to apply this foundational knowledge to improve crop performance in sustainable agriculture.

Her appointment also highlights MBG’s strong international standing in plant molecular biology and genetics. In addition to Radutoiu’s group, MBG is represented in ENSA by the research groups of Professor Kasper Røjkjær Andersen and Professor Stig Uggerhøj Andersen.

“ENSA is built on strong science, long-term collaborations, and commitment to impact. We know what it takes to move from discovery to delivery and will continue by staying focused on what matters: the work, the team, and the mission. I take on ENSA’s scientific leadership with a clear sense of responsibility and direction,” Simona says.

Joe Cornelius, CEO of Gates Ag One, emphasized the importance of this investment. “The groundbreaking work of ENSA is fundamental to leveraging the latest crop technology to ensure all communities have the chance to thrive,” he said. “By partnering with leading institutions like Aarhus and Cambridge, we are accelerating the pace at which cutting-edge science reaches the hands of those who need it most.”

Looking ahead

With this change in leadership, the Aarhus team extends its heartfelt thanks to Professor Giles Oldroyd for his outstanding leadership of ENSA over more than a decade. His vision, dedication, and scientific excellence have been central to shaping the programme’s direction and global impact. We warmly congratulate him on his appointment as President of the Donald Danforth Plant Science Center in the USA and wish him continued success in this new role.

We also look forward to a close and productive collaboration with Professor Uta Paszkowski, as we jointly lead ENSA into its next chapter, and with our partner at Gates Agricultural Innovations - as we continue to build on ENSA’s strong foundations and shared commitment to transformative science.