This item is part of the Federation University Art Collection. The Art Collection features over 2000 works and was listed as a 'Ballarat Treasure' in 2007.A mounted Australian flag and NASA crew patch flown aboard the Orbiter Atlanta, STS-36, on 28 February to 04 March 1990. These items were presented to the students of faculty of the Ballarat College of Advanced Education by Atlanta astronaut Pierre J. Thuot. The mounted presentation includes images of the spacecraft and views from space. art, artwork, nasa, national aeronautics and space administration, atlantis, australian flag, atlanta crew patch, piere j. thuot, space

On reverse: Fully inflated 12 foot diameter sphere as it will appear after ejectionalan gardiner collection, space industry, 1960, satellite, nasa

The assemblage was presented to the students of Ballarat College of Advanced Education (BCAE) by a NASA astronaut. The Australian Flag and NASA Astronauts crew patch were flown aboard the Orbiter Atlantis, STS-36, 28 February to 4 March 1990. Astronaut Pierre Thout's first flight was as a mission specialist on the crew of STS-36 which launched from the Kennedy Space Center, Florida, on February 28, 1990, aboard the Space Shuttle Atlantis. This mission carried Department of Defense payloads and a number of secondary payloads. Following 72 orbits of the Earth in 106 hours, the STS-36 mission concluded with a lakebed landing at Edwards Air Force Base, California, on March 4, 1990, after travelling 1.87 million miles. bcae, nasa, space, pierre thuot, creighton, caspar, mullane, hilmers

On reverse: Technicians at Langley Research Centre performing final tests on four stage Scout solid fuel rocketalan gardiner collection, space industry, 1960, nasa, rocket, scout solid fuel rocket

On reverse: Four stage solid fuel Scout vehicle and cross section of payload instrumentation. First solid fuel rocket used by N.A.S.A. to launch a satellite on orbital trajectory. Front cap comes off and satellite built of tghin mylar plastic film and aluminium foil emerges and inflates. Radio beacon built in for tracking.alan gardiner collection, space industry, 1960, nasa, rocket, scout solid fuel rocket

On reverse: Four stage Scout solid fuel rocket on launching pad at Wallops Island facility. First orbital satellite attempt from this base and first with solid fuel rocket.alan gardiner collection, space industry, 1960, nasa, rocket, scout solid fuel rocket, virginia, wallops island

On reverse: Tiros II - Taken from above with cover removed: 1. Wide angle TV camera 2. Narrow angle TV camera 3. TV tape recorders 4. Infra red - 5 channel radiometer 5. Infra red electronics 6. Electronic operations sequence timing 7. Relays for magnetic stabilisation for altitude 8. Control box for electronics 9. Infra red horizon scanner 10. Electronic camera circuits 11. Electronic TV tape circuits 12. Telemetry switches 13. Antenna diplexer (covering storage batteries) 14. Automatic signal generator 15. Fuse board and current regulatoralan gardiner collection, space industry, 1960, satellite, tiros ii

On reverse: Tiros II Launch Sequencealan gardiner collection, space industry, 1960, satellite, tiros ii

On reverse: Tiros II - Mounted for camera calibration. Wide angle camera lens protrudes at upper right.alan gardiner collection, space industry, 1960, satellite, tiros ii

On reverse: Tiros II - Satellite mounted in cage to test magnetic stabilisation system.alan gardiner collection, space industry, 1960, satellite, tiros ii

On reverse: Tiros II - Mounted in machine to test satellite's stabilisation system. Lights test solar cells.alan gardiner collection, space industry, 1960, satellite, tiros ii

Ventifacts are sand-blasted rocks that are typically faceted and often display parallel grooves carved by wind-blown sand. They are useful indicators of wind direction and strength in environments such as deserts, mountains, and coastal areas because they are usually not hidden by later sediment, soil or vegetation cover. In Antarctica ventifaction is strongly related to the composition or type of rock. Ventifacts are important because they provide evidence for abraders such as sand, dust or snow and ice crystals, and offer a unique understanding of past wind processes that are effective in the reconstruction of past wind flow conditions and can provides clues to weather and climate changes in the past. Interestingly ventifacts have also been found on the surface of Mars. They were a threat to the NASA rover due to the sharp angles of the facets, created by the Martian wind over the course of millions of years. These Martian ventifacts act like weathervanes for past wind and weather patterns on the red planet in a similar manner to those found on earth.The Geological Survey of Victoria was instigated in response to the Victorian Gold Rush which began around 1851 in the Beechworth, Castlemaine, Daylesford, Bendigo and Ballarat areas. The survey was conducted by Alfred Richard Cecil Selwyn from his arrival in December 1852 until his resignation in 1869and during this time he trained many notable geologists, e.g. Aplin, Wilkinson, Daintree, who went on to other State survey senior positions. This specimen was among those donated to the Burke Museum in 1868.A hand-sized solid mineral specimen in shades of dark and light browns with light lines visible in all configurations and a groove on configuration 2.light lines visible in all configurations and a groove on configuration 2burke museum, beechworth, geological, geological specimen, ventifact, antarctic region, antarctic, alfred richard cecil selwyn, alfred selwyn, wind direction, wind strength, abraders, wind flow, climate change, reconstruction of wind flow conditions, weather change, mars