- Colombia has inaugurated the world’s largest repository for beans, cassava and tropical forages near the city of Cali.
- To withstand droughts, heat, floods and disease, crops need to be resilient, and that resiliency comes from genetic diversity.
- The Future Seeds facility will not only safeguard the biodiversity of important tropical crops, but is also expected to serve as a living laboratory for some of the most advanced technologies in agricultural research including a rover built by Google’s Project Mineral, and the use of artificial intelligence.
As more people are born onto this great green planet, the demand for food grows. Feeding the nearly 8 billion of us here today is a challenge, not only because of the amount of food required but because the climate crisis is making growing conditions more difficult and unpredictable. To withstand droughts, heat, floods, and disease, crops need to be resilient, and that resiliency comes from genetic diversity.
Worldwide, scientists are working to store global crop diversity in gene banks, facilities where the seeds, roots, and vegetation needed to create more life are kept safe and viable. Just this week, the world’s largest repository for beans, cassava, and tropical forages opened near Cali, Colombia. Colombian President Iván Duque Márquez inaugurated the Future Seeds gene bank at the March 15 event.
The facility will not only safeguard important tropical crops but is also expected to serve as a living laboratory for some of the most advanced technologies in agricultural research, making use of artificial intelligence, drones, and robotics.
Future Seeds is one of 11 gene banks around the world run through CGIAR, a global research partnership focused on food security. This newest facility, managed by CGIAR’s Alliance of Bioversity International and the International Center for Tropical Agriculture (CIAT), includes more than 37,000 samples of beans, 6,000 cassava samples, and 22,600 samples of tropical forages from more than 100 countries.
“The Future Seeds gene bank is a center of diversity for our time,” Ola Westengen, an associate professor at the Norwegian University of Life Sciences and former coordinator at the Svalbard Global Seed Vault, who is not involved with Future Seeds, told Mongabay. “This diversity is the basis for the future evolution of our crops.”
At its opening, Future Seeds announced a $17 million pledge from the Bezos Earth Fund that will be used to support the gene bank’s operations and research into the use of plant roots to sequester carbon and mitigate climate change.
In addition to the physical roots and seeds, the project also hosts a massive digital gene bank, where researchers can access plants’ DNA sequence information. The team is using this database, along with AI, to identify regions of the plants’ genome that may be linked to desirable traits such as drought tolerance or pest resistance. In some cases, genes that have been turned off may be turned on again, Marcela Santaella, the gene bank’s operations manager, told Mongabay.
AI will also be employed to help scientists find gaps in the collections and predict habitats where important crop biodiversity is yet to be found.
“[Future Seeds] is constantly training and developing new ways to enhance and protect biodiversity for better diets, resilient incomes and a healthier environment,” Santaella said in a press release.
“The collections are of global importance and this new facility will greatly increase the possibilities for improving the crops held,” Elinor Breman, senior research leader in seed conservation at the Millennium Seed Bank run by the U.K.’s Royal Botanic Gardens, Kew, who is not involved with the new gene bank, told Mongabay. “I hope that some of the AI techniques being developed at Future Seeds will eventually be adaptable for use with wild species.”
Unlike digital files, seeds in a vault cannot be stored and forgotten. Collections in the vaults must be regularly updated with fresh, viable samples grown in the field. Around 100 people work at the facility, with 50% working in fields to grow plants and collect new material.
“In some of the stories about the seed vault, you get the impression that this is like a time capsule,” Westengen said in a 2020 interview with Mongabay, “but the seed vault only makes sense as part of a kind of dynamic system for conserving and keeping the seeds viable … all seeds need to be regenerated and grown out in an environment where they will maintain their genetic integrity. And that’s a much more demanding job.”
The stored crops hold a treasure trove of useful traits and varieties within their genetic codes, but accessing and learning about them can be very slow going. To do so, plants have to be grown in the field and their traits tracked by researchers, one leaf, pod and stem at a time.
To speed up this process, Future Seeds has partnered with Google’s Project Mineral, a team at X, Alphabet’s moonshot factory, on a new kind of rover. Nicknamed “Don Roverto,” the rovers make quick work of this process, rapidly counting, measuring, and assessing plant traits in the field. The new technology accelerates the collection and analysis of the kinds of data plant breeders need to create better crop varieties.
“The Future Seeds genebank will provide a yet greater resource for researchers and crop breeders to find the traits that could further climate-proof and shock-proof global food systems,” Juan Lucas Restrepo, director-general of the Alliance of Bioversity International and CIAT and a director of CGIAR, said in a press release.
Threats to crop diversity are addressed in international conservation goals such as the U.N.’s Convention on Biological Diversity (CBD), the Sustainable Development Goals (SDGs) and the International Treaty on Plant Genetic Resources for Food and Agriculture (Plant Treaty).
Under the terms of the Plant Treaty, the seeds and plant material conserved in seed banks are available to people around the world for free. The seeds at Future Seeds are available “to any person in any place in the world for food and agriculture research or training,” Santaella said. Though requests are limited to around 20 to 100 clean, viable seeds.
“I hope the future brings many more young scientists interested in genetic resources,” Santaella told Mongabay. “We have the inspiration and now we have the infrastructure.”
Banner image of the genebank’s bean collection, the largest in the world. Photo via X/Project Mineral.
Liz Kimbrough is a staff writer for Mongabay. Find her on Twitter @lizkimbrough
FEEDBACK: Use this form to send a message to the author of this post. If you want to post a public comment, you can do that at the bottom of the page.