1/17/2024 0 Comments Inside norway doomsday vaultPole Position Logistics delivering seeds to the vault. Upon arrival in Svalbard, Pole Position Logistics delivers the samples to the vault.Samples are referred to as an "accession" and typically average 500 seeds in a packet. Shipping documentation is prepared and samples are sent via courier.NordGen officials told us the database is kept up to date every time new deposits or withdrawals are made. This is used for vault management and providing data to the public via the Seed Portal website. The depositor emails NordGen detailed information for each sample.The seeds are packed in airtight aluminium pouches in accordance with the Vault's rules.The depositor signs an agreement with the Norwegian Ministry of Agriculture and Food which can be seen here.It has space to hold duplicates of every seed in every one of the 1700+ genebanks in the world, with room for new seed species in the future.Īny genebank in the world may utilize the vault so long as they sign on to the general principles set up by the Norwegian government. And with room for 2.5 billion seeds, even with today's 642 million stored, it is only a quarter full after more than a decade. When it opened in February 2008, 112 million seeds were deposited. That is the reason the vault was opened in Svalbard - a second ultimate line of defense in the distant arctic permafrost where genebanks can store duplicate seeds. But if they fail for reasons as simple as power outages or as complex as war, those seeds can be quickly lost. Regional genebanks are the first line of defense. That biodiversity is vital for developing crop varieties that can withstand pests and diseases in addition to being able to bounce back from near-extinction events. With numerous species threatened by climate change, natural disasters, or man-made disasters, the risk of permanent extinction and/or loss of critical biodiversity is ever-present. The "doomsday vault" exists to serve as backup storage for plant genebanks all around the world, especially for food crops. *Svalbarði, climate change, and biodiversity *When have seeds been deposited and withdrawn from the vault? *Where around the world do the seeds come from? *Hallucinogens yes, GMOs (most likely) no Relative number of seeds in the vault by country. The largest number of seeds come from India at 95 million. 76 institutions with seeds from 223 different countries and territories have made deposits in the vault. Including hallucinogenic plants such as cannabis and opium, though no GMOs. The rest of the roughly 6000 species are a wide variety of fruits, vegetables, herbs, and other plants. The vault has a particular focus on food crops, so 69% of the seeds are grains (rice the biggest at 85 million) and 9% legumes. The Svalbard Global Seed Vault contains 642 million seeds and has the ability to hold up to 2,5 billion. Few people know what seeds are actually inside, so we decided to find out the facts by combing through operator NordGen's detailed Seed Portal database. As we want to offer the global music ecosystem an eternal solution, we believe that Microsoft’s Silica is that exact solution for our storage needs."įor further information about the Global Music Vault, visit their website.Looking out the back door of Svalbarði's headquarters we can see the famous Svalbard Global Seed Vault right up the hill. We not only want to put this high on the global music industry agenda, we want to work with the best companies in the world to find solutions. Luke Jenkinson, Managing Director of Global Music Vault says of the urgent need for this advanced storage technology, "With over four million music producers globally, and over 60,000 songs being released just on Spotify every day, today's digital and physical data storage solutions are quickly becoming outdated, irrelevant and a risk to our future. The press releases states that "a laser encodes data in glass by creating layers of three-dimensional nanoscale gratings and deformations." It continues, "Machine learning algorithms read the data back by decoding images and patterns that are created as polarized light shines through the glass." The goal of the project is to archive and store "tens of petabytes" (one petabyte equals roughly 1,000 terabytes, and one terabyte equals about 1,000 gigabytes) each year, with each coaster-sized slate of glass possessing a data lifetime of "many thousands of years" with music able to be encoded (encrypted or unencrypted) in any digital file format. These glass platters are ideal for doomsday/apocalyptic scenarios and are said to be "fully resilient to electromagnetic pulses (EMP), and to the most challenging environmental conditions" as well as other hazards such as being baked, boiled, scoured and/or flooded "without degradation of the data written on the glass."
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