Taken in 1910, this photograph depicts a scene of Bridge road in Newtown, Beechworth. Walking on the road are two men on horseback, one of which is pulling a carriage with a small dog standing beside it. Behind them are a line of small buildings and shops. Small industries began to expand dramatically in Beechworth, particularly during the 1860s, leading to a strengthening of the towns economy. As early as 1853, areas surrounding the waterway known as Spring Creek were surveyed with the intent of mapping out plans for new roads and building allotments. Land was sold and new buildings were erected, creating an expansion of the Beechworth township and retail services. One building shown in this photograph is Straughair and Duncan's Beechworth Foundry. This business was established in 1858 through the partnership of Mark Straughair and John Duncan. It dealt mostly in the manufacturing of castings and mining machinery, receiving orders from all over the Ovens district. The Business eventually collapsed after the deaths of Straughair in 1882 and Duncan in 1896 but was reopened by W.H. Phillips in 1905. The two other buildings are both associated with the name McKenzie. Evidence suggests that the McKenzie family has a long association with the town of Beechworth. This photograph is historically significant as it provides insight into the nineteenth and twentieth century industrial expansions that happened in the area of Newtown, leading to the urbanisation of Beechworth. Black and white rectangular photograph printed on matte photographic paper mounted on card.Reverse: Newton / 1997.2648 / 33 Newton Beechworth / 84-219-1 / McKenzies / BMM3055 / newtown beechworth, bridge road, 1910, j. duncan, r. mckenzie, m. straughair, industrial growth, ford street, beechworth foundry, straughair and duncan, mckenzie and sons grainstore, mckenzie family store

This is a set of nine photographs of technicians from the Royal Australian Survey Corps operating aerial surveys equipment c1980s. In photo .1P, CPL Steve Gloster was operating a RC10 air survey camera mounted in an Australian Army Pilatus Porter aircraft. The Wild RC10 super wide-angle air survey cameras were first introduced in 1971, were equipped with virtual distortion free lenses for supplementary, spot and special photography. In photo .2P, Roger Rees was operating Air Profile Recorder (APR) equipment. it was possibly taken during OP NERVOSE 84, sometime between June – August 1984 when based in Ngukurr, Northern Territory. The APR was operated at this time in unison with an RC10 camera. In 1963 the Royal Australian Survey Corps introduced the radar airborne profile recorder (Canadian Applied Research Ltd, Mark V, Airborne Profiler Recorder) was introduced for 1:100,000 mapping to replace terrain heighting by aneroid barometry. Later in 1974-1975, the Australian developed WREMAPS II airborne laser terrain profile recorder was introduced. In photo .3P, Neil Jones appears at the door of Airsearch Beechcraft Queen Air aircraft, Registration / Serial VH-MWX. This aircraft was typically used by RA Svy on air survey operations flying mission with Aerodist, APR and RC10 camera equipment. The Australian Army’s Pilatus Porter (short take-off and landing turbo propeller) was also equipped with a Wild RC10 aerial mapping camera for identification photography. The Pilatus Porter was also used on RA Svy’s map field checking operations. Photo .9P was taken at a survey station at an unknown location. In this photo an Australian Army Kiowa Light Observation Helicopter (LOH) is supporting a field survey party undertaking Magnavox AN/PRR-14 portable Doppler satellite observations. The satellite receiver’s antenna is plumbed over the survey ground mark surrounded by white plastic panels. The panels were used to identify the survey station on aerial photography. Introduced in 1974–1975, the Magnavox AN/PRR-14 portable Doppler satellite (US Navy Navigation Satellite System – TRANSIT) receivers and computing system provided independent three-dimensional point positions anywhere in the world, anytime, in any weather accurate to about 1.5metres with precise satellite ephemerides. The Bell OH-58 Kiowa LOH was a family of military helicopters used for observation, utility, and direct fire support. It was identified by RA Svy in the mid-1970s that considerable time was lost in replacing unserviceable remote equipment by road. Therefore Aerodist operations (pre-dating satellite receiver operations) were fully supported by Army’s Kiowa LOH aircraft. This is a set of nine photographs of technicians from the Royal Australian Survey Corps operating aerial surveys equipment c1980s. .1P to .3P, .5P to .9P - Colour and black and white photos on photographic paper and scanned at 300 dpi. .4P - Colour photo on 35mm slide film and scanned at 96 dpi. .1) & .2) - Photo, black & white, c1980s, CPL Steve Gloster operating an RC10 air camera. .3) - Photo, colour, 1984, Roger Rees operating Air Profile Recorder (APR) equipment. .4) - Photo, colour, c1980s, Neil Jones at the door of an Airsearch Beechcraft Queen Air aircraft, typically used by RA Svy on air survey operations. .5) - Photo, colour, c1980s. A Beechcraft King Air aircraft, also used by RA Svy on air survey operations. .6) - Photo, colour, c1980s. An Australian Army Pilatus Porter, used by RA Svy on air survey and map field checking operations. SGT Peter Mustart is possibly in the foreground. .7) to .8) - Photo, colour, c1980s. An Australian Army Pilatus Porter and unidentified personnel, used by RA Svy on air survey and map field checking operations. .9) - Photo, colour, c1980s. An Australian Army Kiowa helicopter supporting a field survey party undertaking Magnavox AN/PRR-14 portable Doppler satellite observations. There are biro marks on photos .4P to .9Proyal australian survey corps, rasvy, army survey regiment, asr, fortuna, aerial surveys

This collection of three photos of the Australian information Technology Award (AITA) won by the Royal Australian Survey Corps (RA Svy) AUTOMAP 2 computer-based map production system, was taken in 1984 at the Army Survey Regiment, Fortuna, Bendigo. The following article appeared in the ARMY Newspaper on Thursday 21st February 1985. ‘In computerised map production. Survey soldiers lead the world. BENDIGO: Army surveyors have been put on the map as world leaders in computerised map production following the Australian information Technology Awards. RA Svy won the Computer Assisted Draughting – Mapping section for its Automap II System which has created considerable interest among overseas defence experts. The award for the digital mapping system was accepted by OC Air Survey Sqn, MAJ Rob John, who said it was a great morale-booster for the soldiers of the Bonegilla (sic)* -based Army Survey Regiment. "Setting up a state-of-the-art system like Automap II. is an enormous task, " he said. "We started in August 1983 and it's only recently that we have achieved production results. "We were all very pleased to have our efforts recognised in this way. “Of course, credit must also go to the Intergraph Corporation for manufacturing the system and carrying out most of the development." RA Svy is responsible for producing all of Australia's maps used for defence purposes. Its topographical maps have a scale of 1:50,000 or 1:100,000 although Automap II has the capability of producing smaller scale maps - down to 1: 2,000,000. Automap II consists of three computers and three sub-systems: input, raster scanning, and graphic edit. The input sub-system has eight stereo plotters, two interactive graphic workstations and a system manager workstation. The stereo plotters use superimposition optics to digitise features from aerial photographs. It incorporates a voice recognition system so the operator can simply say "House", "Windmill", etc; and the relevant feature will be incorporated in the digital picture. Individual map separations are scanned and converted by the raster scanning sub-system to a digital raster image. This image is then converted to a graphics file in Intergraph format.’ *Note – the Army Survey Regiment was located in Bendigo, not Bonegilla as incorrectly stated in the article. The article appears on Page 137 of Valerie Lovejoy’s book 'Mapmakers of Fortuna – A history of the Army Survey Regiment’ ISBN: 0-646-42120-4. Additional history of the AUTOMAP 2 system with historic photographs is covered in pages 119, 137-143 and 157 of the 'Mapmakers of Fortuna’ book. See item 6223.23P for additional history and photographs of the AUTOMAP 2 system.This collection of three photos of the Australian information Technology Award (AITA) won by the Royal Australian Survey Corps (RA Svy)’s AUTOMAP 2 computer-based map production system, was taken in 1984 at the Army Survey Regiment, Fortuna, Bendigo. The photographs are printed on photographic paper and are part of the Army Survey Regiment’s Collection. The black and white photographs were scanned at 300 dpi. .1) - Photo, black & white, 1984, AITA Award sitting between the dual screens of an AUTOMAP 2 Graphic Edit Workstation. .2) - Photo, black & white, 1984, MAJ Job Johns (centre) and two of Intergraph Corporation IT engineers proudly hold the AITA Award next to an AUTOMAP 2 Graphic Edit Workstation. .3) - Photo, black & white, 1984, The AITA Award displayed on a pedestal in the Army Survey Regiment Officers Mess. .1P to .3P –No personnel are identified. ‘AITI Award to AUTOMAP II 1984’ annotated on cover sleeve. royal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna

These six photographs were taken at an Army Survey Regiment Open Day at Fortuna Villa, Bendigo on the 24th of February 1990. This occasion was one of several events held to commemorate the 75th anniversary of the formation of the Royal Australian Survey Corps. Although historical tours of Fortuna occurred on a regular basis, this was the first technical open day since 1972. The Royal Australian Survey Corps recognised that an Open Day was the best way for the local community in Bendigo to gain an insight into the unit’s important role as Defence’s map production agency, its technical equipment, and its economic importance to Bendigo. It also gave them an opportunity to tour through historic Fortuna Villa. This occasion is covered in more detail in page 143 of Valerie Lovejoy’s book 'Mapmakers of Fortuna – A history of the Army Survey Regiment’ ISBN: 0-646-42120-4. Refer to Item 6247.30P for more photos of the Open Day. These six photographs were taken at an Army Survey Regiment Open Day at Fortuna, Bendigo on the 24th of February 1990. The colour and black & white photographs were printed on photographic paper and are part of the Army Survey Regiment’s Collection. The photographs were scanned at 300 dpi. .1) - Photo, colour, 1990, AUTOMAP 2 L to R: SSGT Graham Johnston, SPR Grant Davis, civilian visitors. .2) - Photo, black & white, 1990. Photo Troop, WO2 Keith Fenton RE. UK Exchange. .3) - Photo, black & white, 1990. Aerotrig, SGT Bruce Hammond, civilian visitors. .4) - Photo, black & white, 1990. AUTOMAP 2 L to R: SPR Peter Smyth, LT Steve Hledik, SGT Martin Evans, MAJ Neil Taylor, Civilian visitors. .5) - black & white, Orthophoto Mapping, L to R: civilian visitors, SSGT Peter Imeson, civilian visitor, SGT Bob Garritty. .6) - black & white, Print Troop L to R: civilian visitors, SSGT Ian Nichols, CPL John ‘Flash’ Anderson..1P to .6P – there are no annotations.royal australian survey corps, army svy regt, rasvy, army survey regiment, fortuna, asr

This collection of 10 photos was most likely taken in 1984. It’s evident in these photos the visitors were taken on a tour through the production areas of Air Survey Squadron, with Wild B8 photogrammetic plotting workstations featured in the first three photos and demonstrations of the AUTOMAP 2 production system in the following photos. The AUTOMAP 2 system was an upgrade to the AUTOMAP 1 system comprising Intergraph graphic edit workstation terminals networked to VAX 750/785 main frame computers. Unlike AUTOMAP 1, operators could display digital topographic features on monitors for editing. Successful adaptation of this system meant RASvy was at the forefront of digital mapping/cartographic systems in Australia and overseas. The system comprised Input (B8 feature extraction) Raster Scanning (digitising from compilation sheets, Graphic Edit (cartographic completion) and Plot Verification Sub Systems. CAPT Rob John was the project officer responsible for the acceptance trials and implementation of AUTOMAP 2. The system was operational from 1984 to its ‘Newheart’ upgrade in 1993. Throughout its life, the system was progressively refined with productivity gains, achieved from award winning technical development in-house by talented and innovative Army Survey Regiment personnel.This is a set of 10 photograph of a technical tour of the Army Survey Regiment at Fortuna, Bendigo, c1985. The photographs were printed on 35mm photographic proofing paper and are part of the Army Survey Regiment’s Collection. The photographs were scanned at 600 dpi. .1) - Photo, black & white, c1984, unidentified visitors, CAPT Rob John, MAJ Jim Mitchell, unidentified. .2) - Photo, black & white, c1984, unidentified visitor. .3) - Photo, black & white, c1984, unidentified visitor. .4) - Photo, black & white, c1984, unidentified SGT .5) - Photo, black & white, c1984, L to R: LTCOL Jorge Gruszka, unidentified visitors. .6) - Photo, black & white, c1984, L to R: SGT George Timmins, unidentified visitors. .7) - Photo, black & white, c1984, MAJ John Charland – US Exchange Officer. .8) - Photo, black & white, c1984, L to R: unidentified visitors and personnel, MAJ John Charland – US Exchange Officer. .9) - Photo, black & white, c1984, unidentified visitors and personnel, MAJ John Charland – US Exchange Officer in background. .10) - Photo, black & white, c1984, L to R: MAJ Bob Roche, CAPT Mick Byrne in Officers Mess..1P to .10P No personnel are identifiedroyal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna, asr, air survey, automap

This is a set of 19 photographs taken in 1989 during 4th Field Survey Squadron’s deployment on Operation NERIGHT 89 in Queensland and the Northern Territory. It was a two-part operation in 1989 with work conducted in the areas of Camooweal and Weipa. Part 1 was the field completion of topographic maps conducted near Camooweal QLD, along the Barkley Highway on the border between NT and QLD, from the 12th of September to the 20th of October 1989. A Bell Kiowa LOH helicopter from 162 Recce Sqn supported topographic field completion. Operation NERIGHT 89 Part 2 was the acquisition of mapping control by GPS field parties utilising Texas Instruments TI4100 Global Positioning System receivers around Weipa on Cape York Peninsula from the 22nd of September to the 22nd of October 1989. Part 2 Two Bell UH-1H Iroquois helicopters from RAAF’s 35 Squadron were principally used to deploy GPS field parties. Identification photography of control points was taken by air camera operators in AAAvn Pilatus Porter aircraft from 173 Gen Spt Sqn fitted with an RC10 aerial camera. The two parts of the operation were conducted concurrently. This is a set of 19 photographs taken in 1989 during 4th Field Survey Squadron’s deployment on Operation Neright in Queensland & the Northern Territory. The colour photographs are on 35mm negative film and are part of the Army Survey Regiment’s Collection. The photographs were scanned at 96 dpi. .1) to .3) - Photo, colour, 1989. En-route to areas of survey operations. .4) to .5) - Photo, colour, 1989. Unidentified personnel relax next to river/waterhole. .6) - Photo, colour, 1989. Two Bell UH-1H Iroquois helicopters from RAAF’s 35 SQN utilised in the movement of GPS parties. .7) to .9) - Photo, colour, 1989. Unidentified soldier practices repelling from a UH1H Iroquois helicopter. .10) - Photo, colour, 1989. Inside the cockpit of a UH1H Iroquois helicopter. .11) - Photo, colour, 1989. Field Party camp with GPS equipment in foreground. Unidentified soldier prepares a meal. .12) - Photo, colour, 1989. GPS antenna plumbed over a survey ground mark. Witness post on left. .13) & .14) - Photo, colour, 1989. Unknown Cape York Peninsula beaches. .15) & .16) - Photo, colour, 1989. Dramatic fire next to base camp. .17) - Photo, colour, 1989. Aboriginal rock art at unknown location. .18) - Photo, colour, 1989. Aboriginal rock art at unknown location. L to R: unidentified, SPR Andrew Quin. .19) - Photo, colour, 1989. Aboriginal rock art at unknown location. LT Chris Topovsek..1P to .19P – There are no personnel identified. ‘1989 OP NERIGHT’ annotated on negative sleeve.royal australian survey corps, rasvy, 4 fd svy sqn, op neright 89

Orthophoto mapping provided the Survey Corps with the capability to produce map products quickly in the event of a crisis. These are four photographs of equipment used by the Army Survey Regiment to produce orthophotomaps. The Wild GZ1 orthophoto projector shown in photo.1P was introduced in 1973 and was the first equipment used to orthorectify colour and monochrome film aerial photography. Height profiles were originally produced on a PEB8 Stereo profiler and later were software generated. Photos of the PEB8 are available in Victorian Collections item 6222.17P, photos .5P and .6P. In the same era the IBM 1130 computer; OMI/Nistri AP/C-3 analytical plotter with coordinatograph, OP/C orthophoto projector and Zeiss Planimat D2 stereoplotters were introduced. Orthorectification is the process of removing geometric distortions and scale errors/variations from images. Images have tilt and relief distortions that make it difficult to compare accurately a map and an image of the same geographic area. Once an image is orthorectified, features on the image are shown in their planimetric locations. The WILD OR1 orthophoto projector and workstation shown in photos .2P to.4P was introduced in the mid-1980s. It was the second-generation equipment used to orthorectify colour and monochrome film aerial photography, replacing the system introduced in 1973. See items 6124.5P and 6133.4P for more photographs of orthorectification equipment.These four photographs of orthorectification equipment were taken at the Army Survey Regiment at Fortuna, Bendigo, c1975 and c1988. The photos are on 35mm colour slides and scanned at 96 dpi. They are part of the Army Survey Regiment’s Collection. .1) - Photo, colour, c1975, Wild GZ1 orthophoto projector. .2) - Photo, colour, c1988, WILD OR-1 unrectified colour photo in carrier, orthorectified and re-scaled colour image. .3) & .4) - Photo, colour, c1988, WILD OR-1 Orthorectification Workstation.1P to .4P – Some of the equipment is annotated on the frame of the 35mm slides.royal australian survey corps, rasvy, army survey regiment, asr, army svy regt, fortuna

Photos .1P, .2P, and.4P were most likely taken in the 1980s and photos .3P, .5P to .7P in the c1990s at the Army Survey Regiment, Fortuna, Bendigo. Despite lacking annotation on exact dates, locations and personnel, they are positively identified. CPL Ian Nelson in photo .1P is operating a Wild Pug 4 point transfer device in Air Survey Squadron c1980s. Control points were transferred onto the mapping diapositives of aerial photography by drilling their locations into the photographic emulsion. SPR Viv (Hawkins) Doherty in photo .2P, SPR Jeanette Drury-Lane in photo .5P and SGT Sandy Craig are operating a Wild B8 Stereoplotter coupled to a digital workstation in Air Survey Squadron c1994. Topographic features were extracted with the B8 in 3D and feature coded with attributes, using keyboard, menu, keypad and voice inputs to the computer. The features were stored in the AUTOMAP 2 digital database for subsequent cartographic production and printing. CPL Mick Ellis in photo .3P is operating the Optronix 4040 Scanner/Film Writer in Lithographic Squadron c1990s. In scanning mode, compilation sheets were mounted on the drum and scanned. The resultant raster file was vectorized, feature coded with attributes and stored by cartographic technicians in the AUTOMAP 2 database. In film writing mode, digital cartographic files were output at very high resolution for each print colour on photosensitive film, for subsequent finalisation, platemaking and printing.This is a set of seven photographs of technicians operating map production equipment at the Army Survey Regiment, Bendigo. The photographs were printed on photographic paper and are part of the Army Survey Regiment’s Collection. The photographs were scanned at 300 dpi. .1) - Photo, colour, c1980s. CPL Ian Nelson operating a Wild Pug 4 point transfer device in Air Survey Squadron. .2) - Photo, colour, c1980s. Wild B8 Aviograph stereoplotter feature extraction, SPR Viv (Hawkins) Doherty in Air Survey Squadron. .3) - Photo, colour, c1990s. CPL Mick Ellis operating the Optronics 4040 Scanner in Lithographic Squadron. .4) - Photo, colour, c1984. AUTOMAP 2 Graphic Edit Workstation, SPR Craig Kellet in Cartographic Squadron. .5) - Photo, colour, c1994. Wild B8 Aviograph stereoplotter feature extraction, SPR Jeanette Drury-Lane in Air Survey Squadron. .6) - Photo, colour, c1994. AUTOMAP 2 Graphic Edit Workstation, L to R: unidentified, SPR Rachel (Stanford) Scott, CPL Chris Wynn in Cartographic Squadron. .7) - Photo, colour, c1994. Wild B8 Aviograph stereoplotter AUTOMAP 2 Graphic Edit Workstation, L to R: unidentified (x2), SGT Sandy Craig in Air Survey Squadron..1P – no annotations .2P – annotated “Stereoplotter Workstation. The operator has the use of keyboard, menu, keypad and voice for input to the computer. Feedback is given through voice and screen messages.” .3 to .7P – no annotationsroyal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna, air survey, litho, aerotrig, automap 2

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. Colour photograph of a sign explaining toilets at Old Sarum, English Heritage Siteordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086,, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. Colour photograph of Old Sarum, England.ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. King William devised the Domesday Book, considered to be the first listing of land owners in England. Among the names is that of D'Arques, from Normandy, France. Descendants of this family later emigrated from England and settled in Victoria, Australia under the surname 'Dark'. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england

William the Conqueror inherited Old Sarum from the last Saxon king of England. It was an ideal site for a royal castle. It was here in 1070 that William paid off his army after a long and bitter campaign in northern England. It was here in 1086 that he called together all the major landholders in England so they could swear allegiance to him. It was a crucial moment. The Domesday Book was being written, a threatened Viking invasion had only just been averted and William's eldest son was in armed rebellion. Old Sarum was an important place where this Norman king of England held power. In 1794 the Ordnance Survey set out to check the accuracy of the first mapping of Southern England, which had begun ten years earlier. From a point just below Old Sarum Lieutenant William Mudge laid out a base-line 36,574 feet (11,253 metres) long. From each end of the line the positions of distant places were plotted using a huge theodolite made in 1791 by Jesse Ramsden. The accuracy of the process, which was repeated all over England, depended on Jesse Ramsden's craftsmanship and on William Mudge's surveying skill in setting out this first base-line from Old Sarum. The nearer end of Mudge's line is marked by an inscribed stone beside the modern A345 at Old Sarum. ordnance survey, william mudge, jesse ramsden, william the conqueror, old sarum, saxon, 1086, england