In 2026, the International Olive Council deposited 5,000 olive seeds representing 59 accessions at the Svalbard Global Seed Vault—the first-ever olive genetic-resource deposit there.[1] The material includes cultivated varieties and wild oleasters and originated through the EU H2020 GEN4OLIVE project, involving Spanish agricultural authorities, the Universities of Córdoba and Granada, CSIC, INIA and the Centre for Plant Genetic Resources.[1] Agreements reached in 2024–2025 also brought two major global olive collections under the International Treaty’s access-and-benefit-sharing system.[1]
Olive is a long-lived, perennial food and oil crop with genetic traits relevant to drought, disease, heat and variable soils; preserving only a few elite cultivars would create restoration bottlenecks. The deposit combines biological redundancy with legal and institutional continuity: Svalbard operates under Norway’s framework and the International Treaty’s Multilateral System, while depositors retain ownership and control access.[1][10] For lunar settlement, this supports a layered archive model in which viable seeds, metadata, propagation protocols and access rights are preserved together rather than treating cryogenic storage as sufficient by itself.
The Ark team should establish a crop-priority matrix covering staple cereals, legumes, oil crops, fruits, forage and medicinal plants; require multiple accessions per species, including wild relatives; and record germination, regeneration, pollination, soil, photoperiod and nutritional data. It should also design legally durable access-and-benefit-sharing agreements modeled on the International Treaty, maintain geographically and physically separated copies, and test whether olive and other perennial seeds require tissue culture, cryopreservation or living backup orchards because seed longevity and regeneration constraints may limit direct lunar deployment.[1][10]