Antarctic video gallery
Australia’s proposed Antarctic aerodrome open for comment
Video transcript
The initial proposal for a new aerodrome in Antarctica is now publicly available.
Kim Ellis, Director, Australian Antarctic Division In 2016, the Australian Government launched a strategy and action plan for Antarctica and this sets a new era and a new standard for Australia’s engagement in Antarctica.
Kim Ellis “It also foreshadowed the work to develop a paved aerodrome at Davis Station.”
The proposed aerodrome will enable more ambitious science
It will provide year-round access and improve emergency response.
Kim Ellis “It will transform the science we’re able to deliver in Antarctica. At the moment we’re constrained by a very narrow summer window to get our logistics in and out and our scientists work is limited by that operational window.”
The proposal includes a 2,700m long runway, aircraft apron, and buildings.
Scientists have been on the ground for several years to build an understanding of the site.
The project will have a high level of environmental scrutiny, nationally and internationally.
Kim Ellis “There will undoubtedly be some environmental impacts and the process we’re going through now will ensure those impacts are minimised and mitigated where possible through alternative construction methodology or changes to the design and operation of the airfield.”
Kim Ellis “Over the 60 years that Australia has been involved in Antarctica we’ve set a very high benchmark for all our activities and operations and this project is no exception.”
[end transcript]
Citizen Cool
Video transcript
This former Limerick lad has swapped the green hills of Ireland for the icy shores of Antarctica.
Michael Keating Kearney, New Australian Citizen “It feels very privileged and very unique to have my ceremony down here in Antarctica, I’m very happy its turned out to be a wonderful day.
Michael is a carpenter at Casey research station. In Australia for 9 years, he’s become an Australian citizen in the coolest way possible.
Michael Keating Kearney, New Australian Citizen “I pledge my loyalty to Australia and its people.”
Justin Ross, Deputy Station Leader “Please join me in welcoming our newest Australian citizen. This is my first citizenship ceremony, so I was understandably a little nervous, but I am immensely proud to have this opportunity to be the presiding officer for Michael’s special day.”
Michael Keating Kearney, New Australian Citizen “Living in Australia is very good, it’s a good culture, good people, the work is great. Feeling very happy, very excited and very grateful to be an Australian citizen.”
[end transcript]
NASA’s icy mission
Video transcript
This buoyant robot is on its first Antarctic mission.
Voice of NASA Scientist Dr Kevin Hand; “Almost there, almost there, now just drag it some place. You’re beneath the ice.” You’re beneath the ice.”
NASA has just returned from three weeks at Casey station testing a future space robot.
NASA Scientist Dr Kevin Hand “What this vehicle does is, it floats on the underside of the ice and allows us to inspect scientifically what’s happening.”
NASA Lead Engineer Dr Andy Klesh “Including a dissolved oxygen sensor, looking at conductivity, temperature and depth and of course video images.”
NASA Scientist Dr Kevin Hand “What we saw was just stunning, the sea-ice algae dangling down like little chandeliers, the gas bubbles under the ice. We even tested the rover on a tide fracture, a crack in the ice.” We even tested the rover on a tide fracture, a crack in the ice.”
NASA Scientist Dr Kevin Hand “We learned that from navigating some of the cracks an additional wheel, to make it more like a tricycle, could be helpful. Being able to have thrusters on it, to vary our buoyancy when needed.” Being able to have thrusters on it, to vary our buoyancy when needed.”
Eventually the robot will explore another icy landscape on one of Jupiter’s moons.
NASA Scientist Dr Kevin Hand “Now of course the dream of dreams is that someday this vehicle is sufficiently small and low power and low weight, such that we could eventually get it into and beneath the ice of Europa, where we might someday find signs of life beyond Earth.
[end transcript]
Instant airport
Video transcript
From Mawson station on the coast, the ice sheet rises to a high plateau.
Jagged mountain ranges puncture the glittering ice.
Jan Wallace, Medical Officer Up on the plateau here I just love the expanse of the horizon and the massive sky. It’s a landscape of epic proportions up here, and the mountainscapes around us are just spectacular.
Tom Dacy, Mechanical Supervisor You don’t get many better views than what you get from Rumdoodle Hut and around the lake. There’s some great walking areas around there, and the Rumdoodle Hut this year, we’ve given it a bit of a refurb, so it’s in top condition.
A team of expeditioners from Mawson station is heading 20km inland to Rumdoodle.
Star of the convoy is a well-worn four-tracked monster.
Tom Dacy The Pioneer, she’s a great old girl, a brilliant machine for this sort of task. Got a lot of payload capacity, carry all our fuel, our refuelling sleds that’s needed, and any cargo back to station. It’s a good overland vehicle for the Antarctic conditions.
They mark out an 800 metre runway for flights between Antarctic stations.
Jan Wallace We’re about to receive a plane here from Davis station, so I’m up here in several roles. Hopefully not as the doctor, cos that would be part of an emergency response. Today I’ve been the Hagg driver, and chauffeur for the new passengers coming home.
This area has been used for aviation in the Australian Antarctic Territory since the 1960s
Tom Dacy Normally we’d use the sea ice as a landing area, but the sea ice is no longer usable due to deterioration, so we’ve come up here with all our equipment to receive the plane and its passengers.
Today’s weather report: visibility ‘unlimited.’
Conditions are right for a perfect landing.
‘Rumdoodle International Airport’ is open for summer travel!
[end transcript]
Recruitment 2019
Video transcript
Australian Antarctic Expedition Mechanic, Amy Chetcuti I’m Amy, or Chucs, and I’m an expedition mechanic down here. It’s my first winter.
What does Amy’s year in Antarctica look like?
Want to take your career south?
Applications are open now
jobs.antarctica.gov.au
Amy Chetcuti I would definitely do it again!
APPLY NOW
[end transcript]
Traverse tractors
Video transcript
These heavy-haul tractors have had an extreme makeover.
In Antarctica they’ll endure temperatures down to minus 50 degrees.
AAD Director, Kim Ellis “So we’ve put heaters in the transmission, heaters in the engines, we’ve double glazed the cab, we’ve closed the engine cowlings off to reduce impact of blizzards.”
They’ve also been given a glitzy Australiana paint job.
With vibrant Ken Done designs of the beach, reef, gum trees and outback.
Kim Ellis “Even from a distance it will tell you Australia is here, and then when you get close these snapshots of pieces of Australia represented on the highest and coldest parts of the Antarctic.”
The tractors will lead a traverse train 1200kms inland.
Kim Ellis “It really is a return to this great age of exploration. So we are taking a group of tractors, towing a 500 tonne station, thousands of kilometres across the Antarctic ice, it is the most exciting things you could possibly do.”
The traverse team will initially support scientists drilling for an ice core dating back more than a million years.
All the machinery will be flown to Antarctica over the following months.
[end transcript]
Nuyina video
Video transcript
The RSV Nuyina will be the most sophisticated science ship to ply the Southern Ocean.
Marine Science Support, Rick van den Enden “We are talking a 30 year advancement in research capability, a significant size increase and some of the most advanced science capability for a marine research platform.”
The icebreaker is currently under construction and due in its home port of Hobart in 2020
The search is now on for a hi-tech science team to support the hi-tech ship.
Rick van den Enden “We are after a very broad range of skill sets, everything from laboratory managers, through to precision machinists in an instrument workshop.”
There are 11 roles across 8 different areas;
· Acousticians
· Electronics and mechatronics design engineers
· Laboratory technical officer
· Marine science gear officers
· Mechanical engineers
· Science systems engineers
· Aquarium technician
· Data officers
Rick van den Enden “It’s everything from the routine monitoring, underway sampling instruments that we run on there to any novel science capability that someone has considered. So we have designed the ship to support everything we have envisaged, as well as that stuff we haven’t.”
The new recruits will also provide technical support for deep field science, including the search for an ice core dating back more than a million years.[end transcript]
NASA space robot tested in Antarctica
Video transcript
Could there be life on this icy moon 628 million kilometres from Earth?
NASA/JPL Scientist, Dr Kevin Hand, “We now have good evidence that oceans, oceans of liquid water exist beneath the icy crusts of moons of the outer solar system, these oceans are the prime places to search for life.”
NASA-JPL has built a robot that could one day help find alien life on Europa, one of Jupiter’s 63 moons.
It can float under the ice and move around taking photos and samples.
NASA Engineer, Dr Dan Berisford, “The key reason for having a wheeled rover versus a free-swimming traditional submersible, is that we are really interested in the ice-water interface. When ice freezes, it excludes all sorts of salts and minerals and impurities out of the ice. Right at the ice-water interface you get this enriched layer of chemistry and it’s very conducive to life.”
The robot has been tested in the Arctic and Alaska.
Now it’s headed to Antarctica for the first time.
NASA Engineer, Dr Andy Klesh, “There are many engineering and physics challenges that we have to overcome. How do we charge it, how do we run this thing for so long? These are all the challenges we have to work through, prior to us going out to Europa.”
Once on the moon it will need to drill through 10 kilometres of icy crust to reach the salty ocean.
NASA Engineer, Dr Andy Klesh, “As we descend down through the ice we have to leave these pucks along the way to bounce acoustically these signals all the way up to the surface. And then back to Earth, some many, many millions of kilometres away.”
It’s hoped the robot will be aboard a future NASA mission to Europa.
[end transcript]