Virtual Tour of Antarctica

This page is a web version of a display I made for the Adler Planetarium's Antarctica Day, which was May 11, 2002. It's based on my South Pole Journal and the CARA Virtual Tour.



Your trip starts in New Zealand, contines through McMurdo Station and on to the South Pole



In New Zealand you stop at the International Antarctic Center and gear up with warm clothes
 


The plane to take you to McMurdo is a C-130 Hercules



 

From the outside

From the inside


Sea ice from the window of the plane as you approach Antarctica


McMurdo Station, Antarctica



 

Getting off the plane

Transport vehicles

View of McMurdo station from Hut Point


Welcome to South Pole Station

The Dome



 
 
 

The tunnel into the Dome

Buildings inside the Dome

The galley, where you eat


Most summer visitors sleep in Jamesways, out at Summer Camp



 


Scenes from around the South Pole Station

The extreme conditions include high altitude and sub-zero temperatures. It is the driest desert on Earth.



 

The ceremonial pole.

A view of the Dome from the path between the telescopes and the Dome.

The airstrip.

Part of a rainbow halo that extends all the way around the Sun in a full circle, caused by ice crystals in the air.
 

Snow formations

The wind always blows from approximately the same direction, so long fins of snow form on even the smallest bumps.


The sun sets in March and doesn't rise again until September



 

Sunset
 

One of the telescopes by moonlight
 


Homeward Bound



 

A view of the Trans Antarctic Mountains between Pole and McMurdo
 

Another style of plane for the flight from McMurdo to Christchurch: a C-141.
 


Credits:

This virtual tour is based on the Virtual Tour of Antarctica by the Center for Astrophysical Research in Antarctica (CARA) and on Kim Coble's South Pole Journal.

Photo credits: CARA, Kim Coble and Christine Gamble


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Disclaimer: Any opinions expressed here are are not the responsibility of the University of Chicago or the Department of Astronomy and Astrophysics. This material is based upon work supported by the National Science Foundation under the AAPF program. Any opinions, findings and conclusions or recomendationsexpressed in this material do not necessarily reflect the views of the National Science Foundation (NSF).

last modified 5/13/02