ensure that it would be difficult for people to retrieve seeds they put in the vault 

decrease the amount of power necessary to keep the seeds at a cold temperature 

minimize the number of people that would be necessary to monitor the vault 

prevent outside events from damaging the contents of the vault

This isolated location ensures that the treasure concealed in the vault will remain untouched by any human or natural disaster.

The idea of storing seeds has been discussed by global organizations since the 1980s.

The frigid arctic climate keeps the chamber at a constant temperature of −18°C, which ensures the life of the seeds, even in case of a power failure.

There is no full-time staff at the automated facility, and no single person has all the codes to gain entry to the chambers.

few people realize the consequences of losing seed varieties 

seed varieties are lost slowly, but the loss accumulates over time 

many seed varieties have been lost as a result of natural disasters

scientists think seed varieties could be saved through improved agricultural practices

stores rare seeds more securely than common seeds 

can be toured by visitors at any time 

is maintained by several different countries 

provides a unique and vital resource

Show the types of crops the vault holds

Start a discussion on why there arent more varieties of peas, corn, lettuce, tomato, and squash.

Explain why the vault is necessary for the preservation of biodiversity

Elaborate the exact changes for the 5 main crops.

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how countries decide which seeds to send to the Svalbard Seed Vault 

why Norway decided to sponsor the construction of the Svalbard Seed Vault

the process for shipping new seeds to the Svalbard Seed Vault 

the diversity of the contents stored in the Svalbard Seed Vault

Sealed in foil packages and stored in boxes, corn seeds from Mexico and pea seeds from Nigeria have been deposited for future use.

This facility was built by the Norwegian government

On the vault’s four-year anniversary, it received seeds for amaranth, an ancient grain treasured by Aztecs and Incas

Fowler reports that when visitors tour the seed vault, they get emotional.

difficulties other seed vaults have encountered in the past

severity of the decrease in seed varieties 

reasons some seeds disappear more quickly than others

best way to prepare for a natural disaster

On the fourth anniversary of the Svalbard Seed Vault, rare seeds from North America and ancient grains were added to the vault. The vault contains many seeds with special genetic traits that may be useful in the future. Visitors are often awed by the biodiversity secured in the seed vault.

The seeds in the Svalbard Seed Vault are stored in rows of sealed boxes in a highly secure vault. The vault is made of steel, located inside a mountain, and requires the use of many codes to enter. The cold environment preserves the seeds even if power to the facility is lost.

The Svalbard Seed Vault is located in an isolated region of Norway. The vault was created to protect varieties of seeds from being lost and to preserve them for later use. Many rare seeds have already been sent to the vault and have contributed to the effort to maintain biodiversity.

The Svalbard Seed Vault is considered the greatest store of crop diversity to date. Efforts to build the seed vault began when scientists noticed that crop variety had decreased significantly in recent years. The vault contains many rare and ancient seeds.

The seeds are housed in a highly secure location. 

Many donors help finance the maintenance of the vault. 

Many people understand the importance of the vault. 

Seeds are safer in separate chambers than in one open area.