Used an illustration in, "Green Grows Our Garden," A.P. Winzenried p103. Also enlargement B92.563. Note by T.H. Kneen 26 February 1992, "Oliver Frost and Thea Rimmer married later and became joint ? at the Ripponlea Gardens administered by the National Trust. Lex Hodge & Peter Trudgeon became teachers in the TAFE system in horticultural apprentice trade training."Black and white photograph. Enlargement of B91.137. 2 copies. Botany class using dissecting microscopes. Left to Right: Dian Durrant, Oliver Frost, Lex Hodge (standing), Peter Trudgeon, Thea Rimmer.On reverse stamp, "Photograph by Publicity Branch Victorian Department Of Agriculture Ref. No. c.1695K."botany class, dissecting microscopes, dian durrant, oliver frost, lex hodge, peter trudgeon, thea rimmer, green grows our garden, a.p. winzenried, ripponlea gardens, national trust, teachers, tafe, horticultural apprentice, publicity

A pocket magnifying glass was a versatile scientific tool. It was ideal for situations in which the specimen was too small to be observed under a magnifying glass and access to a larger microscope would have been impossible.It could be taken on field expeditions and used to examine botanical, zoological and mineralogical specimens.Simple,pocket microscopes had a significant impact on the the general public’s appreciation of both science and the natural world by making the microscopic world accessible and exciting.Small pocket magnifying glass with glass viewer.magnifying-glass instruments-optical

Boxed optical microscope, equipped with the following accessories: 1. Two ocular lenses, one with crosschain graticule 2. 6 objective lenses; AA, aa, a, 1/4 inch, 1/16 inch, 1 inch - cartridge only, 3/5 - lens without cartridges, Jictable frameScratched on top of right side front leg 'CM'. microscope, j. swift and son, scientific instruments

The Prince of Wales visited BCAE on 28 October 1974. At that time the Mt Helen campus had been open for 4 years. In September 2020, after the death of Queen Elizabeth II, the Prince became King Charles III.Four men gather around Ballarat College of Advanced Education Metallurgy Student, Michael Martin, as he demonstrates a projection microscope to Prince Charles. From left to right: Lindsay Thompson (State Minister for Education), E.J. Barker (Director Ballarat College of Advanced Education), Brian Sunter (Head of Metallurgy), Michael Martin (student).ballarat college of advanced education, prince of wales, bcae, prince charles, michael martin, brian sunter, king charles, king charles iii

A pocket magnifying glass was a versatile scientific tool. It was ideal for situations in which the specimen was too small to be observed under a magnifying glass and access to a larger microscope would have been impossible.It could be taken on field expeditions and used to examine botanical, zoological and mineralogical specimens. This small magnifying glass could be used for examining specimens of plants or rocks or jewellery.Simple,pocket microscopes had a significant impact on the the general public’s appreciation of both science and the natural world by making the microscopic world accessible and exciting.A small brass pocket magnifying glass with resting arm. The cardboard box is blue / black in colour.magnifying-glass scientific-instrument

Originally used in metallurgy. It was probably acquired c1900. Initially it was equipped with carbon arc light source. Later, in the mid-sixties electric filament light was installed by Lindsay Pattenden, lecturer in Metallurgy.A microscope designed for examining prepared surfaces of opaque objects, e.g. polished metal alloy specimens placed on top of the viewing stage. Equipped with a light source and with two viewing posts, one which is designed for a camera. The accessory box (.2) is a polished timber box with drawers which hold lenses and other accessories. Instructions are filed with the catalogue worksheet.reichert, microscope, lindsay pattenden, carbon arc, metallurgy

Test plate rectangular glass slide with rulings under circular cover glass within yellow circle and brown border enclosed in red hinged box with blue lining. Described as “A sample Microscope slide - Test plate with rulings from 30,000 to 120,000 per inch”. This is the only surviving ruling reaching up to 120,000; hence is both unique and valuable.Labels on slide: “Test plate 10,000 to 120,000. Ruled by H.J. Grayson, Melbourne”. No of lines per inch Band 1-10,000 2-20,000”. On label on side: “No of lines per inch Band 3 -30,000 4 - 40,000 5-50,000 6-60,000 7-70,000 8-80,000 9-90,000 10-100,000 11-110,000 12-120,000”

.1) A class of seven students and one lecturer, c1980 .2) A female in a hard hat, kneeling at a cutting face, with a geological hammer, c1980 .3) A male at a geological microscope, c1973 .4) 3 males in a geology laboratory, with microscopt and VDU, c1978 .5) Five males in a field locationwith electric resistance apparatus, c1974 .6) A male in grey overall at a lapping machine, c1978 geology, geolological microscope, resistance apparatus, rudi lennards, noone, stafford mcknight, julia gleeson, phillip edward petrie, kenneth heighway, alumni, mount helen campus, student activity

Mottled cream Certificate of Appreciation awarded to the Inner Wheel Club of Bendigo South for their support of the Margaret Roberts Motor neurone Disease Research Scholarship, signed by Jay ? and dated June 2006. At the top of the certificate is the logo of the Australian Rotary Health Research Fund which is a dark blue microscope in front of a yellow sphere. and in the bottom left corner is the dark yellow and dark blue logo of Rotary International which is the shape of a cog. Certificate is laminated.bendigo, clubs, inner wheel club south bendigo, inner wheel club south bendigo: certificate of appreciation, australian rotary health research fund, margaret roberts motor neurone disease research scholarship, rotary international

A haemacytometer is an instrument used to count blood cells. It is commonly applied to a combination of counting chambers with cover glasses and has pipettes for red and white blood cells. This haemacytometer was manufactured by Ernst Leitz's factory in Metzlar, Germany. This company grew to be come what is now Leica. Haemacytometer in brown leatherette case. Consists of two glass pipettes with attached red rubber tubing, a glass microscope slide, and three small plastic square slide accessories. The base of the case is cut out and lined with felt to accommodate the parts of the object. Top of the case is inlaid with gold coloured text which reads 'Haemacytometer/Breuer/E.Leitz/Wetzlar'. Glass slide is engraved with the text 'E.Leitz/Wetzlar' and scale measurements. Glass pipettes are printed with the text 'E. LEITZ, WETZLAR'.pathology

Newspaper article titled 'Radio in the New World' by R. K. Gerrand from the Melbourne, The Herald. Piece has been torn from the paper and the only date is Saturday, Dec. Sub-heading is: What developments can we expect in radio after the war? Items covered are: X-rays, Outback radio telephones, travel telephones, Portable trans-ceivers, Automatic weather reporting stations, Frequency modulations, Television, Electronic microscope, radio location, Battle of Britain, Battle of Australia, navigation and Pasteurisation,sciences, instruments - general, scalebuoy, bill ashman collection - correspondence, the herald melbourne, r k gerrand, radio in the new world, f w clarke, electronic industries ltd, radio corporation, x-rays, outback radio telephones, travel telephones, portable trans-ceivers, automatic weather reporting statins, frequency modulations, television, electronic microscope, radio location, battle of britain, battle of australia, navigation, pasteurisation

Botanical Microscope Slides in a cardboard box. .1) Zea Mais Annular vessels .2) Protoceus .3) Yeast .4) Eryol .5) Stomata .6) Lichen Physcia Thallus .7) Lichen Cladonia mascilenta .8) Californian Lichen .9) Rhizome Pteris Longitudinal Section .10) Brake fern Pteris Transverse and Longitudinal sections .11) Rhizome Pteris Transverse Section .12) Selaginella sp. - Macro & Micro-sporangia .13) Ovule Pinus Longitudinal section .14) Rachis Pteris Transverse Section .15) Stem Pine Transverse Section microscope, botanical microscope slides

4 photographs with a note attached to Kevin (Blaze?), (Lecturer) from Joss Tonkin (Archivist) dated 12 August 1998 asking him to identify them. (1) "Still-for making distilled water. Decommissioned about 8 years ago still in situ PSL 2." (2)"Dissecting microscope with light source. Part of the closed-circuit TV system. PSL 2 Current." (3) Drafting table in Lanscape Graphics Room (MB?) Current." (4) "Nursery Office-about 3+ yrs old. It's a computer! Role ? Ask Jeremy Wallace."kevin blaze, lecturer, joss tonkin, archivist, distilled water, dissecting microscope, drafting table, lanscape graphics room, nursery office, jeremy wallace

Cutting from The Leader, March 29, 1941. Includes six photos of students working at Burnley. Captions are: (1) "Miss C. Allen working with a microscope in the classroom." (2)"A ride back to the college buildings in a dray is much more fun than walking." (3) "Miss Margaret Bowron with a pumpkin grown in the vegetable garden." (4) "The theoretical side of horticulture, is too, important - and interesting, to judge by the expression on the faces of these students." (5). "Miss Joan Hamborg disbudding begonias." (6)"Miss Joan Harrison is here seen among the rhubarb in the vegetable garden."the leader, c. allen, margaret bowron, microscope, cynthia allen, joan harrison, vegetables, rhubarb, orchard, students working outside, students in class, pumpkins, begonias

The Prince of Wales visited Mt Helen on 28 October 1974. At that time the campus was four years old. In September 2022, after the death of Queen Elizabeth II, Prince Charles became King Charles III..1) Visit of Prince Charles to the Ballarat Institute of Technology. Five men stand outside a single storey brick building with large windows. .2) Same as for .1) but in colour. Student Union President Peter Shepherd is in the photograph. .3) Prince Charles and students from the Ballarat College of Advanced Education. .4) Prince Charles and Minister Lindsay Thompson .5) Four men gather around Ballarat College of Advanced Education Metallurgy Student, Michael Martin, as he demonstrates a projection microscope to Prince Charles. From left to right: Lindsay Thompson (State Minister for Education), E.J. Barker (Director Ballarat College of Advanced Education), Brian Sunter (Head of Metallurgy), Michael Martin (student). .6) Prince Charles with Brian Sunter, Head of Metallurgy and student Michael Martin examining a projection microscope. .7) Prince Charles, E.J. Barker and Ballarat College of Advanced EducationPrince Charles and a party of Ballarat College of Advanced Education studentsstudents .8) Prince Charles and a party of Ballarat College of Advanced Education students .9) Prince Charles and a party of Ballarat College of Advanced Education students .10) Prince Charles talks to Ballarat College of Advanced Education students .11) Prince Charles and E.J. Barker .12) Prince Charles and party inspect students working on equipment. .13) Prince Charles, students, Minister for Education Lindsay Thompson and Brian Sunter .14) Prince Charles and a party of Ballarat College of Advanced Education studentsVerso Handwritten "Return to Director's Secretary" Stamped "Ballarat College of Advanced Education" Handwritten "Visit of Prince of Wales 28 Oct 74" Stamped "N.L. Harvey & Sons photographers.ballarat college of advanced education, mt helen, jack barker, prince of wales, bcae, prince charles, michael martin, mike martin, lindsay thompson, ej barker, brian sunter, colin kline, peter shepherd, minister for education, royal visit, royalty, prince charles iii

Adams jnr wrote many elementary scientific works, as well as on the use of mathematical instruments. He often combined in his written works with religious themes and scientific content, often against the prevailing thoughts of the time. According to one popular magazine of the time (Gentleman's Magazine), his works were often accused of "growing errors of materialism, infidelity, and anarchy". He started writing at a young age and developed a love for it, his main interests included math and science, these subjects he often expressed in his written essay's. Notable works from Adams are. An Essay on Electricity, and Magnetism (1784). Essays on the Microscope (1787). An Essay on Vision, briefly explaining the fabric of the eye (1789). Astronomical and Geographical Essays (1790). A Short Dissertation on the Barometer (1790). Geometrical and Graphical Essays, containing a description of the mathematical instruments used in geometry, civil and military surveying, leveling and perspective (1790). Lectures on Natural and Experimental Philosophy, in five volumes (1794).George Adams Sr and Jnr were both notable opticians and scientific instrument makers of the 18th century. Their contribution to scientific innovation and optical development cannot be underestimated. Having one of their early drainage levels in the collection and in extremely good condition is an asset to the Flagstaff collection.Drainage level or optical level. A brass surveying instrument with Achromatic telescope, bubble level and dial fitted to the Tribrach or footplate that has leveling screws. Tripod is wood and brass with adjustable and unscrewable legs (for ease of transportation). Made by "G. Adams Fleet St, London". Used in surveying and building to transfer, measure and/or set horizontal levels."G. Adams - London".flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village, george adams fleet street london, optical instrument, scientific instrument, technical instrument, surveyors level, george adams snr, projection microscope

27 June 1902 - Davey Paxmen Steam Engine 01 September 1905 - James Oddie donation a pair of lanterns and a lantern Microscope 03 August 1906 - Costs of starting an Agricultural High School in the district - Dr Stewart Bequest 29 April 1910- Planning for new Art School Building 28 April 1911 - Ballarat Observatory 26 May 1911 - Ballarat Observatory. Mr Brittain living in the caretaker's cottage, and proposes moving his telescope to the observatory 30 June 1911 - H.H. Smith in conjunction with Mr Clegg asked to prepare sketch plans for a new art school 28 July 1913 - Establishment of the Ballarat Junior Technical School 04 April 1913 - Removal of organ and pipes from the former Wesleyan Church 26 June 1914 - Laying of the Foundation Stone for the Ballarat Technical Art School. A photograph was taken featuring Mr Tate, Mr Carew-Smyth and Col. Watson.Black covered foolscap book with brown leather spine and corners. The handwritten reports were written for the Ballarat School of Mines Councilballarat school of mines, monthly reports, ballarat school of mines principal, ballarat school of mines principal's report, ballarat school of mines battery, ballarat school of mines council, r.t. vale, davey paxmen, andrew anderson, james bickett, james oddie, david kerr, j. baird, learmonth, dr stewart bequest, ballarat technical art school, h.h. smith, w.h. middleton, clegg

Henry Watts (1828_1889) Died at Melbourne, 16th December, 1889. He was a good microscopist. His botanical studies were chiefly devoted to algae, both fresh-water and marine, and while living for many years at Warrnambool he was a contributor of algae to Harvey, who figured Wrangelia wattsii, Harv., and Crouania wattsii, Harv., in his “Phycologia Australica " He was the author of "On the Fresh-water Algae of Victoria " (Trans. Roy. Soc. Vict., 1861-4, 67) ; .also a paper "On Fossil Polyzoa" (ib.. 82); "A Trip to Mt. Macedon in Search of Fresh-water Algae" (Wing's S. S. Record, iii., 252); "On a Species of fresh-water Algae from Victoria" (Vict. Nat., i., 21); "Some Recent Additions to our Knowledge of Microscopic Natural History" (ib., iii., I33) (includes lists of fresh-water algae and Desmidieae ), First librarian (1881-2), also a vice-president of the Field Naturalists' Club of Victoria. He is further commemorated by Acacia wattsiana. F. v. M. www.anbg.gov.au/biography/watts-henry.html . Henry Watts worked as a bootmaker in Timor and Liebig streets Warrnambool in the 1860’s but it was as an amateur scientist that Watts gained public notice.For an exhibiton in Melbourne in 1861 Henry Watts prepared a collection of over 100 different species of seaweed from the Warrnambool district. It is recorded in the Examiner in 1863 that he had been elected as an honorary member of the Bristol Microscopical Society of England He was a member of the Warrnambool Horticultural society and in 1865 he opted to become a flower distiller.At the 1866 MelbourneExhibition, Henry Watts exhibited 44 bottles of his perfumes. He had a keen interest in microscopes and microscopic organisms.He spent many hours combing the caves and examining the guano of local bats. This letter is written to Professor Quekett advising him that he has sent a collection of packets of samples of diatomaceae asking him to examine and name the same.. Professor Quekett was a famous microscopist of the Victorian era with the Quekett microscopist club one of the oldest in the world dedicated to the use of the microscope and its discoveries. Henry Watts was one of Warrnambool’s first botanists and marine scientists. He also established a flower distilling and perfume manufacturing business in Warrnambool. In 1861 he sent a collection of over 100 species of seaweed to the Melbourne Exhibition.Framed, handwritten letter, ink on blue paper. Transcript of letter is typed black on white paper. Five small numbered pieces of paper containing specimens of diatomaceae collected from marine and fresh water areas around Warrnambool.Names Henry Watts, Professor Quekett. Handwritten along the bottom of the frame, “The above was bought at a London Auction for $12-10-00 by Miss Eddey a Melbourne Book shop Proprietress and recently presented to the W.F.N. Club.: warrnambool, henry watts, watts henry, botanist,microscope, microscopic, quekett, john thomas quekett

Blue hard covered book with gold writing and illustrations on front cover, illustrations, 196 pages. Targetted to the general reader of the scientific principles of heat, light and sound topics include heat; light (including reflection and refraction); vision (including vision and optical illusions, the eye, chromatic aberration, spinning tops); optical illusions (including occular estimation, zollner's designs, the thaumatrope, phenakistoscope, zootrope, praxinoscope, the dazzling top); optical illusions cont. (including the talking head, ghost illusions); optical apparatus (including the eye, the streoscope, spectrum analysis, the spectroscope, the telescope and microscope, photography, dissolving views, luminous paint); spectral illusions (including a spectre, ghosts); acoustics (including the harmonograph); acoustics cont (including the topophone, the megaphone, the autophone, the audiphone, the telephone, the phonograph, the microphone). non-fictionscience, science class, scientific recreation series, light, heat, sound, ballarat ironworkers & polytechnic association

The Council President in 1984 was Ian Gordon.Yellow soft covered book. Contents include: Review of College objectives and organizational structure, Nursing, Mining Engineering Education, Physical Education, Ultra Violet Visible Spectrophotometer, Microbee computers, Scanning Electron Microscope, Peter Colville, Thelma Rungkat, Ray Cotsell, Samantha Taylor, Don Fairhall, George Wasyluk, staff resignation of Alan Roberts, Lynette Snibson, Margaret Bowman, John Burrell, Malcolm Mackinlay,Fazal Rizvi, Irene Wasyluk, Wendy Batchelor, Peter Coman, Micro-teaching area, Staff retirement of Geoff Biddington and Mr Rofe, Staff appointment of Richard Dutton, Peter McCarthy, Richard Croggon and Jim Nugent, building of external kiln, Studio Production Ceramics, Nellie Skolnikova, John Hopkins, Sonny Dalimore, Judi Hill, Academic Registry, Staff resignation of Josephine Ryan, Staff appointment of Diane Costello, building of Metallurgy workshop/shed, Beaufort House, new road entrance to campus, ballarat college of advanced education, bcae, mt helen, mount helen, gordon, tippett, dobell, parkin, tippett, crouch, kiln, ceramics, skolnikova, hopkins

This 305 page, full colour hard copy reference work, catalogues the series of metal uniform embellishments used by Units and Regiments of the Australian Army, from 1953 through to the date of publication. The book provides images of the front and the back of a given (metal) insignia set for each Unit or Regiment operating within the Australian Army since 1953 (including abolished formations). Each image set, depicts the relevant hat badge, collar badges and epaulette title and/or cloth shoulder title applicable. The book’s images document at least three distinctly different ‘generations’ of insignia manufacturing methods/types, including the: gilt brass and white metal items used in the 1953 to 1964 period; and anodised aluminium ‘StayBright’ insignia introduced as from 1964 and ‘BriteShine’ insignia introduced with effect from 1997 (running through to today). The full colour photographic images in the book are complimented by written descriptions which cite each item’s distinguishing characteristics… including measures of: typical weight, height, width and thickness (at a given point). A discussion of copies and faked items is also provided, including microscope resolution images of ‘tell tale’ signs to look for. The entries in this book are organised alphabetically and are consistent with those used in the Authors’ earlier publications (ie. the 614 page eBook version of Volume 1, as well as with the 236 page ‘Concise’ hard copy Editions of Volume 1). australian army insignia, post ww2 insignia and badges

This 236 page, full-colour hard copy reference work, catalogues the metal insignia embellishments used by all Corps and Schools of the Australian Army (including philanthropic organisations), from 1953 through to the present. The book provides images of the front and the back of a given (metal) insignia set for each Corps etc. Each image set depicts the relevant hat badge, collar badges and epaulette title and/or cloth shoulder title applicable. The book's images record three distinctly different 'generations' of insignia manufacturing methods/types, including the: gilt brass and white metal items used in the 1953 to 1964 period; and anodised aluminium 'StayBright' insignia introduced as from 1964[ and 'BriteShine' insignia introduced with effect from 1997 (running through to the present). The full colour photographic images in the book are complimented by written descriptions which cite each item's distinguishing characteristics... including measures of: typical weight, height, width and thickness (at a given point). A discussion of copies and faked items is also provided, including microscope resolution images of 'tell tale' signs to look for. The entries in the book are organised alphabetically and match those used in the Authors' 614 page eBook version of this work (the eBook is a separate edition which provides scalable images of all relevant insignia and many manufacturing variants).The hard copy and electronic editions of this work are able to be used either separately or concurrently, as and when users require. Regards Mark Corcoran & Arthur Butler The Authors charlibravobooks.com Re: Copyright As the original authors we hold the sole copyright authority to sell this work. This item does not infringe on any copyright, trademark and/or intellectual property rights and we hold specific written publication approval from the Australian Defence Force. Soft cover, spiral bound 235 pagesaustralian army, post ww2 insignia

W.B Withers wrote of Sutton: "In the realm of science Ballarat has become of world-wide fame through the inventions by Mr Henry Sutton, a native of the place. His skill and acquirements in electricity, telegraphy, telephony, photography and also in astronomical and microscopal studies have won for him a high position as a practical scientist, and the credit is the greater as he is a self-taught student … Mr Sutton, before he was fourteen years old, had read every book on science to be found in the library of the Ballarat Mechanics' Institute." The Ballarat School of Mines (SMB) was fortunate to have this genius appointed as the lecturer-in-charge of the new Electricity and Magnetism department from 23 April 1883. Although Henry Sutton submitted his resignation to the Council of SMB in October 1884 it was resolved that he be asked to reconsider, and Mr Sutton continued to teach at SMB until the end of 1886. He was a prominent member of the Camera Club, and many of the other SMB clubs. Sutton had an active and fertile brain, and was known for his inventions, especially his work on the telephone, telephane and carbon lamps. Sutton presented a vacuum pump, worked by water jet, for use in SMB Chemistry classes. His report of 1883 states: ‘A telephonic circuit has been laid down between the [SMB] engine-house and workshops, to be used for experimental purposes.’ Henry Sutton spent much thought on artificial flight, and made some interesting experimental studies with flying birds. The storage of electricty also attracted his attention, and, after much work and thought evolved the Sutton Secondary Battery. A paper on this battery was presented to the Royal Society, London, and was afterwards printed in the 'Transactions'. Henry Sutton is listed on the Federation University Honour Roll at https://www.federation.edu.au/curator/honour-roll/honourroll_sutton.shtmlA crude scientific instrument that measures amps, with a timber base and frame. Terminal posts and sliders contacts are positioned on top of the base, with flex attached. Henry Sutton lectured at the Ballarat School of Mines (SMB) in Electricty and Magnestism between 1883 and 1886. In 1883 Sutton reported: ‘…The class has been unfortunately situated, by having to wait for instruments of precision ordered from England, but which have not come to hand. The delay has caused us to start constructing instruments, which it is hoped will bear favourable comparison with those of older date.'ammeter, henry sutton, electrical, inventor, electricity and magnetism, sutton, scientific instruments