A number of governments maintain permanent research stations in Antarctica and these bases are widely distributed. Unlike the bases set up in the Arctic (see Drifting ice station), the research stations of the Antarctic are constructed either on rock or on ice that is (for practical purposes) fixed in place.
Much has changed in the hundred years since Australian explorer Sir Douglas Mawson first located the South Magnetic Pole, yet Antarctica still holds challenges for modern scientists.
Why should we study Antarctic Glaciers and what can we learn from them? Understanding past glacier-atmosphere interactions can help predict future change.
How has Antarctica's climate changed in the past? Is Antarctica being affected by 'global warming' and how might we expect its climate to change in the future? What evidence is needed to address these questions?
SCAR initiates, develops and coordinates scientific research in the Antarctic region and provides objective independent scientific advice to the Antarctic Treaty Consultative Meetings.
Antarctica has long been a prime spot for scientific research. The United States first established bases there in 1957. Today, more than 14 different countries maintain research stations in Antarctica.
Antarctic scientists are unlocking the secrets of Earth's climate, revealing lakes and mountains beneath the ice, exploring the deep sea and contemplating the origins of life and the Universe.
Climate change research that the U.S. military is supporting in Antarctica will likely impact the lives of billions and might even affect servicemembers' careers.
A number of governments maintain permanent research stations in Antarctica and these bases are widely distributed. Unlike the bases set up in the Arctic (see Drifting ice station), the research stations of the Antarctic are constructed either on rock or on ice that is (for practical purposes) fixed in place.
Much has changed in the hundred years since Australian explorer Sir Douglas Mawson first located the South Magnetic Pole, yet Antarctica still holds challenges for modern scientists.
Why should we study Antarctic Glaciers and what can we learn from them? Understanding past glacier-atmosphere interactions can help predict future change.
How has Antarctica's climate changed in the past? Is Antarctica being affected by 'global warming' and how might we expect its climate to change in the future? What evidence is needed to address these questions?
SCAR initiates, develops and coordinates scientific research in the Antarctic region and provides objective independent scientific advice to the Antarctic Treaty Consultative Meetings.
Antarctica has long been a prime spot for scientific research. The United States first established bases there in 1957. Today, more than 14 different countries maintain research stations in Antarctica.
Antarctic scientists are unlocking the secrets of Earth's climate, revealing lakes and mountains beneath the ice, exploring the deep sea and contemplating the origins of life and the Universe.
Climate change research that the U.S. military is supporting in Antarctica will likely impact the lives of billions and might even affect servicemembers' careers.
