Series of six colour photographs. Tree after Lightning Strike. Sheep wash Creek 26/1/2005

Photo used by The Courier in an article following the failure of the BTM power supply due to a lightning strike - Dave Macartney leaning against the front of tram 38. Also used again when the power was restored in time for services on 26/12/2004. See items 2959 and 2062 for the cuttings.Has a close association with Dave Macartney.Colour print on Fujichrome paper.tramcars, trams, lightning strike, clsoure, power supply

Article written by Andrew Jefferson about the failure of the BTM's power supply due to a lightning strike. Quotes Stephen Butler, as President. Notes cost of the new transformer and where donations could be sent to. Has a photo of Dave Macartney leaning against No. 38 and a cartoon with swans and a photographer and the caption "Lake Wendouree Tourist Transport that is still running." Has date line fixed to lower edge of cutting. 2nd copy added 16/7/05, folded page complete. See item 9620 for a colour print of the photo.Yields information about the failure of the BTM power supply and a close association with Dave Macartney.Newspaper clipping from The Courier, Ballarat, Wednesday November 17, 2004, titled "Appeal to get trams rolling back on track". btm, lightning strike, closure, power supply

Newspaper clipping from The Courier, Ballarat, letters to the Editor Section, Thursday, December 2, 2004, titled "What are tram funds being used for?". Letter by Ross Jones, Ararat, questions the need for the appeal given the amount of money the BTM has in reserves - refers to the annual report, Has date line fixed to the top edge of cutting. Image of item added 27-11-2016btm, lightning strike, closure, power supply, letter to the editor

Item written by Andrew Jefferson. Notes the resumption of Museum services, quotes Stephen Butler, cost of new transformer and the 30th Anniversary of BTM Operations. Uses the same photo as appeared in the article of 17/11/2004 of Dave Macartney leaning against No. 38 - see Reg. Item 2959. Has date line fixed to top edge of cutting on rear.Yields information about the repair of the BTM power supply and a close association with Dave Macartney.Newspaper clipping from The Courier, Ballarat, Sunday, December 26, 2004, titled "City's trams back on track today".btm, lightning strike, closure, power supply, 30th anniversary

Laminated A4 sign produced by the BTM early November 2004, advising potential travellers/visitors that the tramway was not operating due to severe damage to our power system by an electrical storm. Advises that the Depot / Museum is open. Sign was positioned at Depot Junction and secured by four tacks. It was removed by Peter Winspur at the time of the first tram run out on 26/12/2004.trams, tramways, lightning strike, closure, power supply, btm, 30th anniversary

The 2003 bushfires caused by a lightning strikes on 8th January 2003. 87 fires were ignited 8 of which would join to form the largest fire in Victoria since the 1939 Black Friday bushfires, burning through 60% of the Alpine National Park. Ref. The Mountain Journal. Scientific research was used to test new methods during construction.These fires were close to Bogong village and Mt Beauty. The photos were displayed in the Mountain Monk Hotel, Mt Beauty which was the original SEC Working Mens Club during the construction of the Kiewa Hydro Electric Scheme. Scientific research was used to create new improved methods during construction. Framed photos (1-3) of the 2003 bushfires at Bogong village and Photos (4-11) with titles involving scientific work by the SECV. 1-3 2003 Bogong Complex Fires at Moncrieffs Gap 4. Phasmid Eggs 5. Insect cages 6. Spraying Bitumen 7. Grass grown after spray 8. "Finn" method 9. Erosion raceline bank 10. "Finn" treatment 11. Machine spraying grass seed2003 bushfires, moncrieffs gap

Significant for the BTM in winning a Museum Industry Recognition Award, by Museums Australia for its achievements in replacing the sub-station and fundraising. The Certificate of the award.Framed Certificate, black frame, glass front, fibre board back and swing out stand with metal clips, titled "Museum Industry Award of Merit", awarded to the BTM as part of the 2006 MIRA Awards on 25-5-2006. Sub titled "The Lightning Strike". Award presented by Museums Australia, Vic Div. Has logos for Museums Australia, Arts Victoria, Vic. Govt. Logo. Signed by Dr. Helen Light as President and Elizabeth Triarico as Vice President. Refer to June 2006 issue of Fares Please! for ceremony photographs.trams, tramways, btm, substation, awards, museums australia

Athol Hodgson began testing of retardants in 1963 at Ballarat by dropping water thickened with bentonite clay directly from a Ceres CA-28 aircraft. In 1965 dropping a new chemical retardant Phoschek was produced by Monsanto All this experimental work culminated with two Piper Pawnees from Benambra, flown by Ben Buckley and Bob Lansbury, making Australia’s first operational drop of fire-retardant on a small lightning-strike on 6 February 1967. The flight at Benambra came to symbolise the classic application of firebombing and a "proof-of-concept" that encouraged many more innovations with new and more powerful aircraft.Fibreglass funnels used to measure the viscosity of the fire retardant, Phoscheck The funnel was filled with liquid and timed to run through between 35 and 50 secondsforests commission victoria (fcv), bushfire, fire pump, fire tanker

Lightning is one of the major causes of bushfires, particularly in the remote mountains. This lightning detector system was developed by Dr. Peter Kourtz at Canada’s forest fire research institute. By 1977, some 300 were in use across the country. The small mushroom antenna could detect short-range (20-mile) changes in electrostatic field associated with lightning strikes. It needed to be placed out in the open on a hilltop and away from nearby trees. It simply counted the number of "strikes". The detector doesn't seem to have a direction finding capability or be able to distinguish between cloud-to-cloud or cloud-to-ground lightning. It's not sure how this particular unit found its way to Victoria. The Bureau of Meteorology's (BOM) current lightning detector network uses radio waves emitted by lightning to pinpoint the location of lightning strikes. The network is operated by a private company that sends data to the BOM in real time. Lightning detection systems use sensors like antennas, GPS receivers, and processing systems to detect radio waves, also known as sferics. The systems calculate the lightning's location and speed by measuring how long it takes for the radio signal to reach the different antenna stations. The BOM also has a Thunderstorm Tracker that uses weather radar data to identify areas of potential thunderstorm activity. The tracker updates every six minutes and shows the direction thunderstorms are moving, as well as their expected position in 10, 20, and 30 minutesLightning detector 1970sQ-Techforests commission victoria (fcv), weather, bushfire, bushfire aviation

This photograph, in late 1950s, shows an Alpine Fire Prevention technique of "burning off" low levels of scrub to reduce the level of available fuel against any possible summer bush fires. The Alpine regions accumulate high levels of potential fuel (undergrowth and small shrubs) which if not reduced has the potential of breaking into a dangerous bush fire. The men in this photograph are not wearing any protective clothing. Their visibility to other firefighters is severely reduced by smoke. This photo is a snap shot in time when Occupational Health and Safety Legislation was in its infancy stage.This photograph details the fire prevention activities in the Victorian Alps under the management of the SEC Victoria. The level of undergrowth within the Australian bush needs to be kept under control to avoid the possibility of lightning strikes (during summer storms) igniting dry forests resulting in a major bush fire. Controlled fires within alpine regions are required not only to reduce the level of dry undergrowth but also to provide those various plant species requiring fire for regenerate. This method was used by the original inhabitants (Aborigines) as limited scrub fires were used to flush game and bird population for eating with the side benefit to those plants requiring the fire for regeneration.This black and white photograph shows an Alpine Fire Prevention technique of "burning off" low levels of scrub. The photograph is on 200gsm paper but it is not photographic paper. It can be assumed that the photo is not the original but a copy. alpine fire prevention, sec fire prevention

This photograph, from the 1950s, shows an Alpine Fire Prevention technique of "burning off" low levels of scrub to reduce the level of available fuel against any possible summer bush fires.The Alpine regions accumulate high levels of potential fuel (undergrowth and small shrubs) which if not reduced has the potential of breaking into a dangerous bush fire. The men in this photograph are not wearing any protective clothing. Their visibility to other firefighters is severely reduced by smoke. This photo is a snap shot in time when Occupational Health and Safety Legislation was in its infancy stage.This photograph details the fire prevention activities in the Victorian Alps under the management of the SEC Victoria. The level of undergrowth within the Australian bush needs to be under control to avoid the possibility of lightning strikes (during summer storms) igniting dry forests resulting in a major bush fire. Controlled fires within alpine regions are required not only to reduce the level of dry undergrowth but also to provide those various plant species requiring fire for regenerate. This method was used by the original inhabitants (Aborigines) as limited scrub fires were used to flush game and bird population for eating with the side benefit to those plants requiring that fire for regeneration.This black and white photograph shows an Alpine Fire Prevention technique of "burning off" low levels of scrub. The photograph is on 200gsm paper but it is not photographic paper. It can be assumed that the photo is not the original but a copy produced by the SEC Vic. See also KVHS 0413 and KVHS 0414 for other similar photos.kiewa valley tourism, victorian alps, alternate energy supplies, alpine population growth

This photograph, in late 1950s, shows an Alpine Fire Prevention technique of "burning off" low levels of scrub to reduce the level of available fuel against any possible summer bush fires. The Alpine regions accumulate high levels of potential fuel (undergrowth and small shrubs) which if not reduced has the potential of breaking into a dangerous bush fire. The men in this photograph are not wearing any protective clothing. Their visibility to other firefighters is severely reduced by smoke. This photo is a snap shot in time when Occupational Health and Safety Legislation was in its infancy stage.This photograph details the fire prevention activities in the Victorian Alps under the management of the SEC Victoria. The level of undergrowth within the Australian bush needs to be kept under control to avoid the possibility of lightning strikes (during summer storms) igniting dry forests resulting in a major bush fire. Controlled fires within alpine regions are required not only to reduce the level of dry undergrowth but also to provide those various plant species requiring fire for regenerate. This method was used by the original inhabitants (Aborigines) as limited scrub fires were used to flush game and bird population for food, with a side benefit to those plants requiring the fire for regeneration.This black and white photograph shows an Alpine Fire Prevention technique of "burning off" low levels of scrub. The photograph is on 200gsm paper but it is not photographic paper. It can be assumed that the photo is not the original but a copy. See also KVHS 0413 and KVHS 0415 for other similar photos.kiewa valley tourism, victorian alps, alternate energy supplies, alpine population growth

Bibliography, ill, maps, p.176.The story of Flying Fortress Lightning Strikes, 42-3073 from its construction in a California factory in 1942 to its loss over Germany a year laterworld war 1939-1945 - aerial operations - usa, b17 bomber - history

A Bioscope show was a fairground attraction consisting of a travelling cinema. The heyday of the Bioscope was from the late 1890s until World War I. Bioscope shows were fronted by the largest fairground organs, and these formed the entire public face of the show . A stage was usually in front of the organ, and dancing girls would entertain the crowds between film shows. Films shown in the Bioscope were primitive, and the earliest of these were made by the showmen themselves. Later, films were commercially produced. Bioscope shows were integrated, in Britain at least, into the Variety shows in the huge Music Halls which were built at the end of the nineteenth century. After the Music Hall Strike of 1907 in London, bioscope operators set up a trade union to represent them. There were about seventy operators in London at this point. (http://en.wikipedia.org/wiki/Bioscope_show) The Projector was a rather unreliable piece of apparatus, powered by a variety of light sources, including Calcium Oxide (Lime-Light). A Calcium Carbide Burner, or the rather more superior Carbon Arc. All these methods were highly unpredictable & quite frankly...dangerous! Often resulting in explosions, burning down the entire Show! (which is probably why NO original Shows still exist. Alfred Ball's Bioscope, pictured below, built in 1905 was struck by lightning, shortly after the picture was taken! (http://www.circus-entertainer.co.uk/heritage.htm) In 1909 the first bioscopes pictures were shown at the Ballaarat Mechanics' Institute.Brass and green painted metal film projectorbioscope, vector, entertainment, projector, film, theatre, movie