Discover the science, systems, and people working to safeguard the future of food — and why the world is only just beginning to pay attention.
The Super-Seeders reveals the architecture of a quiet global movement – a living system of seed banks, scientists, plant breeders, and farmers working across borders to secure the future of food.
It’s a story few have heard, yet it touches every one of us. From the wheat in our bread to the rice in our bowls, the resilience of our crops, and the survival of the people who grow them, depends on systems that remain largely invisible.
This book explores the Plant Genetics Revolution — from its seven foundational pillars, through today’s breakthroughs in genomics and gene editing, to the urgent question: are these advances reaching the farmers who need them most?
More than a story about seeds, this is about people: Ethiopian farmers reviving ancient grains, researchers decoding genomes in high-tech labs, and global institutions quietly cooperating to move genetics from vaults to fields.
This project exists to make these systems visible. To honour the quiet heroism behind them. To tell the story of the science that might just feed the future.
The world of plant science is undergoing a transformation. Inspired by breakthroughs in human genomics, like the rapid development of the COVID-19 vaccine, scientists are now applying the same technologies to agriculture. From conserving rare crop varieties to editing genomes for resilience, the plant genetics revolution is here.
This project follows the researchers, seed curators, and innovators leading the way – The Super-Seeders.
The plant genetics revolution stands on seven interconnected breakthroughs.
These are the Seven Pillars: the foundations of a global system that protects crop diversity, accelerates innovation, and delivers real-world impact for farmers across the Global South and beyond.
Each pillar plays a unique role; from preserving ancient seeds, to sharing genomes between nations, to ensuring that smallholder farmers can actually access the crops they need.
They don’t exist in isolation. Together, they form a living framework – the quiet architecture behind one of the most ambitious and necessary revolutions of our time.
Gene Banks
Conserving the raw material of plant breeding
The Twin Architects of the Green Revolution
Improving crops one generation at a time
International Agricultural Research Stations
Unpacking the tools that build better crops
The Science behind the New Genetics
Unlocking Nature’s Defences to Build Better Crops
International Treaty on Plant Genetic Resources
Protecting Biodiversity Through Global Cooperation
Gene Sequencing
From DNA data to accelerated discovery
Market-Led Sustainable Seed Systems
Their importance in plant breeding
The best way to think about genomics is as a book—the book of life. Before genomics, biologists were studying this book without ever opening it. They were just looking at the cover. Genomics changed everything. Doubled haploid technology and marker-assisted selection (MAS), a powerful tool that uses DNA markers linked to traits like disease resistance to speed up both trait discovery and breeding cycles, were developed.
Sequencing paved the way for gene discovery. It allowed scientists to open the book and read the text inside. That’s what genome sequencing is: reading the language of life. Genomics didn’t stop at reading. It made gene editing possible. With tools like CRISPR, we can now change just one letter in the book—and alter its entire meaning.
AI is already having a powerful effect and will become a game changer. “That’s really what it is,” says Professor Sophien Kamoun. “Opening the book of life. It’s the simplest way of thinking about genomics.”
From improved yields to climate resilience, Part Three of Super-Seeders explores whether innovation is reaching the farmers who need it most – particularly in the Global South, where food insecurity and climate shocks are most acute. These aren’t just moonshots, they’re real-world tests of science in action. But how can we ensure the breakthroughs in plant genetics make it beyond the lab?
The International Plant Treaty helps ensure the world’s most essential crops remain accessible for breeding, research, and climate resilience. In this post, we explore the story behind the treaty, from a boy collecting melon seeds in Spain to today’s digital battles over genomic data.
Gene banks may not look like much — but they hold the keys to feeding the future. As climate change and crop loss rise, these seed libraries are quietly safeguarding the genetic diversity our food system depends on. Discover why we need them more than ever.
The International Plant Treaty helps ensure the world’s most essential crops remain accessible for breeding, research, and climate resilience. In this post, we explore the story behind the treaty, from a boy collecting melon seeds in Spain to today’s digital battles over genomic data.
The International Plant Treaty helps ensure the world’s most essential crops remain accessible for breeding, research, and climate resilience. In this post, we explore the story behind the treaty, from a boy collecting melon seeds in Spain to today’s digital battles over genomic data.
Miles Hillmann has spent a lifetime in business; from agriculture to pollution control and international innovation and export. The Super-Seeders is the result of a personal journey to understand the systems and people working to protect the future of food.
“This isn’t about breakthroughs. It’s about systems — and the quiet revolution that might just feed the future.”
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