In a remarkable intersection of tradition and technology, Nigeria’s widely cherished Egusi (melon) seeds are set to embark on an unprecedented journey beyond Earth’s atmosphere. The seeds will be sent into space as part of a pioneering scientific experiment led by Temidayo Oniosun, a Nigerian space scientist and alumnus of the Federal University of Technology, Akure (FUTA).
The launch, scheduled for July 31, 2025, at 12:09 PM EDT (5:09 PM Nigerian time), will take place aboard NASA’s Crew-11 resupply mission from Cape Canaveral, Florida, bound for the International Space Station (ISS).
A First for Nigeria
This mission represents a historic milestone — the first time seeds from Nigeria will be sent into space. The initiative, jointly announced by Space In Africa’s Queen Dare and Temidayo Oniosun, reflects growing international collaboration in space research. It is being executed in partnership with The Karman Project and Jaguar Space LLC, and underscores the increasing relevance of African scientists in global space innovation.
Why Egusi Seeds?
The central objective of the mission is to evaluate the nutritional and functional viability of Egusi seeds in the context of long-duration human space travel. Selected from farms in Oyo State, the seeds will be part of a broader experimental payload onboard the space station, under the supervision of NASA astronaut and U.S. Navy Lieutenant Commander Jonny Kim.
Speaking about the mission’s significance, Oniosun stated:
“I am sending Egusi seeds to outer space to assess their suitability for nutritional and functional applications in long-term human space exploration. This is the first time in history that seeds from Nigeria will be going to space.”
The Science Behind the Launch
Once the seeds return to Earth, they will undergo extensive post-flight analysis in collaboration with Dr. Wagner Vendrame, a professor at the University of Florida. The testing will examine:
- In vitro germination to identify morphological and physiological changes
- Spectral imaging to evaluate seed viability
- Respiration tests to monitor metabolic activity
- Molecular analysis to detect any genetic variations due to space exposure
Oniosun emphasized that the research is not merely an agricultural trial, but a strategic inquiry into food security and sustainability in space:
“This research goes beyond agriculture; it’s about food security, adaptability, and scientific sovereignty in space exploration. If Egusi can survive and thrive after exposure to space conditions, it opens new doors for indigenous crops in extraterrestrial agriculture.”
Egusi (melon) seeds | Credit: SPACE IN AFRICA
A Symbol of African Scientific Innovation
The initiative is widely hailed as a landmark moment for Nigerian science, placing the country at the forefront of astro-agriculture — the study of cultivating crops for space environments. It also reflects the broader ambitions of African scientists to contribute to critical conversations around the future of humanity in space.
The Vice Chancellor of FUTA, Professor Adenike Oladiji, expressed pride in the accomplishments of the university’s alumnus:
“As the countdown begins, the world watches not just a rocket launch, but a symbol of African innovation hurtling beyond Earth’s atmosphere — seeded by home-grown potential, nurtured by academic excellence at the Federal University of Technology Akure, and now touching the stars.”
Oniosun’s Trailblazing Journey
Temidayo Oniosun’s journey is itself a testament to perseverance and visionary leadership. A 2016 graduate of FUTA with a degree in Meteorology, he holds a Master’s in Satellite Applications from the University of Strathclyde, Glasgow, and a Ph.D. from the University of Delaware.
His interest in space science dates back to his university days when, in 2015, he led FUTA’s space club to launch a high-altitude balloon in a national competition. In 2016, he received the International Astronautical Federation’s Emerging Space Leadership Award, and he has since held key roles such as Regional Coordinator for Africa at the Space Generation Advisory Council, serving two terms beginning in 2017.
As the world turns its eyes to the skies on July 31, the launch of Egusi seeds into orbit will not only mark a scientific first for Nigeria but also serve as a powerful symbol of the potential locked within African knowledge systems. For Oniosun and countless others working to bridge the gap between tradition and technology, this mission is a giant leap for both science and cultural identity — one Egusi seed at a time.