Chapel Street Bridge

General

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Classification

State Heritage

Register status

Entered

Date entered

29 November 2019

Type

Transport—road: Bridge—road

Themes

2.2 Exploiting, utilising and transforming the land: Exploiting natural resources

5.5 Moving goods, people and information: Using motor vehicles

Construction period

1895–1898, Single-arch, red-brick road bridge

Historical period

1870s–1890s Late 19th century

Location

Address

Chapel Street, Ravenswood

LGA

Charters Towers Regional Council

Coordinates

-20.09881904, 146.89444424

Significance

Criterion AThe place is important in demonstrating the evolution or pattern of Queensland’s history.

The Chapel Street Bridge (c1895-1900) is important in demonstrating the development of the Ravenswood goldfield, the first significant reef mining goldfield in north Queensland and the fifth largest gold producer in Queensland during the late 19th and early 20th centuries. Built on the road connecting the mines of the John Bull reef at Sandy Creek to Ravenswood, the Chapel Street Bridge, as mining-related infrastructure, is important in illustrating the importance of mining to the economy of Ravenswood during the 1890s.

Criterion BThe place demonstrates rare, uncommon or endangered aspects of Queensland’s cultural heritage.

The Chapel Street Bridge is rare as the only known Queensland example of an early brick-arch road bridge, a design form that has always been rare in Queensland.

Criterion DThe place is important in demonstrating the principal characteristics of a particular class of cultural places.

The Chapel Street Bridge is a rare and intact Queensland example of an early brick-arch road bridge. Characteristics of this type of transport infrastructure include: brick construction; open curved arch; solid spandrels; abutments; roadway approaches; and spanning of a watercourse or other physical obstacle.

History

The single-arch, red-brick road bridge on Chapel Street, over Slaughter Yard Creek, Ravenswood, was most likely constructed by the Ravenswood Divisional Board c1895-1900, to replace an earlier timber bridge and improve access between Ravenswood and the gold mines at Sandy Creek (and their associated town of Evlinton), located almost 4km southeast of Ravenswood. The Chapel Street Bridge is important in illustrating the importance of mining to the economy of Ravenswood during the 1890s. It is also rare as the only known example of an early brick-arch road bridge in Queensland.

Ravenswood, part of the traditional land of the Birriah people, is located about 85km south of Townsville and 65km east of Charters Towers. The Ravenswood goldfield, which included the John Bull reef near Sandy Creek, was the fifth largest producer of gold in Queensland during the late 19th and early 20th centuries.[1]

European settlement of the Kennedy Land District in north Queensland commenced with the founding of Bowen in 1861, and the spread of pastoralists through the hinterland. Pastoral stations were established up the valley of the Burdekin River, including ‘Ravenswood’ and ‘Merri Merriwa’.[2] Alluvial gold was discovered in tributaries of Connolly Creek, on Merri Merriwa Station, in late 1868;[3] and in April 1869, the goldfield’s richest alluvial discoveries occurred in three dry creek beds close to the site of Ravenswood.[4] The parent reefs of this alluvial gold were soon located, but a lack of water meant that miners did not establish Ravenswood (initially called ‘Upper Camp’) until October 1869, after a storm temporarily resolved the water issue.[5] The first machinery for crushing quartz ore to extract gold was operational at Burnt Point (south of Upper Camp) from 18 April 1870.[6]

The Ravenswood goldfield (about 300 square miles) was proclaimed on 3 November 1870, and the town of Ravenswood was proclaimed on 19 May 1871.[7] In 1871, the population of the goldfield was 900, with over half being in Ravenswood. The town developed on either side of Elphinstone Creek, and the first permanent bridge over the creek was constructed, of timber, in 1873.[8] 

Despite its promising start, in 1872 the Ravenswood goldfield entered a ‘period of depression’, as its most important mines reached the water table, and difficult to process ‘mundic’ ore, at about 70ft (21m) deep.[9] Although only a percentage of the gold was recoverable from the mundic ore with the technology available at the time, Ravenswood’s mines continued to be viable into the 1880s.[10]

There was an increase in productivity in the mid-1880s, due to good returns from the mines on the John Bull reef, located on the east bank of Sandy Creek, almost 4km southeast of Ravenswood.[11] The Chapel Street Bridge is a product of the success of the John Bull reef, and the resulting need for a road link between Ravenswood and Sandy Creek.[12]

Work on the John Bull reef, just south of the later site of the town of Evlinton (initially known as Sandy Creek), had occurred from 1879 – and by October that year crushings from a stamper battery on the John Bull were being carted into Ravenswood.[13] The John Bull Gold Mining Company Ltd (formed in 1881), worked the John Bull PC lease on the reef, while the John Bull Block lease, to the south, was worked by Hugh Hawthorne Barton and Andrew Trenfield by July 1882. A 15-stamp battery was erected on the John Bull Block in 1883, when it was reported that ‘Sandy Creek bids fair to become a very busy little place at no distant date’.[14] Although the John Bull’s ore was low quality, the reef was large, and it continued to produce well during 1884 – the year that the railway reached Ravenswood from Ravenswood Junction on the Northern Railway.[15]

By 1886, the settlement at Sandy Creek was called ‘Evlinton’, and was part of a mail route.[16] Although Sandy Creek Provisional School, established in 1885, was renamed Evlinton Provisional School in 1886, the town of Evlinton was not surveyed until early 1890.[17]

A timber bridge was extant over Slaughter Yard Creek on Chapel Street, on the road between Ravenswood and Evlinton, by 1887.[18] This bridge was the scene of a fatal accident in August 1887, when Joseph Lane, a miner working at the John Bull Block, fell off his horse when it slipped on the bridge while he was riding into Ravenswood.[19] The Ravenswood Divisional Board is likely to have built the bridge, as after the Divisional Boards Act 1879, responsibility for local roads passed from Queensland’s Department of Public Works to local governments – although the State Government still provided grants and loans.[20]

The John Bull reef remained one of the best producers on the Ravenswood goldfield from the mid-1880s to the early 1890s.[21] By October 1887, the John Bull Block was ’held to the extent of three-fourths by Messrs. [Kyle] Sidley and [Andrew] Trenfield’;[22] and in 1891, it was reported that the John Bull Block mine and mill employed 60 hands. ‘Although they put through a low-grade ore, the size of the reef and the great number of tons passing under their stampers (twenty head) give a live and busy appearance to their little township of Evlinton’.[23]

The Ravenswood Divisional Board attempted to replace the timber Chapel Street Bridge in 1888. It sought a grant of £1000, to build bridges over the One Mile Creek (on the main road to Ravenswood Junction), and ‘over the crossing on [the] road to Sandy Creek, at which place there is a considerable amount of heavy traffic’. However, no grant appears to have eventuated at this time, as the government preferred that the Divisional Board borrow the money.[24]

The bridge’s replacement was delayed when Evlinton’s prosperity was interrupted in the early 1890s. The John Bull Block had already extracted the best quality ore, and had continued issues with water ingress. [25] This led to a stoppage of work in 1892, which ‘caused an almost total desertion of the little township there (Evlinton), and a shifting of dwellings in here and elsewhere’.[26] The Ravenswood goldfield’s production in 1893 was its lowest since 1886.[27]

A revival in the fortunes of Evlinton and the John Bull reef occurred from 1894, when Sidley and Trenfield sold their mines and the St George (20 head) battery to Archibald L Wilson (1852-1935).[28] Wilson had arrived in Ravenswood in 1878, after gaining a diploma in mining engineering in Edinburgh, and working in New Zealand and on the Palmer River. He was publican of the Silver King Hotel in Totley in the 1880s.[29] At the end of 1893, Wilson travelled to London to float the John Bull property, and his syndicate purchased the John Bull mines, with himself as general manager, in April 1894. Digging of a new vertical shaft commenced in late 1894.[30]

Gold bearing ore was struck in October 1895, at 626ft (191m) depth, and by 1896 the John Bull was considered the ‘chief mine’ on the Ravenswood goldfield. [31] Although the ore was low grade, and there were ‘oceans of water’ to pump out, Wilson had set up a cyaniding plant nearby, to treat tailings as soon as they had been crushed. He extracted 1800oz of gold from 5000 tons of ore during 1896; and supplying the 20 stamper battery with cordwood required ‘quite a little colony’ of timber-getters and carters. ‘Sandy Creek (Evlinton), with two public-houses, boarding houses, school, and its mill at work, present[ed] quite a lively appearance, particularly on “pay night”’.[32]

The recovery of Evlinton in the late 1890s led to the construction of the current brick bridge on Chapel Street, between 1895 and 1900.[33] In May 1895, the Ravenswood Divisional Board asked for a £500 grant to repair several roads and their bridges, including the road from Ravenswood to Evlinton. ‘These are all main roads and lead to thriving mining centres, particularly the Evlinton and Old [?] roads, where there are several large gold mines being developed…. All the roads and bridges thereon…are almost untrafficable, particularly in bad weather’.[34] The expenditure statement of the Division of Ravenswood for the second half of 1895 refers to a £25 18s and 8p contract for a wall on ‘Slaughter-yard Gully’, while the statement for the first half of 1896 lists a ‘retaining wall at Slaughter-yard Gully Bridge’, for £25 18s and 9p, deducted from the ‘Main Roads Grant Account’. Later, £48 is deducted, for a bridge, from the ‘John Bull and Standard Road Account’ during the second half of 1900.[35]

Constructed of red brick, the Chapel Street Bridge has a semi-circular arch and low-height solid spandrels (side walls, north and south) with render-capped coping. Postholes formed in the coping suggest the bridge originally had a balustrade. The angled abutment wing walls on the upstream (south) side were designed to channel water flow during times of flood and, along with the stone retaining walls on the upstream (north) side, help stabilise the abutment embankments and roadway approaches (east and west).[36]  

The Chapel Street Bridge is a rare Queensland example of a brick-arch road bridge, where historically, due to an abundance of hardwood timber for bridge piers and decking, the preference has been for girder and truss types of timber, steel, or concrete construction – although early pipe culverts used brick, and some bridges used bricks for abutments or retaining walls.[37] Brick was also used in Queensland for railway bridge abutments and piers, retaining walls, and culverts. Early examples of brick culverts are found on the 1860s Main Range Railway (1865-7) [QHR 601480]. One example of a masonry road bridge in Queensland is a c1865 bridge at Dalrymple Gap on the Valley of Lagoons Rd [QHR 600393], which consists of stone retaining walls inset with a circular brick culvert. A 1930s arched road bridge across Little Crystal Creek at Mount Spec [QHR 602652] is faced in stone, but is actually concrete. Comparatively more common in the southern states of Australia, masonry arch bridges rely on their curved arch rib and end supports for stability, and characteristically have solid spandrels.[38]

The bricks for the Chapel Street Bridge may have been locally manufactured, although quality bricks were available from Townsville, particularly after the railway reached Ravenswood in 1884. Most buildings in 19th century Ravenswood were constructed of timber, but bricks were used for mining infrastructure such as chimneys, flues, furnaces and engine mounts – so skilled bricklayers would have been available on the goldfield. At least one brick chimney existed by 1880, while a 56ft (17m) brick chimney was present at HH Barton’s chlorination works in 1888.[39] During 1891-92, the contractor Robert Mann locally constructed the bricks for, and erected, a 90ft (27m) brick chimney and furnaces, for the Australasian Gold Extracting Company (New England lease). Later, a block of timber commercial buildings in Ravenswood, lost in a disastrous fire in April 1901, was rebuilt using bricks, suggesting confident expectations of permanence for Ravenswood.[40]

However, the revival of nearby Evlinton in the late 1890s was a short-term phenomenon. Although Wilson was able to wring enough return from cyaniding the ore to pay the John Bull’s operating expenses, there was insufficient capital for development work. Wilson left for London in 1898 to seek investors for other mines, and although the John Bull Block mine had a record weekly crush of 298oz of gold from 198 tons of ore in 1899, the John Bull mines closed in January 1901.[41]

Evlinton vanished after the closure of the John Bull mines, although the town did not die immediately. A social and dance was held at Evlinton State School in 1916, in aid of Ravenswood Red Cross Society, when people from Ravenswood travelled ‘by motorcar, buggy etc’ to the function; and the school was also used as a polling place for elections, prior to its closure in 1921.[42]

Although the John Bull mines at Sandy Creek had closed, Ravenswood entered a new period of prosperity from 1900, thanks to Wilson. While in London, in 1899 he had floated both the Donnybrook Blocks Mining Syndicate and the New Ravenswood Company.[43] Using British capital, Wilson introduced modern machinery to work the main Ravenswood mines and the New Ravenswood Company effectively reshaped Ravenswood’s landscape. Wilson was known as ‘the uncrowned king of Ravenswood’.[44]

The early 20th century revival at Ravenswood ended in 1917, after declining yields, increased costs, and industrial disputes.[45] On 24 March 1917 the New Ravenswood Company ceased operations, ending large-scale mining in Ravenswood for the next 70 years.[46] Up to 1917, Ravenswood was the fifth largest gold producer in Queensland, after Charters Towers, Mount Morgan, Gympie and the Palmer goldfield. Ravenswood was also the second largest producer of reef gold in north Queensland, after Charters Towers.[47]

After 1917 the Ravenswood goldfield entered a period of hibernation, with intermittent small-scale attempts at mining until the 1960s.[48] During the 1920s, prior to the closure of the railway branch line to Ravenswood in 1930, hundreds of the town’s timber buildings were dismantled and railed away; and by 1934 only 357 people remained in Ravenswood.[49] In the 1960 and 1970s, Ravenswood’s population shrank to its nadir of about 70 people. However, gold mining recommenced at Ravenswood in the 1980s, due to a rise in the gold price and the efficiencies gained from open cut mining and modern cyanide metallurgical extraction processes.[50]

The Chapel Street Bridge was closed to traffic in the 1980s, but it survives as a physical reminder that the mines at Sandy Creek, once accessed via the road that crossed the bridge, were important to Ravenswood’s economy. In 2019, modern metal road guards block access to the bridge, which is located almost 300m north of the northern rim of Carpentaria Gold’s Sarsfield pit.[51] 

Description

The Chapel Street Bridge crosses Slaughter Yard Creek and is located on Chapel Street, approximately 100m southwest of the intersection with Griffin Street, on the northeast outskirts of Ravenswood, North Queensland.

The bridge is approximately 4.2m long x 8m wide and constructed of red facebrick. It has a single-span semi-circular arch rib and low-height solid spandrels (side walls, north and south) with coping.  The bridge deck is earth fill. Three bracing metal tie rods connect the spandrels across the width of the bridge, internal to the structure. The bridge abutments (east and west) have facebrick wing walls to channel water flow on the upstream (south) side and drystone retaining walls on the downstream (north) side.

Features also of state-level cultural heritage significance are:

• Spandrels: external face of English bond; coping of one header course, with concrete render capping and evidence of post holes (former balustrades)
• Tie rods: threaded metal tie rods with bolted ends and metal plate surrounds
• Semi-circular bridge arch rib: approximately 3m internal span x 2.5m high; external face of four header courses; internal face of English bond; concrete layer between arch and earth deck
• Abutment formations: battered earth embankments; level roadway approaches, with drystone retaining wall (southwest side)
• Abutment facebrick wing walls (south side): angled walls that taper down from arch height to ground level; west abutment – one wall; east abutment – three connected faceted walls; external face of stretcher bond; coping of one header course
• Abutment drystone retaining walls (north side): east abutment – coursed rubble stone; west abutment – collapsed, with eroded stone, brick and earth fill
• Unsealed creek bed

Features not of state-level cultural heritage significance are:

• Metal road guards preventing vehicular access to the bridge crossing
• Concrete retaining wall (north side, adjacent to the east abutment)
• Later repairs that have used hard-cement based render and repointing
• Vegetation

References

[1] Its main mining periods were: alluvial gold and shallow reef mining (1868-72); attempts to extract gold from sulphide ores below the water table (c1872-98); the New Ravenswood Company era (1899-1917); small scale mining and re-treatment of old mullock heaps and tailings dumps (1919-60s); and modern open cut operations from 1987 onwards (QHR 650038, ‘Ravenswood Mining Landscape and Chinese Settlement Area’).
[2] P Bell, ‘Ravenswood Conservation Management Plan: report to Ravenswood Restoration and Preservation Association Inc’, Peter Bell Historical Research Party Ltd, Adelaide, June 2000, p.7.
[3] ‘The Ravenswood Gold Field, Queensland’, Australian Town and Country Journal, 1 October 1870, p.15. Prospectors soon established ‘Middle Camp’ (later Donnybrook) on Tucker’s Creek, and ‘Lower Camp’ on Trieste Creek, with about 700 miners on the field by early 1869.
[4] ‘Ravenswood Conservation Management Plan’, p.9; ‘Ravenswood’, The Brisbane Courier, 8 April 1870, p.3; ‘The Ravenswood Gold Field’, Australian Town and Country Journal, 1 October 1870, p.15.
[5] ‘Ravenswood Conservation Management Plan’, p.9; ‘The Ravenswood Gold Field’, Australian Town and Country Journal, 1 October 1870, p.15.
[6] WO Hodkinson’s five stamp crushing battery, called the Lady Marion (or Lady Marian) Mill (‘Ravenswood Conservation Management Plan’, p.10; M Brumby, ‘Ravenswood: a history’, June 2015).
[7] Queensland Government Gazette, 1870, Volume XI, p.1440; Queensland Government Gazette, 1871, Volume XII, p.735. The town area initially comprised an area of one square mile (259ha). This was increased to four square miles (1036ha) on 13 July 1883 (Queensland Government Gazette 1883, Volume XXXIII, p.259).
[8] D Menghetti, 1992. Ravenswood: Five heritage trails, Townsville, Department of History and Politics, James Cook University of North Queensland, p.5; ‘Ravenswood Conservation Management Plan’, pp.10, 13; Ravenswood Miner, 7 June 1873, cited by Applicant, 1 August 2019 (first bridge); ‘Ravenswood’, Mackay Mercury and South Kennedy Advertiser, 21 June 1873, p.2. A temporary bridge (a log) existed by 1870 (‘Mining News’, Mackay Mercury and South Kennedy Advertiser, 16 April 1870, p.5).
[9] JM Maclaren, ‘Report on the Geology and Reefs of the Ravenswood Gold Field’, 29 October 1900, p.2, Votes and Proceedings Queensland Legislative Assembly, 1900.
[10] Although the oxidised quartz (‘red stone’ or ‘brown stone’ quartz) close to the surface yielded its gold using traditional methods of mechanical crushing, below the water table the gold was in fine particles, mixed with sulphide ores, and was not easily recovered by mechanical means (Menghetti, Ravenswood: Five heritage trails, p.6).
[11] Maclaren, ‘Report on the Geology and Reefs of the Ravenswood Gold Field’, p.2. MacLaren noted that the returns from the John Bull reef ‘have on several occasions alone prevented Ravenswood from drifting into a state of absolute stagnation’ (p.8). The ore in the John Bull reef was more easily recovered through mechanical means (more ‘free’), than in other reefs on the goldfield (‘Annual Report of the Department of Mines, Queensland, for the year 1887’, pp.33, 36).
[12] By 1896 Chapel Street headed northeast out of Ravenswood, to the south of Elphinstone Creek; crossed Slaughter Yard Creek and then connected to Evlinton Road, which turned southeast towards Sandy Creek/Evlinton (DNRME Survey Plan N25507, August 1896).
[13] Reef mining at Sandy Creek had started after the discovery of the Politician and Australia Felix reefs, southwest of the John Bull reef, in 1871 (‘Ravenswood’, Queensland Times, Ipswich Herald and General Advertiser, 29 July 1871, p.4). DNRME Survey Plans MP17942, February 1884; and E4741, 1890 (location of the John Bull reef); ‘Ravenswood’, Telegraph, 10 October 1879, p.3 (several crushings had been carted to Ravenswood; ‘a stronger battery will therefore be put up’.); Ravenswood’, Brisbane Courier, 18 October 1879, p.6. The Report of the Department of Mines, Queensland, for the year 1879, p.21 noted that the John Bull claim, ‘laid off in May last’, had proved payable, with a 5-stamper battery erected on the claim.
[14] Brisbane Courier, 10 August 1881, p.2; ‘Report of the Department of Mines, Queensland, for the year 1881’, p.22 (formation of the John Bull GMC); ‘Ravenswood’, Queensland Times, Ipswich Herald and General Advertiser, 27 July 1882, p.2 (Barton and Trenfield hit the mundic at 95ft); ‘Ravenswood’, Queenslander, 22 September 1883, p.489 (15 stamper battery being erected on the John Bull Block); ‘Annual Report of the Department of Mines, Queensland, for the year 1883’, pp.30, 32 (leases). By 1885 Sandy Creek had a population of 181; the fourth most populous centre on the Ravenswood goldfield, after Ravenswood, Ravenswood Junction, and One Mile (‘Annual Report of the Department of Mines, Queensland, for the year 1885’, pp.32-6).
[15] The Black Jack, Mellaneur, and John Bull reefs had the largest yields on the gold field that year (‘Queensland, Annual Report of the Under Secretary for Mines, for the year 1884’, p.26). Ravenswood Junction was previously called Cunningham’s water holes. The railway opened to Ravenswood, with a station north of Elphinstone Creek, in December 1884. Later plans for railway extensions to Ravenswood from Bowen (approaching Ravenswood from the northeast, via Hillsborough) and Clermont (approaching Ravenswood from the south) never eventuated (‘The Phillips’ report on the Wangaratta-Ravenswood extension’, Northern Miner, 22 November 1897, p.3; ‘Clermont to the Northern Railway’, Capricornian, 6 May 1899, p.31).
[16] ‘Mail service tenders’, Queenslander, 31 July 1886, p.182 (tender 364: ‘Ravenswood and Evlinton, by buggy daily’).
[17]Queensland State Archives Agency ID9007, ‘Evlinton State School’; DNRME Survey Plan, E4741, March 1890 (‘Town of Evlinton’). A school reserve, of two acres (0.8ha), was gazetted in 1896. Evlinton Provisional School became a state school in 1909.
[18] A narrow bridge, with four piers, is shown over Slaughter Yard Creek on the map ‘Town of Ravenswood, 4 chains to an inch’, Surveyor General’s Office, 1887, in Queensland State Archives Item 7114 (Series 11942, Colonial (later Home) Secretary’s Office correspondence relating to local government), ‘Ravenswood Divisional Board’, 1883-1914.
[19] Brisbane Courier, 16 August 1887, p.7; Queensland Figaro and Punch, 27 August 1887, p.19. The Brisbane Courier article reported that the bridge was near ‘Mr Griffin’s house’ (which was located just southeast of the Chapel Street Bridge, according to DNRME Survey Plan MPH4657, June 1894).
[20] J Nissen, ‘Contextual History of Roads & Bridges in Queensland’, for the Environmental Protection Agency, May 2008, pp.22-25. In 1880 the Ravenswood Divisional Board requested £500 for repairing the roads in and about Ravenswood, and for a culvert over One Mile Creek, on the main road from Ravenswood to Charters Towers, via Kirk and Rochford. (4 June 1880, HH Barton, Chairman, Ravenswood Divisional Board, to the Colonial Secretary, in Queensland State Archives Item ID 108590 (Series 16477, Department of Public Works correspondence from Divisional Boards), ‘Ravenswood Divisional Board’, 1880-1883). After heavy rains in early 1882 severely damaged the bridge over the Elphinstone Creek in the centre of Ravenswood, the Board applied for a government loan for repairs (‘Ravenswood’, Week, 1 April 1882, p.8 (large gaps in stone approaches to bridge, timber span canted); ‘Ravenswood’, Telegraph, 13 May 1882, p.5 (Divisional Board loan application)).
[21] Other top producers were the General Grant, Sunset, New England, Wild Irish Girl, and Melaneur reefs (all located within Ravenswood); plus the silver lodes of the One Mile, at Totley [QHR 600457], north of Ravenswood (Maclaren, ‘Report on the Geology and Reefs of the Ravenswood Gold Field’, p.2). The Queensland Annual Report of the Under Secretary for Mines 1893, (p.71) stated that, while the two John Bull leases were working, ‘a large mining community was prosperously settled at Evlinton, the little township surveyed some years ago close to the leases’. The yield from this mine proved for many years very constant, and ‘no mean factor in our [Ravenswood goldfield’s] output of reef gold’.
[22] The holders of the remaining fourth were Messrs. West, A Ball and the Hon. W Aplin’, all of Townsville (‘Ravenswood’, Queenslander 15 October 1887, p.625). Trenfield and Sidley had also operated a butcher shop (The Telegraph, 19 August 1882, p.4).
[23] ‘Warden’s report’, Queenslander, 12 September 1891, p.514. In June 1888 the John Bull Gold Mining Company Ltd (John Bull PC) was in liquidation, and by 1891 their shafts and machinery were owned by Sidley and Trenfield (Brisbane Courier, 19 June 1888, p.8; ‘Queensland Annual Report of the Under Secretary of Mines 1891’, p.58).
[24] 16 November, and 14 December 1888, Clerk of Ravenswood Divisional Board to Under Secretary, Works and Mines, in Queensland State Archives Item 7114, ‘Ravenswood Divisional Board’, 1883-1914. However, the Ravenswood Divisional Board did take out a £500 loan for bridge and road purposes in 1890 (‘Queensland news’, Morning Bulletin, 30 June 1890, p.5).
[25] ‘Queensland Annual Report of the Under Secretary of Mines 1891’, p.58; ‘Ravenswood goldfield’, Week, 2 December 1892, p.7;
[26] ‘Queensland Annual Report of the Under Secretary for Mines 1892’, p.69.
[27] Maclaren, ‘Report on the Geology and Reefs of the Ravenswood Gold Field’, p.2; Information supplied by Applicant, 1 August 2019.
[28] ‘Queensland Annual Report of the Under Secretary for Mines 1893’, p.71 (the mines and battery were offered to Wilson in late 1893).
[29] ‘Ravenswood Conservation Management Plan’, p.24.
[30] ‘Queensland Annual Report of the Under Secretary for Mines 1893’, p.71; ‘Queensland Annual Report of the Under Secretary for Mines, 1894’, p.90; ‘Mining News’, Brisbane Courier, 23 November 1894, p.6 (John Bull Gold Mining Syndicate’s main vertical shaft down 95ft).
[31] ‘Ravenswood’, Queenslander, 2 November 1895, p.853 (‘crushing stuff’ cut at 625ft, at the John Bull Gold Mining Company); ‘Queensland Annual Report of the Under Secretary for Mines, 1896’, p.87 (‘chief mine’).
[32] ‘Queensland Annual Report of the Under Secretary for Mines, 1896’, p.87. In 1897 Wilson achieved a record for economic working at the John Bull mines, extracting 4817oz of smelted gold, and 578oz of cyanide bullion, from 11,272 tons of ore (‘Queensland Annual Report of the Under Secretary for Mines, 1897’, p.89).
[33] Due to the issue of water in the mines, large quantities of timber was required for close timbering in the shafts, which would also have increased business traffic into Evlinton (Information supplied by Applicant, 1 August 2019; ‘Our Goldfields’, Brisbane Courier, 24 November 1892, p.3). In addition, in late 1895 ore from the John Bull mines was dispatched to the Mabel Mill in Ravenswood for crushing. (‘Ravenswood Mining’, The Northern Miner, 2 December 1895, p.4; Information supplied by Applicant, 1 August 2019).
[34] 25 May 1895, Ravenswood Divisional Clerk to Minister for Works, in QSA Item 7114, ‘Ravenswood Divisional Board’, 1883-1914.
[35] Queensland Government Gazette, 1896, Volume LXV, p.992, and Volume LXVI, p.619; Queensland Government Gazette, 1901, Volume LXXVI, p.186. This seems to indicate that the Chapel Street Bridge was built in two stages; first the abutments, and then the brick arch.
[36] Slaughter Yard Creek was part of the Elphinstone Creek system, which was prone to quick rises and flooding during significant rain events (Information supplied by Applicant, 1 August 2019). In 2019 Slaughter Yard Creek a dry gully, which runs north to join the Left Branch of Elphinstone Creek, about 120m downstream from the Chapel Street Bridge.
[37] While bridges carry traffic over an obstacle, a culvert is a pipe which carries a watercourse beneath a roadway or railway (Nissen, ‘’Contextual History of Roads & Bridges in Queensland’, p.188). Unlike bridges, culverts are built with a floor, and the soil usually bears the major portion of the load. Bridges are also generally longer and higher than a culvert, although small bridges can be the size of a large culvert.
[38] Nissen, ‘Contextual History of Roads & Bridges in Queensland’, pp.129-30, 187; C O’Connor ‘Early Queensland road bridges’, Queensland Roads, vol 22 no 44, Brisbane, Main Roads Department, Queensland, December 1983, pp.9-13; C O’Connor, How to Look at Bridges, Australia, ACT, The Institute of Engineers, 1983, p.12; C O’Connor, Register of Australian Historic Bridges, Australia, ACT, The Institute of Engineers, 1983, Bridges Listed By Material, Form and Date pp.1, 38-41; C O’Connor, Spanning two centuries: historic bridges of Australia, St Lucia, University of Queensland Press, 1985, pp. 171-2, 233. Bridge spandrels (the space between the deck and arch rib) can be solid (walled and filled with soil, more common for masonry arches) or open (more common for timber and metal arches).
[39] ‘Northern Queensland’, South Australian Chronicle and Weekly Mail, 10 April 1880, p.15; ‘Ravenswood Mining’, Northern Miner, 7 August 1888, p.3.
[40] ‘Mining Heritage Places Study: Northern and Western Queensland’, Jane Lennon & Associates, Howard Pearce, September 1996, p.xxi (bricks available from Townsville); ‘Ravenswood’, Northern Mining Register, 16 December 1891, p.19: ‘Ravenswood mining’, Northern Mining Register, 18 May 1892, p.21. The latter article commented, regarding Mann making bricks locally, that ‘they can be as quickly and well made here as elsewhere, and it is an initiatory step in the right direction for the town’. QHR 600446, ‘Imperial Hotel’ (use of bricks for commercial buildings, from 1901).
[41] ‘Queensland Annual Report of the Under Secretary for Mines, 1898’, p.81; ‘Ravenswood mining’, North Queensland Register, 11 September 1899, p.6 (record crush); ‘Queensland Annual Report of the Under Secretary for Mines, 1900’, pp.112-3; ‘Our Ravenswood Letter’, North Queensland Register, 28 January 1901, p.10 (John Bull closed 24 January).
[42] ‘Ravenswood notes’, The Northern Miner, 21 August 1916, p.6 (social at school. ‘The Evlinton ladies are to be congratulated’); ‘Polling Places’, The Evening Telegraph, 6 October 1920, p.2.
[43] M Brumby, ‘Ravenswood: a history’, June 2015; ‘Queenslanders in London’, The Queenslander, 6 August 1898, p.270; ‘Ravenswood Conservation Management Plan’, p.24; QHR 601206, ‘Mabel Mill (former)’; Menghetti, Ravenswood: Five heritage trails, p.8.
[44] ‘Mr A.L. Wilson, Death at Ravenswood’, Townsville Daily Bulletin, 17 October 1935, p.6. The Ravenswood goldfield’s population peaked at 4707 in 1903 (‘Annual Report of the Under Secretary for Mines for the year 1903’, p.105. The population of Ravenswood was 1862 (based on 1901 census figures) in ‘Pugh’s Almanac and Directory’, 1903, p. 705).
[45] World War I (1914-18) also increased labour and material costs (QHR 650038, ‘Ravenswood Mining Landscape and Chinese Settlement Area’).
[46] ‘Ravenswood Conservation Management Plan’, p.31.
[47] By 1917 the Ravenswood goldfield had produced over 850,000oz (24.1 tonnes) of gold, and 1,000,000oz (28.4 tonnes) of silver (‘Ravenswood Conservation Management Plan’, p.31). By the end of 1928 Ravenswood had produced 885,805oz; by comparison, production at Charters Towers and the Cape River field by this time was 6,673,398oz; Rockhampton and Mount Morgan: 5,099,570oz; Gympie: 3,388,855oz; and the Palmer: 1,329,666oz. (Queensland Mineral production’, The Queenslander, 4 July 1929, p.47).
[48] QHR 650038, ‘Ravenswood Mining Landscape and Chinese Settlement Area’.
[49] QHR 601206, ‘Mabel Mill (former)’. ‘Ravenswood Conservation Management Plan’, p.32. (‘The Annual Report of the Under Secretary for Mines, for the Year 1935’, p.108, gives a figure of 451 – presumably for the whole goldfield.) Ravenswood was the first Queensland town to lose its railway.
[50] The ore is finely ground in rotary mills, before being treated in a sodium cyanide solution and the gold is extracted using granulated activated carbon. (‘Ravenswood Conservation Management Plan’, p.37.) In 2011, the population of Ravenswood was 349 (‘Ravenswood’ https://queenslandplaces.com.au/ravenswood (accessed 29 August 2019)).
[51] ‘Report on Restoration/conservation of historical buildings, sites and features Ravenswood’, Ullman and Nolan Pty Ltd, Consulting Engineers, for Ravenswood Restoration and Preservation Association Inc, May 1989, p.15 and Schedule O, Appendix D. This noted that the bridge was closed, due to National Trust interest in its preservation. Restoration estimates were given for reconstructing a damaged section, using salvaged fallen bricks. ‘Ravenswood Conservation Management Plan’, p.107.

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