Universal Journal of Plant Science · 2015 · 10 citations · 8 references
AgricultureConservation BiologyPlant SciencesSeed ScienceSeed TechnologySpecies ConservationPlant ConservationSeed AvailabilitySeed BankingSeed CollectionSeed ManagementSeed StorageOrchid PollinationPollen StoragePollen Storage BiologyPollen Storage ConditionsReintroduction PreparationSeed Stock MaintenanceSeed Storage BiologyTechnical Expertise
Dry seeds of many orchid species, when stored at low temperatures, are capable of maintaining high levels of viability for many years, supporting orchid seed banking as a valuable part of emerging integrated conservation strategies. The Orchid Seed Science and Sustainable Use (OSSSU) network has already stored over 300+ species across 26 countries around the world. Its future ambition to store seeds representing a minimum of one thousand species in the next five years, and to expand the network to include more institutes and countries, provides an example of what can be achieved by a small dedicated group, willing to share their technical expertise and to develop a deeper understanding of the underlying science. Recent work indicates that it may also be possible to store orchid pollen of some species for a minimum of six years under similar conditions to those used for orchid seeds, thereby facilitating pollen exchange between collections. OSSSU partners in a number of countries have already demonstrated that raising plants from stored seeds can be used successfully in reintroduction projects.
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A new nutrient solution for the germination of orchid seed
Lewis Knudson · 1946 · 441 citations
Ex Situ Conservation of Orchids in a Warming World
Philip T. Seaton, Hong Hu, Holger Perner et al. · The Botanical Review · 2010 · 122 citations
Natural Resources, Biodiversity Conservation, Conservation Biology +12