Seed Banks
Seed Banks: Conserving Biodiversity, Food Security, and Genetic Resources
Seed banks and genebanks are conservation facilities designed to preserve the genetic diversity of plants for future generations. They store seeds from wild plants, traditional crop varieties, crop wild relatives, endangered species, and agricultural breeding material. Some collections serve primarily as working resources for scientists and plant breeders, while others provide long-term backup copies intended to survive disasters, conflict, equipment failures, environmental change, or the disappearance of plant populations in the wild.
Together, the world's seed banks form an increasingly interconnected conservation system. Major institutions include the Royal Botanic Gardens, Kew's Millennium Seed Bank, international agricultural research centers, national genebanks, botanical gardens, community seed banks, and the Svalbard Global Seed Vault. Their collections preserve genetic resources that can be used for ecological restoration, scientific research, plant breeding, species recovery, and adaptation to climate change.
Seed banking is not simply the storage of packets of seeds in freezers. Successful conservation requires careful collection, cleaning, drying, documentation, viability testing, germination research, regeneration, disease prevention, and long-term monitoring. Some species cannot tolerate conventional drying or freezing and therefore require alternative techniques such as tissue culture or cryopreservation.
How Seed Banks Work
Conventional seed banking usually begins with collecting seeds from wild populations, farms, or existing crop collections. Conservationists often attempt to sample multiple individuals and populations so that stored material represents as much genetic diversity as possible.
Seeds are cleaned and inspected before storage. For species whose seeds tolerate drying, moisture levels can be reduced substantially before the material is placed in cold storage. Low temperature and low moisture slow biological deterioration and can allow some seeds to remain viable for decades or even centuries.
Stored seeds must still be monitored. Genebank scientists periodically test germination and viability. When germination rates decline or seed quantities become too low, plants may be grown again so that fresh seeds can be harvested and returned to storage. This process, known as regeneration, is essential to maintaining living collections over long periods.
Accurate documentation is equally important. A seed sample has far greater scientific value when researchers know where it was collected, the environment in which it grew, its genetic identity, and its relationship to other accessions. Modern genebanks increasingly combine physical collections with digital databases, genetic analysis, automated imaging, and genomic information.
The Millennium Seed Bank and Wild Plant Conservation
The Millennium Seed Bank at the Royal Botanic Gardens, Kew, is one of the world's largest conservation programs devoted to wild plants. Through an international partnership network, seeds have been collected from tens of thousands of species and stored for long-term conservation.
The program demonstrates the importance of preserving plants before they disappear from their natural habitats. Stored material can support research into seed biology, germination, climate adaptation, species recovery, and habitat restoration.
Wild-plant seed banking also seeks to preserve genetic variation within species. A collection representing only a few plants may fail to capture the diversity needed for populations to adapt to future environmental conditions. Conservation programs therefore increasingly emphasize collecting from different populations and geographic regions.
Some threatened plants cannot be conserved through ordinary seed banking because their seeds are damaged by drying or freezing. These species may require living collections, tissue culture, or cryogenic preservation of embryos, tissues, or other biological material.
Svalbard Global Seed Vault and Global Genebank Security
The Svalbard Global Seed Vault in Norway provides long-term backup storage for seed collections maintained by genebanks around the world. Rather than replacing working genebanks, Svalbard functions as a safety deposit facility where institutions can store duplicate samples of important agricultural genetic resources.
The need for duplication became especially clear when conflict disrupted the operations of the International Center for Agricultural Research in the Dry Areas, or ICARDA, in Syria. ICARDA had previously deposited duplicate samples of its crop collection at Svalbard. Seeds were later withdrawn so collections could be regenerated in Lebanon and Morocco, demonstrating that the vault could function as a practical backup rather than merely a symbolic "doomsday vault."
Svalbard now contains more than a million seed samples representing agricultural diversity from many parts of the world. Deposits include cereals, legumes, vegetables, forage crops, landraces, breeding material, crop wild relatives, and culturally important traditional varieties.
The global system depends on multiple layers of protection. Active genebanks maintain and distribute seeds, national and international institutions conserve working collections, and facilities such as Svalbard provide geographically separate security copies.
Crop Diversity, Food Security, and Climate Resilience
Seed banks are especially important to agriculture because modern food production depends on a relatively small number of crop species and varieties. Older varieties, landraces, and wild relatives often contain genetic traits that may be absent from widely cultivated commercial crops.
Plant breeders can search genebank collections for resistance to drought, heat, flooding, pests, diseases, and other stresses. Conserved genetic material can also contain traits affecting nutrition, yield, maturity, flavor, or adaptation to particular soils and climates.
Organizations such as CIMMYT preserve enormous collections of maize and wheat, while the International Rice Research Institute maintains a globally important rice genebank. ICARDA conserves crops adapted to dry environments, including wheat, barley, chickpea, lentil, faba bean, forage crops, and their wild relatives.
Climate change has increased the importance of these collections. Crop varieties developed for historical conditions may not perform well under hotter temperatures, changing rainfall patterns, new pests, and more frequent extreme weather. Genetic diversity preserved in genebanks provides breeders and farmers with a broader range of biological options.
Crop wild relatives are particularly valuable because they have evolved under natural environmental pressures and may contain traits that have disappeared from domesticated varieties.
Community Seed Banks and Farmer-Managed Diversity
Community seed banks complement institutional genebanks by keeping crop diversity within farming communities. Rather than conserving seeds only in distant research facilities, community systems allow farmers to grow, exchange, select, regenerate, and adapt traditional varieties under local conditions.
Community seed banks operate in many countries, including Kenya, Uganda, Zimbabwe, Ethiopia, Nepal, Colombia, Brazil, and India. They can improve access to planting material while conserving crops that may receive little attention from commercial seed companies.
Farmer-managed seed systems also preserve cultural knowledge. Traditional varieties may be associated with particular foods, ceremonies, farming practices, landscapes, and local identities. Losing a seed variety can therefore represent both biological and cultural loss.
Community seed banks can help farmers recover varieties after droughts, disasters, market disruptions, or other crises. They may also strengthen seed sovereignty by allowing communities to maintain greater control over the seeds they plant.
Connections between community seed banks and national genebanks can provide additional security. Locally maintained varieties can be duplicated in national collections, while stored material can sometimes be returned to farmers when varieties have disappeared from cultivation.
Native Seeds and Ecological Restoration
Seed banks are increasingly important to ecological restoration. Restoration projects require large quantities of native seed, but simply planting any individual of a species may not be sufficient. Plants adapted to one climate, elevation, soil type, or geographic region may perform poorly when moved elsewhere.
Native seed collections therefore attempt to preserve geographically and genetically appropriate material. Such reserves can be used to restore ecosystems damaged by wildfire, development, invasive species, storms, climate change, and other disturbances.
The United States National Park Service, U.S. Forest Service, botanical gardens, and conservation organizations maintain native seed collections intended for future restoration. Programs include seed banks for conifers in Pacific Northwest national parks and collections of threatened or endangered plants that may eventually be propagated and reintroduced into protected habitat.
Seed banking can also support species recovery. Seeds collected before a population becomes critically small may later provide material for propagation, reintroduction, or reinforcement of surviving populations.
Botanical Gardens and Endangered Plant Conservation
Botanical gardens play an important role in conserving wild-plant diversity. Their programs frequently combine seed banks with living collections, tissue culture, research, propagation, and reintroduction.
Projects around the world are collecting seeds from threatened plants in Mexico, Latin America, India, Sri Lanka, Brazil, the United States, and other regions. These collections can preserve genetic material even when natural populations are extremely small.
Seed banks are particularly valuable because maintaining large numbers of plants as living collections requires considerable land, labor, and resources. Thousands of seed accessions can often be stored in comparatively small facilities.
Nevertheless, living collections remain essential for species whose seeds cannot tolerate conventional storage and for conservation programs requiring ongoing propagation or research.
Heirloom Seeds and Participatory Preservation
Not all seed banks are operated by governments or scientific institutions. Organizations such as Seed Savers Exchange preserve thousands of heirloom and open-pollinated crop varieties with the help of gardeners and farmers.
Participatory preservation keeps varieties in active cultivation while also maintaining centralized backup collections. Growers may regenerate seeds whose stored supplies are becoming old or whose germination rates have declined.
This approach illustrates an important principle of crop conservation: biodiversity can be preserved both ex situ, outside its original environment, and in situ or on-farm, where varieties continue to evolve under changing environmental and cultural conditions.
Heirloom seed conservation also protects historical and cultural resources. Many varieties have been passed through families or communities for generations and contain genetic combinations that may not exist in commercial seed systems.
Challenges and Limitations of Seed Banking
Seed banks provide powerful conservation tools, but they are not complete substitutes for protecting functioning ecosystems or maintaining crops in farmers' fields.
Not all seeds survive conventional storage. Recalcitrant seeds from some tropical trees and other plants cannot tolerate the drying and freezing used in standard seed banks. These species require more expensive methods such as cryopreservation or tissue culture.
Stored seeds also gradually lose viability. Collections require permanent funding for monitoring, testing, regeneration, equipment, staffing, and documentation. A seed bank that collects material but cannot maintain it over subsequent decades may eventually lose much of its conservation value.
Collections can also be incomplete. Preserving one accession of a species does not necessarily conserve the genetic variation found across its entire geographic range. Effective conservation therefore requires careful sampling and repeated collection.
War and political instability can threaten genebanks just as they threaten other institutions. Collections in Syria and other conflict zones have demonstrated why geographically separated backup copies are necessary.
Natural disasters, power failures, inadequate refrigeration, pests, disease, and lack of funding can also endanger stored material.
Seed Banks, Biodiversity, and the Future
Modern seed conservation increasingly combines traditional seed storage with genomics, digital databases, cryopreservation, ecological research, farmer participation, and international cooperation.
Future genebanks are likely to become more than storage facilities. They can function as active biological libraries whose genetic resources are studied and distributed to researchers, farmers, breeders, conservationists, and restoration programs.
Climate change makes this role increasingly important. Scientists can compare stored populations to identify traits associated with heat tolerance, drought resistance, disease resistance, or adaptation to different environmental conditions. Native seed collections can similarly help restoration programs choose plant material capable of surviving future climates.
At the same time, conservationists increasingly recognize that seed banks must complement rather than replace protected habitats, healthy ecosystems, and farmer-managed agricultural diversity. Seeds stored in freezers preserve genetic possibilities, while living populations continue to evolve and interact with their environments.
Conclusion
Seed banks are one of the most important forms of biological insurance available to modern society. From the Millennium Seed Bank and the Svalbard Global Seed Vault to national genebanks, botanical gardens, community seed banks, and farmer seed networks, they preserve genetic resources that might otherwise disappear.
Their value extends far beyond preventing extinction. Conserved seeds can help restore damaged ecosystems, recover endangered plants, develop crops capable of surviving climate change, protect culturally important varieties, and provide farmers and scientists with genetic options that may become essential in the future.
Yet seed banking is not simply a matter of placing seeds in cold storage. Long-term conservation requires careful sampling, scientific management, secure funding, regeneration, documentation, international cooperation, and continued protection of living plants and ecosystems.
The strongest conservation strategy therefore combines seed banks with protected habitats, botanical collections, community stewardship, agricultural diversity, scientific research, and active restoration. Together, these approaches preserve not only seeds themselves but the biological possibilities they contain for future ecosystems, agriculture, and human societies.
Millennium Seed Bank and Wild Plant Conservation
| Ted Chapman et al. | Royal Botanic Gardens, Kew | December 18, 2025
Examines how native seed collections can help researchers identify plant populations suited to future climatic conditions and improve climate-resilient grassland restoration.
| Mpande Sichamba et al. | Royal Botanic Gardens, Kew | October 22, 2025
Profiles seven threatened plants whose seeds have been collected, conserved, propagated, or restored through partnerships associated with the Millennium Seed Bank.
| Michael Way | Royal Botanic Gardens, Kew | October 21, 2025
Recounts the origins and development of the Millennium Seed Bank and how an ambitious international effort to preserve wild plant diversity grew over several decades.
| Royal Botanic Gardens, Kew | Royal Botanic Gardens, Kew | October 20, 2025
Marks the Millennium Seed Bank's 25th anniversary and summarizes the growth of a global conservation network holding billions of seeds representing tens of thousands of plant species.
| Eddie Johnston | Royal Botanic Gardens, Kew | September 5, 2025
Follows seed-collecting expeditions in Thailand, Armenia, Norway, and other regions, illustrating how a worldwide partnership network expands the genetic diversity held by the Millennium Seed Bank.
| Eddie Johnston | Royal Botanic Gardens, Kew | July 31, 2025
Explains how Kew scientists collect, clean, dry, freeze, and test wild plant seeds at the Millennium Seed Bank, including the use of cryopreservation for species whose seeds cannot survive conventional storage.
| Eddie Johnston | Royal Botanic Gardens, Kew | July 15, 2025
Introduces seed biology and connects the extraordinary survival abilities of seeds with their usefulness for long-term conservation in facilities such as the Millennium Seed Bank.
| Jessica Hayne | Royal Botanic Gardens, Kew | November 11, 2023
Uses individual specimens from Kew's enormous seed collection to show how seed banking connects biodiversity conservation with ecological research and responses to climate change.
| Jessica Hayne | Royal Botanic Gardens, Kew | March 10, 2023
Provides a behind-the-scenes look at one of the world's largest wild-plant seed banks, explaining seed processing, viability testing, germination research, and the use of stored collections in restoration.
| Royal Botanic Gardens, Kew | Royal Botanic Gardens, Kew | March 10, 2023
Reports the banking of the Millennium Seed Bank's 40,000th wild plant species and discusses the importance of preserving plant diversity before populations disappear.
| Chelsea Snell | Royal Botanic Gardens, Kew | September 30, 2020
Surveys Kew's broader work on plant and fungal biodiversity, including seed banking, conservation science, collections, and efforts to prevent plant extinctions.
| Grace Brewer | Royal Botanic Gardens, Kew | January 6, 2020
Reviews Kew's work on climate change, including conserving crop wild relatives and other plant genetic resources that may contain traits needed for future adaptation.
| Louise Colville | Royal Botanic Gardens, Kew | August 28, 2019
Examines why some seeds remain viable for decades or centuries while others deteriorate quickly and describes research aimed at improving long-term seed-bank conservation.
| Udayangani Liu, Elinor Breman and Tiziana A. Cossu | Royal Botanic Gardens, Kew | June 28, 2018
Explores the remarkable biological diversity contained in dormant seeds and explains why banking multiple populations of threatened species can preserve important genetic variation.
| Clare Trivedi | Royal Botanic Gardens, Kew | February 23, 2017
Describes efforts to bank seeds from Britain's native flora and explains how stored material can support ecological research, species recovery, and habitat restoration.
Seed Banks, Food Security, and Conservation in the News
| Chris Smith | The Guardian | April 2, 2025
Examines the vulnerabilities and limitations of centralized seed preservation while highlighting community seed banks, seed sovereignty, and the evolutionary value of keeping crops growing in farmers' fields.
| Mariam Amini | The Guardian | February 27, 2025
Reports the transfer of more than 100,000 African seed samples to the Svalbard Global Seed Vault and explains their agricultural, cultural, and climate-resilience value.
| Caroline Kimeu | The Guardian | October 31, 2024
Shows how Kenya's national genebank has returned indigenous crop varieties to farmers seeking seeds capable of surviving increasingly severe drought and unreliable rainfall.
| Ella Braidwood | The Observer / The Guardian | November 19, 2023
Places seed banks within a wider movement to preserve seeds, DNA, data, and other resources against catastrophic loss, with particular attention to Svalbard and the Millennium Seed Bank.
| Salomé Gómez-Upegui and Rita Liu | The Guardian | April 15, 2022
Surveys major seed and genebanks around the world, including Svalbard, Kew, the Vavilov collections, USDA facilities, and Peru's Potato Park, while examining their importance to global food security.
| Alexander Turner | The Guardian | January 19, 2021
Profiles community seed guardians in Britain who preserve locally adapted varieties by growing, selecting, saving, and exchanging seed rather than relying entirely on frozen collections.
| Nicola Davis | The Guardian | May 14, 2014
Explores efforts to collect the wild relatives of important food crops so breeders can search their genetic diversity for resistance to drought, pests, disease, and other stresses.
| Marie Jégo | The Guardian | October 12, 2010
Reports the Russian government's retreat from plans that threatened the Pavlovsk collection after international scientists and conservationists rallied to protect it.
| Fred Pearce | The Guardian / Yale Environment 360 | September 20, 2010
Describes the international campaign to protect Russia's Pavlovsk collection of fruit and berry diversity from a proposed property development.
| John Vidal | The Guardian | August 8, 2010
Examines the threat to the historic Pavlovsk genetic-resource collection and why varieties preserved there could not simply be replaced by conventional packets of frozen seed.
| Adam Vaughan | The Guardian | October 14, 2009
Reports Kew's achievement of banking seeds from approximately 10 percent of the world's known plant species, symbolized by the collection of a rare wild banana.
| Editorial | The Guardian | May 4, 2009
Discusses the Millennium Seed Bank as a form of biological insurance against extinction and the continuing erosion of global plant diversity.
FAO and International Seed Conservation
| FAO | Food and Agriculture Organization | July 9, 2026
Describes Zimbabwe's Mutiusinazita Community Seed Bank, where farmers conserve thousands of locally adapted seed accessions while strengthening links between community, national, and regional genebanks.
| ECHO Community | FAO Agroecology Knowledge Hub | 2026
Presents practical options for establishing community seed banks, including seed collection, storage, multiplication, recordkeeping, and approaches to maintaining genetic diversity.
| FAO | Food and Agriculture Organization | March 18, 2025
Profiles the Vanyoro Community Seed Bank in Zimbabwe and its role in conserving drought-tolerant indigenous crops while improving seed access in increasingly dry farming regions.
| FAO | International Treaty on Plant Genetic Resources for Food and Agriculture | March 14, 2024
Reports new support for African genebanks conserving agroforestry species and vegetable diversity considered important for food security and climate adaptation.
| Access Agriculture | FAO Family Farming Knowledge Platform | 2023
Explains how community seed banks enable farmers to recover traditional crop varieties, exchange locally adapted seed, conserve genetic diversity, and reduce dependence on outside suppliers.
| FAO | International Treaty on Plant Genetic Resources for Food and Agriculture | March 21, 2019
Examines a Ugandan community seed bank that conserves dozens of traditional food varieties and gives farmers access to crop diversity better adapted to local environmental conditions.
| FAO | Food and Agriculture Organization | January 30, 2014
Introduces international standards for collecting, storing, documenting, testing, regenerating, and distributing plant genetic resources held in the world's genebanks.
Community Seed Banks and Farmer-Managed Seed Systems
| Gloria Otieno and Rachel Kibui | Alliance of Bioversity International and CIAT | April 21, 2026
Describes the launch of the Pap Kadundo Integrated Community Seedbank in Kenya as a hub for conserving local crop diversity and strengthening farmer-managed seed systems.
| Alliance of Bioversity International and CIAT | CGIAR | February 22, 2026
Profiles Uganda's Nyantonzi Community Seed Bank and its attempt to combine traditional-crop conservation with processing, marketing, nutrition, and sustainable farmer income.
| Alliance of Bioversity International and CIAT | CGIAR | January 26, 2026
Describes an exchange in which Ugandan farmers visited Kenyan community seed banks to learn about crop conservation, value addition, diversified farming, and locally managed seed systems.
| Donald Chidoori | Food and Agriculture Organization | March 28, 2025
Reports a Southern African learning exchange examining Zimbabwean community seed banks as models for strengthening seed access, farmer participation, and agricultural resilience.
| Abdoul Aziz Niane et al. | CGIAR MEL Repository | December 30, 2024
Examines post-harvest seed handling, quality assurance, processing, and storage practices needed to make Kenyan community seed banks reliable suppliers of locally preferred varieties.
| Ronnie Vernooy et al. | Alliance of Bioversity International and CIAT | December 3, 2024
Describes an Indigenous community seed bank in Cumbal, Colombia, designed to conserve traditional crop varieties while supporting education, cultural continuity, and seed exchange.
| Gloria Otieno and Rachel Kibui | Alliance of Bioversity International and CIAT | October 30, 2024
Reports on a major Kenyan indigenous seed and food fair that connected hundreds of farmers and community organizations for exchanging seeds, foods, and conservation knowledge.
Investigates how community seed banks in western Kenya can become more sustainable by combining conservation with seed production, processing, marketing, and other value-adding activities.
| Ronnie Vernooy | Alliance of Bioversity International and CIAT | October 21, 2024
Profiles efforts in Ghana to create a farmer-managed seed bank for neglected and underutilized crops that are at risk of disappearing from local farming systems.
Introduces seed banking as a biodiversity-conservation strategy and presents examples of how seed collections protect crop and wild-plant diversity around the world.
| LI-BIRD and Community Seed Bank Association of Nepal | LI-BIRD | February 17, 2024
Reviews the role of community seed banks in food security, seed sovereignty, farmers' rights, agrobiodiversity conservation, and climate resilience.
Evaluates seven community seed banks in Kenya and Uganda, finding benefits involving crop diversity, seed distribution, livelihoods, social organization, and climate resilience.
Provides training materials and evidence on community seed banks designed to help farmers conserve, multiply, document, exchange, and sustainably use locally important crop varieties.
| Ethiopian Biodiversity Institute | FAO International Treaty on Plant Genetic Resources | 2024
Describes an Ethiopian program linking community seed banks with the national genebank, restoring threatened landraces and testing locally conserved crops for climate resilience.
| Céline Termote, Lilian Aluso and Tosin Harold Akingbemisilu | FAO AGRIS | 2024
Presents research assessing how a community seed-bank initiative in Vihiga County affects access to diverse seeds, farm biodiversity, food diversity, nutrition, and household resilience.
| Ronnie Vernooy et al. | Alliance of Bioversity International and CIAT | 2023
Provides a Ma'di-language edition of practical community seed-bank guidance, making technical conservation information more accessible to participating farming communities.
| Ronnie Vernooy et al. | Alliance of Bioversity International and CIAT | 2022
Local-language community seed-bank manual addresses management, networking, organizational rules, and policies for farmer-led conservation initiatives.
| Dominic Kimani et al. | Alliance of Bioversity International and CIAT | 2021
Examines community seed banks in Kenya, Uganda, Zambia, and Zimbabwe during the COVID-19 crisis and their contribution to maintaining local access to diverse planting material.
| Daily Nation / FAO | Global Information System on Plant Genetic Resources | 2021
Describes Kenyan farmers using community seed banks, seed fairs, and open-source seed systems to conserve beans, sorghum, millet, and other locally adapted varieties.
| Ronnie Vernooy, Bhuwon Sthapit and Guy Bessette | Bioversity International | 2020
Provides a detailed handbook for organizations and facilitators interested in creating and strengthening farmer-managed community seed banks.
| Ronnie Vernooy, Guy Bessette, Bhuwon Sthapit and A. Gupta | Bioversity International | 2020
Offers farmers practical guidance on the technical side of running a community seed bank, including seed selection, storage, quality control, and regeneration.
Focuses on organization, management, networking, policies, and long-term planning needed to keep community seed banks functioning effectively.
| LI-BIRD | LI-BIRD | May 2019
Describes a Nepalese seed-exchange festival connecting community seed banks across the Terai and helping farmers circulate and conserve locally adapted varieties.
Compiles experiences from Nepalese farmers, genebank managers, researchers, NGOs, and seed entrepreneurs working to make community seed banks sustainable and effective.
| Ronnie Vernooy et al. | Bioversity International | 2018
French-language handbook explains the principles and practical steps involved in establishing and operating farmer-managed community seed banks.
| African Centre for Biodiversity | FAO Family Farming Knowledge Platform | 2018
Discusses household and community seed banks as farmer-controlled alternatives for maintaining varieties neglected by commercial seed systems and strengthening local seed security.
| Pitambar Shrestha and Sajal Sthapit | LI-BIRD | 2015
Reports the transfer of more than 900 local crop varieties from community seed banks to Nepal's National Gene Bank, creating safety duplicates while maintaining farmer stewardship.
| Pitambar Shrestha, Ronnie Vernooy and Pashupati Chaudhary | LI-BIRD | July 18, 2013
Documents the history, institutional models, accomplishments, challenges, and future prospects of farmer-managed community seed banks in Nepal.
| Food and Agriculture Organization | FAO | 2005
Explains the objectives and structure of community seed banks, including germplasm conservation rooms, seed multiplication, distribution, and links to national genebanks.
| Seed Savers Network Kenya | Seed Savers Network Kenya | n.d.
Describes a Kenyan network of community seed banks working with tens of thousands of farmers to conserve indigenous crop varieties, improve seed access, and promote food sovereignty.
| Seed Savers Network Kenya | Seed Savers Network Kenya | n.d.
Explains the organization's farmer-led approach to regenerating, exchanging, documenting, and conserving indigenous seeds through community seed banks and on-farm stewardship.
| College of the Atlantic | College of the Atlantic | n.d.
Follows the creation of a farmer-owned community seed bank in Vihiga County, Kenya, including collection, cleaning, viability testing, storage, and celebration of indigenous seeds and foods.
| Seed Savers Network Kenya | FAO International Treaty on Plant Genetic Resources | n.d.
Documents farmer training and the development of community seed banks in Kenya as mechanisms for conserving crop diversity and exercising farmers' rights over seed.
| FAO International Treaty / Crop Trust | Food and Agriculture Organization | n.d.
Explains an emergency mechanism that provides rapid assistance when seed and germplasm collections are threatened by conflict, natural disasters, pests, equipment failures, or other crises.
| Bal Krishna Joshi et al. | FAO AGRIS | n.d.
Examines efforts to rescue crop germplasm after Nepal's earthquake, including diversity fairs, seed exchanges, community seed banks, repatriation, and storage in the National Genebank.
ICARDA, Dryland Crops, and the Svalbard Seed Vault
| ICARDA Communication Team | ICARDA | June 23, 2025
Reports the deposit of thousands of dryland crop and crop-wild-relative samples in the Svalbard Global Seed Vault as insurance against loss from conflict, disasters, and climate change.
| ICARDA Communication Team | ICARDA | October 21, 2024
Examines community seed banks in Kenya and India as components of locally controlled seed systems that combine biodiversity conservation, seed quality, processing, and farmer livelihoods.
| ICARDA Communication Team | ICARDA | June 8, 2022
Follows a symbolic delivery of wheat, barley, lentil, chickpea, and forage seeds to Svalbard, emphasizing the international importance of preserving dryland crop diversity.
| ICARDA Communication Team | ICARDA | June 5, 2022
Highlights the role of ICARDA's Lebanon and Morocco genebanks and international efforts to secure backup samples in the Arctic Svalbard facility.
| ICARDA Communication Team | ICARDA | May 9, 2022
Introduces ICARDA's Morocco genebank, which safeguards genetic diversity of wheat, barley, chickpea, lentil, faba bean, forage crops, and wild relatives adapted to dry environments.
| ICARDA Communication Team | ICARDA | April 17, 2022
Documents an additional ICARDA shipment of thousands of crop accessions to Svalbard, providing a geographically separate backup for irreplaceable dryland agricultural diversity.
| ICARDA Communication Team | ICARDA | October 25, 2020
Reviews the preservation of ICARDA's enormous dryland crop collection through war and displacement and discusses its value for breeding crops resistant to drought, heat, pests, and disease.
| ICARDA Communication Team | ICARDA | November 8, 2019
Reviews ICARDA's relationship with Svalbard and shows how safety duplication allowed an internationally important crop collection to survive the disruption of war.
| ICARDA Communication Team | ICARDA | September 10, 2017
Describes large-scale withdrawals, regeneration, and redeposits associated with rebuilding ICARDA's active genebanks after access to its Syrian facility became restricted.
| ICARDA Communication Team | ICARDA | May 22, 2017
Reviews ICARDA's strategy for conserving more than a century of collected plant genetic diversity through decentralized genebanks and duplicate safety storage.
| ICARDA Communication Team | ICARDA | March 14, 2017
Explains how ICARDA decentralized its genebank operations from Syria to Lebanon and Morocco, demonstrating the importance of duplicate collections during political instability.
| ICARDA Communication Team | ICARDA | March 1, 2017
Explores how genetic resources conserved in seed banks can provide traits for developing crops better suited to Egypt and other regions facing water scarcity and climate stress.
| ICARDA Communication Team | ICARDA | February 12, 2017
Reports how seeds retrieved from Svalbard were regenerated in Lebanon and Morocco and then fresh duplicate samples were returned to the Arctic vault.
| ICARDA Communication Team | ICARDA | October 4, 2016
Reports the expansion of ICARDA's Terbol genebank in Lebanon as part of the reconstruction and decentralization of its dryland crop conservation system.
| ICARDA Communication Team | ICARDA | November 1, 2015
Describes the historic first withdrawal from the Svalbard Global Seed Vault after ICARDA needed backup material to rebuild crop collections disrupted by the Syrian conflict.
| ICARDA Communication Team | ICARDA | March 19, 2015
Describes recognition given to ICARDA for protecting its genetic-resource collection during the Syrian conflict through careful duplication and international seed-bank cooperation.
CIMMYT Maize and Wheat Seed Banks
| Fernando Morales Garcilazo | CIMMYT | November 15, 2024
Reports another large Svalbard shipment and the progress made toward creating Arctic safety duplicates of CIMMYT's maize and wheat collections.
| CIMMYT | CIMMYT | November 4, 2024
Connects recognition by the World Food Prize with the often overlooked work of scientists and technicians who maintain crop genebanks for future generations.
| Sarah McLaughlin | CIMMYT | October 14, 2022
Reports a deposit of thousands of maize and wheat accessions in the Svalbard Global Seed Vault to provide secure backup copies of CIMMYT's crop diversity.
| CIMMYT | CIMMYT | March 17, 2022
Covers a major research program designed to search genebank collections for useful genetic traits and accelerate their incorporation into climate-resilient crop varieties.
| Mike Listman | CIMMYT | February 10, 2022
Explains how breeders use diversity preserved in germplasm banks to find genes and traits for higher yields, better nutrition, and resistance to climate, pests, and diseases.
| Madeline Dahm | CIMMYT | May 20, 2021
Interviews wheat-genebank specialist Tom Payne about why crop diversity must be conserved, how collections are maintained, and how breeders gain access to stored material.
| Steven M. | CIMMYT | March 9, 2021
Examines seed health within genebanks and the importance of preventing fungi, bacteria, insects, and other pests from moving with germplasm distributed around the world.
| CIMMYT | CIMMYT | October 1, 2020
Explores the people who collect, conserve, regenerate, and use maize and wheat seeds held by CIMMYT, including crop diversity originating in traditional and Indigenous farming systems.
| Mike Listman and Rodrigo Ordóñez | CIMMYT | October 15, 2019
Provides background on two of the world's most important staple crops, including the scale and global significance of CIMMYT's maize and wheat germplasm collections.
| Carolyn Cowan | CIMMYT | May 22, 2019
Traces Mexican families that donated maize landraces to CIMMYT half a century earlier, showing how ex situ seed banking can preserve varieties that subsequently disappear from farmers' fields.
| Julie Mollins | CIMMYT | October 16, 2017
Shows how detailed information on tens of thousands of maize and wheat accessions can turn a seed collection into a practical resource for breeders and farmers.
| Mike Listman | CIMMYT | February 8, 2017
Describes the shipment of approximately a ton of maize and wheat seed to Svalbard and explains why crop genebanks need geographically distant backup collections.
| CIMMYT | CIMMYT | February 11, 2014
Reports another shipment of maize and wheat seed from Mexico to Svalbard and describes the Arctic vault's function as a global backup facility.
| CIMMYT | CIMMYT | October 17, 2012
Shows how genebanks function as international public resources by distributing wheat germplasm across national borders for breeding, research, and food-security programs.
| CIMMYT | CIMMYT | May 14, 2012
Describes a visit to CIMMYT's seed bank that illustrates how stored maize and wheat diversity is conserved, studied, and made available for agricultural research.
| CIMMYT | CIMMYT | January 19, 2009
Describes preparations for CIMMYT's second major Svalbard deposit and explains the relationship between working genebanks and long-term backup storage.
| CIMMYT | CIMMYT | August 1, 2008
Traces seeds through health testing, drying, cold storage, regeneration, documentation, and distribution, providing an accessible explanation of how an agricultural genebank operates.
| CIMMYT | CIMMYT | January 25, 2008
Reports the shipment of tens of thousands of maize and wheat accessions to Svalbard and describes the vault as insurance for the world's agricultural genetic resources.
| CIMMYT | CIMMYT | January 14, 2008
Explains preparations for one of CIMMYT's earliest major deposits at the newly created Svalbard Global Seed Vault and why duplicate storage is essential.
Native Seed Banks and Ecological Restoration
| National Park Service | U.S. National Park Service | December 4, 2024
Explains efforts to increase collections of native Alaskan seeds so restoration projects can use locally appropriate plants after wildfire, construction, invasive-species control, and other disturbances.
| National Park Service | U.S. National Park Service | November 12, 2024
Describes creation of a conifer seed bank for Mount Rainier, North Cascades, and Olympic national parks to provide genetically appropriate material for restoring forests damaged by climate change and disturbance.
| U.S. Forest Service, Northern Research Station | U.S. Forest Service | May 2024
Examines soil seed banks as hidden reservoirs of plant diversity that can influence how forests and other ecosystems recover following wildfire and other disturbances.
| National Park Service | U.S. National Park Service | 2024
Describes how stored seeds of endangered Hickman's potentilla were germinated and propagated for reintroduction into protected habitat in the Golden Gate National Recreation Area.
| Avani Fachon | U.S. National Park Service | September 2023
Follows native-seed collectors in California national parks as they gather millions of seeds for restoration projects and build a locally adapted reserve for future ecological recovery.
Evaluates the Seeds of Success national native-plant collection, which contains material from thousands of wild populations and provides an important foundation for restoration in a changing climate.
| Sean M. Hoban | U.S. Forest Service Research and Development | 2017
Examines how seed collections should be designed to capture enough genetic diversity to preserve the evolutionary potential of wild plant populations in ex situ conservation.
| USDA Agricultural Research Service | Agricultural Research Magazine | August 2008
Discusses methods for extracting and analyzing DNA from old or nonviable seeds, allowing genetic information to remain scientifically valuable even after stored seeds lose the ability to germinate.
Global, Indigenous, and Community Perspectives
| Crop Trust | Crop Trust | June 3, 2025
Covers a Svalbard deposit involving thousands of accessions from numerous genebanks, including crops valued for cultural heritage, nutrition, and adaptation to changing growing conditions.
| Katarina Zimmer | Smithsonian Magazine / Knowable Magazine | May 2, 2025
Explains why successful seed banking requires much more than putting seeds in a freezer, examining dormancy, aging, germination, recalcitrant seeds, and the biological limits of conventional storage.
| Evelyne Musambi | Associated Press | January 29, 2025
Examines Kenya's national and community seed banks amid climate change, counterfeit seed problems, and debate over farmers' legal rights to save, exchange, and sell indigenous seeds.
| International Rice Research Institute | IRRI News | November 19, 2024
Examines efforts to strengthen national rice genebanks through training in seed regeneration, characterization, conservation, and data management so rice diversity remains available for future breeding and research.
| Ana Ionova | Mongabay | February 15, 2024
Reports how community seed banks in Brazil's heavily agricultural Mato Grosso region preserve native plants needed for Amazon restoration while maintaining Indigenous ecological knowledge and culture.
| Sonam Lama Hyolmo | Mongabay | January 1, 2024
Profiles Indigenous Gurung farmers in Nepal whose community seed bank helped revive climate-resilient foxtail millet and preserve dozens of traditional rice varieties.
| Crop Trust | Crop Trust | August 1, 2023
Profiles Uganda's Kiziba Community Seedbank and examines how local seed conservation can connect farmers with crop diversity, training, and national and international genetic-resource networks.
| Natasha Geiling | Smithsonian Magazine / Crop Trust | June 17, 2016
Reviews challenges faced by the world's seed banks, including inadequate funding, incomplete representation of crop diversity, regeneration costs, and the long-term responsibility of protecting collections.
Global Seed Vaults and Genebank Systems
| Crop Trust | Crop Trust | August 18, 2026
Examines how national genebanks in Ghana, Kenya, Nigeria, and Zambia safeguard crop traits that may help farmers respond to drought, floods, conflict, pests, and changing climates.
| Kreis Visual Storytelling | Crop Trust | August 10, 2026
Follows Kenyan genebank scientists searching for finger millet, amaranth, and other traditional crops whose locally adapted diversity is missing from national collections.
| Crop Trust | Crop Trust | June 24, 2026
Reviews five major crop-diversity achievements during 2025, including placing more than 46,000 seed samples in Svalbard, supporting climate-resilient varieties, and strengthening genebanks around the world.
| Crop Trust | Crop Trust | June 17, 2026
Reports Svalbard surpassing 1.4 million stored seed samples after a deposit involving genebanks from Africa, Asia, Europe, and the Americas.
| Svalbard Global Seed Vault | Svalbard Global Seed Vault | March 2, 2026
Reports the first Svalbard deposit of olive seeds and first deposits from Guatemala and Niger, alongside cereals, legumes, vegetables, agroforestry species, and traditional varieties.
| Crop Trust | Crop Trust Annual Report | 2026
Provides an overview of crop-diversity conservation in 2025, including support for genebanks, expansion of Svalbard holdings, improved documentation, and worldwide distribution of genetic resources.
| Crop Trust | Crop Trust Annual Report | 2026
Reports results from the BOLD project, including regeneration of tens of thousands of genebank accessions and efforts to connect national collections more directly with farmers and seed systems.
| Crop Trust | Crop Trust Annual Report | 2026
Describes infrastructure improvements at national genebanks in Ghana, Kenya, Nigeria, and Zambia intended to strengthen the long-term conservation of African crop diversity.
| Svalbard Global Seed Vault | Svalbard Global Seed Vault | October 22, 2025
Covers a major deposit involving Philippine rice, Peruvian crops, African vegetables, Australian forage species, and other genetic resources from twenty genebanks.
| Crop Trust | Crop Trust Annual Report | 2025
Summarizes global crop-conservation activities during 2024, when more than 64,000 samples were added to Svalbard and international genebanks distributed tens of thousands of samples to users.
| Svalbard Global Seed Vault | Svalbard Global Seed Vault | October 24, 2024
Reports the arrival of more than 30,000 seed samples from 23 depositors, including first-time contributions from several countries in Africa, Asia, Latin America, and the Pacific.
| Svalbard Global Seed Vault | Svalbard Global Seed Vault | March 6, 2024
Covers a deposit in which eight genebanks used Svalbard for the first time and crop diversity from Kazakhstan, Kenya, Madagascar, Nigeria, Zambia, and other countries entered storage.
| Crop Trust | Crop Trust | February 26, 2023
Marks the fifteenth anniversary of the Svalbard Global Seed Vault and describes new deposits from countries and community-linked collections around the world.
| Svalbard Global Seed Vault | Svalbard Global Seed Vault | October 15, 2019
Describes Poland's preparations to safeguard duplicate samples from its national crop genetic-resource collection in the Arctic vault.
| Crop Trust | Crop Trust | n.d.
Explains how the Svalbard Global Seed Vault functions as a backup for crop collections maintained by more than 1,700 genebanks and why seeds are stored at approximately -18°C.
| Crop Trust | Crop Trust | n.d.
Introduces the international system of crop genebanks, the Crop Trust's endowment model, and Svalbard's role as a backup rather than a replacement for working collections.
| Norwegian Ministry of Agriculture and Food / NordGen | Svalbard Global Seed Vault | n.d.
Provides an overview of the Arctic seed vault, its international depositors, stored species, operating partners, and mission to safeguard duplicate samples of crop diversity.
| Svalbard Global Seed Vault | Svalbard Global Seed Vault | n.d.
Describes the types of seeds held at Svalbard, including landraces, breeding material, crop wild relatives, and major collections of wheat, rice, barley, sorghum, beans, and maize.
| Svalbard Global Seed Vault | Svalbard Global Seed Vault | n.d.
Explains the requirements genebanks must meet before depositing seeds, including maintaining working collections, safety duplication, documentation, and availability of material for research and breeding.
| NordGen | Svalbard Global Seed Vault Seed Portal | n.d.
Provides searchable information on Svalbard's depositors, genera, species, and individual seed samples and connects stored accessions with the global Genesys database.
Botanical Gardens and Wild Plant Seed Banks
| Botanic Gardens Conservation International | BGCI | July 3, 2026
Reports conservationists collecting seeds from threatened Copiapoa cacti in Chile's Atacama Desert for preservation in the INIA Intihuasi Seedbank.
| Botanic Gardens Conservation International | BGCI | June 30, 2026
Describes global grants designed to increase seed-banking capacity, collect threatened plants, and create duplicate collections at the Baekdudaegan Global Seed Vault.
| Botanic Gardens Conservation International | BGCI | October 1, 2025
Describes an international effort to improve seed-bank infrastructure and expertise in Colombia, Bolivia, and Guatemala for threatened wild plants and ecological restoration.
| Botanic Gardens Conservation International | BGCI | 2025
Profiles a project conserving rare Appalachian grassland species through population surveys, seed collection, viability testing, germination research, and long-term seed storage.
| Botanic Gardens Conservation International | BGCI | 2025
Describes improvements to Cartagena Botanical Garden's tropical dry-forest seed bank, including better humidity control, packaging, viability testing, and long-term storage.
| Botanic Gardens Conservation International | BGjournal | 2025
Examines seed banks as biodiversity infrastructure, including community-based native-seed collection, professional drying and storage, restoration standards, and treatment of difficult-to-store species.
| Botanic Gardens Conservation International | BGCI | 2024
Describes collection, germination testing, and storage of threatened Mexican plant species in the Hermilo Quero Rico seed bank at Culiacán Botanical Garden.
| Botanic Gardens Conservation International | BGCI | 2024
Reports the collection of thousands of seeds and tissue samples from the critically imperiled Balsam Mountain gentian for long-term genetic conservation and possible reintroduction.
| Botanic Gardens Conservation International | BGCI | 2024
Describes creation of seed and seedling reserves for threatened plants of Brazil's Araucaria Forest and the use of propagated material for restoration and translocation.
| Botanic Gardens Conservation International | BGCI | 2024
Tests germination and long-term viability of Robbins' cinquefoil seeds, including material stored for many years, while producing plants for potential reintroduction.
| Botanic Gardens Conservation International | BGCI | 2023
Investigates genetic diversity, fruiting, seed viability, dormancy, and germination of two extremely rare ebony species in Sri Lanka.
| Botanic Gardens Conservation International | BGCI | 2022
Describes efforts to collect, bank, germinate, and cultivate several critically endangered trees and shrubs endemic to India's Western Ghats.
| Botanic Gardens Conservation International | BGCI | 2021
Covers efforts at Madrid's Royal Botanic Garden to conserve seeds and living collections of rare and endemic bulb-forming plants from the Iberian Peninsula.
| Chicago Botanic Garden | Chicago Botanic Garden | n.d.
Explains how the Dixon National Tallgrass Prairie Seed Bank stores thousands of native-plant collections for extinction prevention, ecological restoration, and scientific research.
| Chicago Botanic Garden | Chicago Botanic Garden | n.d.
Places seed banking within a broader plant-extinction program that also uses living collections, pollen banking, restoration, reintroduction, and genetic management.
| Chicago Botanic Garden | Chicago Botanic Garden | n.d.
Reviews the Garden's applied conservation work, including native seed banking, seed-supply networks, restoration, and long-term preservation of genetically appropriate plant material.
| Botanic Gardens Conservation International | BGCI | n.d.
Reports training for East African restoration organizations in native-tree seed collection, quality testing, storage, and biodiversity-focused restoration practices.
| Botanic Gardens Conservation International | BGCI | n.d.
Examines attempts to produce, germinate, and bank seeds of a plant considered extinct in the wild while developing methods for eventual reintroduction.
| Chicago Botanic Garden | Chicago Botanic Garden | n.d.
Explains ex situ native seed conservation as insurance against habitat loss, invasive species, climate change, pollution, and extinction across Midwestern ecosystems.
| Botanic Gardens Conservation International | BGCI | n.d.
Explores cryopreservation as an alternative conservation strategy for plant species whose seeds cannot survive conventional drying and freezer-based seed banking.
Regional Seed Banks and Native Plant Conservation
| Missouri Botanical Garden | Missouri Botanical Garden | 2026
Presents professional training in seed collection, processing, drying, germination testing, viability assessment, and internationally recognized long-term conservation techniques.
| Andrew Kaul and Meg Engelhardt | Missouri Botanical Garden | December 10, 2024
Describes research investigating seed viability, seed quality, restoration, and methods for assessing living material held in conservation seed collections.
| Australian National Botanic Gardens | Australian National Botanic Gardens | 2022
Introduces conservation seed banks and explains controlled drying, freezing, X-ray testing, viability assessment, dormancy treatments, germination, and eventual restoration use.
| United States Botanic Garden | United States Botanic Garden | 2021
Reviews global threats to tree diversity and notes the importance of botanic gardens, seed banks, protected areas, and other ex situ collections in preventing extinction.
| Missouri Botanical Garden | Missouri Botanical Garden | n.d.
Describes a seed bank containing thousands of accessions from native and threatened plants and explains its roles in conservation, research, restoration, and species recovery.
| Australian National Botanic Gardens | Australian National Botanic Gardens | n.d.
Describes Australia's National Seed Bank, its existing collections, research on native-seed biology, and plans for expanding long-term conservation and restoration capacity.
| United States Botanic Garden | United States Botanic Garden | n.d.
Reviews conservation partnerships including support for development of the Mid-Atlantic Regional Seed Bank and broader U.S. efforts to conserve threatened plants ex situ.
| Missouri Botanical Garden | Missouri Botanical Garden | n.d.
Explains how conservation seed banks can preserve threatened plants while researchers investigate how species may respond to rapidly shifting climates.
Heirloom Seed Banks and Participatory Preservation
| Seed Savers Exchange | Seed Savers Exchange | 2026
Profiles heirloom varieties regenerated from the organization's seed bank and returned to active cultivation and distribution.
| Seed Savers Exchange | Seed Savers Exchange | 2026
Reviews Seed Savers Exchange's fiftieth-anniversary year, including an external assessment of its seed bank, collection stewardship, regeneration, and long-term conservation planning.
| Sara Friedl-Putnam | Seed Savers Exchange | February 6, 2025
Tells how a nearly lost heirloom runner bean was recovered from old stored seed, regenerated from a handful of surviving plants, and returned to active cultivation.
| Seed Savers Exchange Collection Committee | Seed Savers Exchange | July 28, 2015
Establishes criteria for acquiring and managing seeds and vegetatively propagated material in the Seed Savers Exchange preservation collection.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Describes a gardener-to-gardener seed exchange linked to a seed bank containing more than 20,000 varieties of heirloom and open-pollinated crops.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Explains how Seed Savers Exchange acquires, documents, regenerates, evaluates, and stores culturally significant heirloom varieties in its preservation collection.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Summarizes preservation work involving more than 20,000 rare and open-pollinated varieties, including seed regeneration, evaluation, orchards, and garlic collections.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Explains Seed Savers Exchange's history and its combination of ex situ seed-bank conservation with in situ stewardship by gardeners and farmers.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Describes participatory preservation programs that distribute seeds from a centralized collection while relying on growers to regenerate and maintain varieties.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Introduces practical seed saving and explains its roles in self-reliance, locally adapted varieties, cultural continuity, and preservation of crop biodiversity.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Describes a program in which experienced gardeners regenerate seed-bank varieties whose stored seed quantities or germination rates have declined.
| Seed Savers Exchange | Seed Savers Exchange | n.d.
Explains a community-science program in which growers evaluate seed-bank varieties for traits such as yield, flavor, maturity, appearance, and disease resistance.
Rice Genebanks and Crop Genetic Resources
| Rice Today | International Rice Research Institute | 2012
Profiles a Philippine community seed bank where farmers conserve and exchange locally adapted rice varieties while maintaining agricultural biodiversity directly on farms.
| International Rice Research Institute | IRRI | n.d.
Explains how researchers, breeders, and educators can obtain samples from the International Rice Genebank and how exchanges operate under the International Treaty on Plant Genetic Resources.
| International Rice Research Institute | IRRI | n.d.
Provides technical guidance on rice germplasm conservation, emphasizing seed drying, moisture content, viability monitoring, regeneration, documentation, and genebank management.
| International Rice Research Institute | International Rice Genebank | n.d.
Provides data on the world's largest rice genetic-resource collection, including cultivated Asian and African rice, wild relatives, collection origins, and worldwide distribution.
| International Rice Research Institute | IRRI Rice Breeding Innovations | n.d.
Describes research aimed at maintaining and improving the International Rice Genebank and using conserved genetic diversity in modern rice breeding.
Seed Bank Science, Restoration, and Conservation Research
| Regine Andersen et al. | Frontiers in Sustainable Food Systems | August 24, 2026
Evaluates evidence from Ethiopia, Malawi, and Nepal on how community seed banks contribute to climate-resilient farmer seed systems, seed security, and crop diversity conservation.
| Davide D'Angelo et al. | Frontiers for Young Minds | March 8, 2024
Provides an accessible explanation of seed and germplasm banks, their history, storage techniques, scientific uses, and importance for conserving plant and crop diversity.
| Ronnie Vernooy et al. | Sustainability | 2024
Identifies strategies for making community seed banks sustainable, including value addition, national-genebank partnerships, digital networking, supportive policy, and improved seed-quality technology.
| Peterson W. Wambugu, Desterio O. Nyamongo and Everlyne C. Kirwa | Diversity | July 29, 2023
Reviews how seed banks can provide genetically appropriate plant material, technical expertise, provenance data, and seed-quality systems for ecological restoration.
| Elinor Breman et al. | Plants | 2021
Reviews the contribution of botanical gardens, living collections, seed banks, and the Millennium Seed Bank Partnership to conserving threatened plant diversity.
| Maria E. González-Benito et al. | Plants | March 2020
Discusses conventional seed banking alongside tissue culture and cryopreservation for endemic plants that produce recalcitrant seeds or cannot otherwise survive standard freezer storage.
Seed Banks in Conservation Journalism
| Shreya Dasgupta | Mongabay | July 7, 2026
Reports efforts to collect and bank seeds from the last known wild Dendroseris neriifolia tree on Chile's Robinson Crusoe Island and propagate plants for eventual restoration.
| Fred Pearce | Yale Environment 360 | June 20, 2025
Investigates seed and genebank collections threatened by conflicts in Ukraine, Sudan, Palestine, Syria, and other regions and efforts to secure duplicate material before it is lost.
| Mongabay | Mongabay | February 2025
Reports the deposit of African agroforestry tree seeds in Svalbard and examines challenges such as unreliable electricity, storage costs, regeneration, and declining seed viability.
| Yale Environment 360 | Yale Environment 360 | 2023
Explores attempts to germinate old seeds from herbarium specimens and contrasts those difficult recovery efforts with modern seed banking designed to preserve viable material before extinction.
| Mongabay | Mongabay | July 2022
Examines Nepal's farmer-managed seed banks and how they preserve traditional rice, maize, cucumber, and other varieties while improving farmers' access to reliable local seed.
| CGIAR Genebank Platform | CGIAR | August 10, 2020
Explores the future of genebank management, including genomics, digital seed characterization, automated imaging, genetic authentication, conservation priorities, and improved access to collections.
| Lila Thulin | Smithsonian Magazine | February 19, 2019
Examines artist Dornith Doherty's photographic project on seed banks and the scientific, ecological, and philosophical questions surrounding attempts to archive plant diversity.
| Emily Eggleston | Mongabay | July 18, 2012
Reviews scientific research on seeds, seed dispersal, biodiversity, and the information conservationists need to maintain functioning plant populations and ecosystems.
| Smithsonian Magazine | Smithsonian Magazine | n.d.
Visits the Millennium Seed Bank and examines the global effort to preserve wild plant species before habitat destruction, overharvesting, and climate change eliminate them.
