Joggins Formation

Joggins Formation
Ma PreꞒ Ꞓ O S D C P T J K Pg N
Approximate paleocoordinates		8°00′S 7°12′W / 8.0°S 7.2°W / -8.0; -7.2
Region	Nova Scotia
Country	Canada
Extent	Cumberland Basin
Type section
Named for	Joggins, Nova Scotia
Named by	Walter A. Bell
Year defined	1914
Joggins Formation (Canada) Show map of Canada Joggins Formation (Nova Scotia) Show map of Nova Scotia

The Joggins Formation is a

Prior to European

French colonization of the Bay of Fundy began in 1604. Acadian miners from Beaubassin were the first Europeans to mine the cliffs at Joggins, taking advantage of the deposits less than a decade after Jean-Baptiste-Louis Franquelin visited the site in 1686. Though Franquelin failed to make any mention of coal on his 1686 map, the document precisely detailed the geography of Chignecto Bay, and in a more detailed map published in 1702 he named the Joggins Cliffs "Ance au Charbon", or "Cove of Coal".^[2] The explorer Antoine de la Mothe Cadillac reported coal in Chignecto Bay in 1692. According to a travelogue written by Robert Hale in 1731, coal had been mined from the Fundy Seam - one of the thickest coal veins at Joggins - for at least thirty years at the time of his visit, and though there are only sporadic allusions to these pre-English operations in written records the government of Nova Scotia recognized Acadian brothers René and Bernard LeBlanc as being the first to discover coal at Joggins in 1701.

Eastern Acadia was captured by Great Britain in the War of the Spanish Succession and became the colony of Nova Scotia; the territory was formally ceded by France in 1713's Peace of Utrecht. Though the British had likely been mining at Joggins since the occupation began in 1710, the first official record of a coal mine at Joggins was made in 1720, when Governor of Nova Scotia Richard Philipps complained that the trade of coal between Nova Scotia and New England was going unregulated. Captain Andrew Belcher was one of the first merchants to transport coal from the Acadian-run mines in Joggins to the city of Boston, which was in the grips of a coal shortage in the 1710s, and after Belcher's death in 1717 his son Jonathan Belcher continued to trade along this route.

Henry Cope's mine

Governor Richard Philipps approved the creation of a government-owned coal mine at Joggins in 1730, to test the feasibility of both mining the resource and loading onto ships at the site. The project was led by Major Henry Cope, who invested in the mine with his own money and enlisted the help of Boston merchants to help establish the mine at what is today known as "Coal Mine Point". Coal was first harvested from Cope's mine in April 1731, and the

Henry Cope and his fellow developers were granted a land grant to develop a 16.19 km² (4,000 ac) area around the mine on 21 June 1732. By the terms of the land grant, several names in the area were changed: the cliffs were renamed to "Adventurer’s Clifts" and Gran’choggin to "New Castle Cove". The land grant also stipulated that Cope pay a tax of one shilling and sixpence for every chaldron mined, send coal to Annapolis Royal to support military fortifications there, and begin construction of a town that would be named "Williamstown". To further support the venture, Cope demanded his crew of miners - about a dozen local Acadians - pay him rent in exchange for living on his land and working in his mine. The men conspired with their Mi'kmaq neighbours, and a group of three Mi'kmaq men raided Cope's land in 1732. The mine, storehouses, and Stanwell Hall (the first house built by Cope at the site) were destroyed in the attack, setting back operations substantially. Cope was soon unable to make funding for the project stretch, and after he defaulted on paying wages to his workers the mine was abandoned in November 1732. With the support of Governor Richard Philipps and James Brydges, 1st Duke of Chandos, Cope attempted to restore the mine in January 1733. As a condition of his sponsors, Philipps was tasked with building blockhouses at the top of the cliffs to provide the site with military protection. Though at least some of the necessary fortifications were built, the project was again abandoned by Cope, ending all operations at the mine.

British settlement

British

Acadian settlers continued to establish themselves in the region after the failed attempt to establish Norwich. In this period, the Acadians again began to mine for coal along the Grand Nyjagen cliffs and elsewhere, digging a line of coal pits from the coast to River Hebert, which came to be called the "Rivère des Mines des Hébert".

A geographical description of Nova Scotia was published in

Britain declared war on France on 17 May 1756, initiating the Seven Years' War. Governor Charles Lawrence petitioned the British government to reopen the Chignecto Bay mines in 1756 in order to fuel British regiments fighting in the Bay of Fundy region. The first British miners arrived at Grand Nyjagen in September 1757, selecting a mostly undisturbed section of cliff to dig into rather than Henry Cope's original mine.

After the Seven Years' War ended in 1763, coal mining at Grand Nyjagen again stopped entirely. A land grant which included the cliffs was given to Joseph Frederick Wallet Des Barres in 1764, but Des Barres proved to be an absentee landlord. Though Des Barres became an important figure elsewhere in Nova Scotia, his lack of interest in developing Grand Nyjagen led to the coal there being forgotten for six decades. Though most Acadians were deported during the Great Upheaval, a small number eventually returned and established short-lived villages in the area, including Shedd Fisheries at Mill Creek (present-day Minudie) and Joggin (present-day Maccan) at one of the River Hibert coal pits. While the Acadians did occasionally mine coal in this area, Des Barres only leased land to them if they promised to build grindstone quarries there. The most prosperous quarry was Bank Quarry (present-day Lower Cove), which operated for fifteen years between 1815 and 1830 and was the only source for Nova Scotia blue-grit, an important and popular grindstone. The owners of Bank Quarry - Joseph Read and John Seaman - used the wealth generated from their operation to open a second quarry (present-day Rockport) in New Brunswick. Read and Seaman's New Brunswick and Nova Scotia quarries came to be known as the "North Joggins" and "South Joggins", respectively, and the name "South Joggins" soon came to mean the cliffs in general. For thirty years between 1800 and 1830, shopkeeper William Harper managed a trade route using his schooner The Weasel, which traded basic commodities for grindstone at North Joggins and South Joggins before trading the grindstone to US and British colonists in the Passamaquoddy Bay region.

Despite a lack of any approval from Des Barres, British military forces mined for coal at Grand Nyjagen to supply

King George III. Ironically, George III did not ask that coal be included in the 1788 lease drawn up for his son Prince Frederick, which would have granted the Duke of York the mineral rights to all of Nova Scotia had it been put into effect.^[4] It is unknown why the lease was not put into effect, though historians James Stewart Martell and Delphin Andrew Muise have suggested, respectively, that either the documents were lost or the value of Nova Scotian minerals was found to be disappointingly low. Though there were multiple small mines active along the cliffs in 1807, all had been abandoned by 1814. Des Barres's land became even more valuable in 1808 when a ban was put in place that prevented any future land grants from including mineral rights to coal, which was now deemed the sole property of the Crown; landowners, like Des Barres, who had received their land grants prior to this, were exempted. In 1819, British colonist Samuel McCully was the first to establish an official mine on Des Barres's property, extracting coal from Grand Nyjagen and sending it on to Saint John, New Brunswick

, but McCully's mine shut down in 1821 after competition from British suppliers drove him out of business.

Following the death of Joseph Frederick Wallet Des Barres in October 1824, his family commissioned the younger brother of quarry-owner John Seaman, Amos Seaman, to collect on all outstanding rent from the quarries that Des Barres had leased on his land. Seaman and a business partner, William Fowler, took over the management and leasing of quarries in the area on behalf of the Des Barres family until 1834, when they purchased the land. In the time that Seaman owned the land quarries began to use "Joggins boats" to transport grindstone, which had been adapted from those used at the local fishery. As grindstone was quarried in parts of the coast that would be covered by water at high tide, the boats would come onto shore at low tide, be loaded as the miners worked, and then were sent off at high tide to deposit the stone elsewhere. As this kind of procedure could only safely be practiced in the summer there were no permanent bunkhouses set up for workers; instead, workers at South Joggins would establish seasonal camps at the top of the cliffs to be disassembled when the work dried up.

General Mining Association

The General Mining Association (GMA)

King George IV

. According to the new terms, this granted the Duke mining rights to the following for the next sixty years:

...gold and silver, coal, iron, stone, lime-stone, slate-stone, slate-rock, tin, copper, lead and all other mines, minerals and ores and all beds and seams of gold, silver, coal, iron, stone, lime-stone, slate-stone, slate-rock, tin, clay, copper, lead and ores of every kind and description belonging to his Majesty within the Province of Nova Scotia...^[4]

Once the lease was issued, the Duke subletted it to Rundell, Bridge & Co. in exchange for 25% of all profits they generated off the minerals it covered. Rundell, Bridge & Co. founded a new firm, the General Mining Company, which would manage their Nova Scotian properties from London. Taking advantage of the region's natural resources, particularly coal, was imperative to the growth of British North America: fuel was hard to come by, the anthracite mined in the Coal Region of Pennsylvania being difficult to use and bituminous coal from the Appalachian Mountains proving costly to transport. The Association focused initially on deposits in Pictou and Sydney, where they were able to buy leases on preexisting mines and take advantage of infrastructure that was already in place. After acquiring the rights to Cape Breton (which had to be negotiated for separately) the GMA had established a monopoly over all the mines in Nova Scotia, and the Nova Scotia House of Assembly discouraged competition by refusing to grant leases to new mines even if doing so would not violate the terms of the Duke of York's lease. Though Des Barres's land claim had expired after his death, the GMA did not immediately make an attempt to establish themselves at Joggins, and actively discouraged anyone else from mining the Joggins Formation. Despite their urgings, small groups of Cornish settlers continued mining exposed coal veins in the area. By 1836 an illegal mine had sprung up around the King's Vein, accessed through an adit dug into the cliff wall where an outcropping had once been apparent.

Abraham Gesner returned to Nova Scotia in 1844 to petition the House of Assembly for the rights to mine at Joggins, as he felt the coal reserves had gone unused for too long and a shortage of firewood in

shaft mine roughly 30 m (98.4 ft) deep,^[5] accessing the King's Vein from above and using a horse gin to raise the coal to the surface, where it was loaded onto a narrow-gauge railway and transported to a pier near Bell's Brook to be loaded onto ships. The GMA hired Joseph Smith, manager of their Pictou mine, to oversee its early operations. Much of the coal mined at Joggins Mine was sold to buyers in Saint John, New Brunswick

. Joggins Mine cost £16,000 to build, and after the initial start up costs were covered the GMA invested minimally in the site.

The General Mining Association lost many of its claims in 1858, but retained the right to mine from the Joggins Formation. By 1866, the Joggins Mine was producing an average of 8,478 chaldrons of coal per year, making it the least productive of any GMA mine in Nova Scotia. However, the Joggins Mine required only 9 horsepower of steam to operate normally and thus produced 943 chaldrons for each unit of horsepower expended, far more efficient than any other owned by the GMA.^[4] In 1866 the company opened a new drift mine at Joggins: the New Mine. The New Mine harvested coal from the Dirty Seam and Fundy Seam (then known as the "hard scrabble seam"). Dendrochronological studies done on wood recovered from the site suggest that miners reused materials from earlier structures to construct the New Mine, as the lumber was determined to have been cut as early as 1849. Like earlier operations at Joggins, the New Mine was entered by an adit and coal was stored on-site until it could be transported to a wharf and loaded onto ships.

The New Mine was abandoned by the General Mining Association in 1871 and the land it was situated on was sold to the newly founded Joggins Coal Mining Company (JCMC), who opened a new mine to harvest the Fundy and Dirty Seams in 1872. Unlike the GMA, the JCMC used a

Great Saint John Fire

destroyed 1,612 structures and killed 19 people, ravaging the city's coal market and heavily impacting the JCMC's sales. The JCMC closed their mine later that year.

The Springhill and Parrsboro Coal and Rail Company, founded in 1872, acquired the General Mining Association's Cumberland County mineral rights in 1879,^[6] ending the GMA's involvement in Joggins. Around this time control of the Joggins mining economy shifted from merchants in Saint John to financiers in Montreal, and in 1884 the Springhill and Parrsboro Coal and Rail Company sold out to the Cumberland Railway and Coal Company. The Joggins Railway was completed in 1887, connecting the town of Joggins directly to the rest of the Intercolonial Railway and further reducing the cost of transporting coal. Throughout the 1870s and 1880s, miners in Cumberland County - including Joggins Mine - had a tradition of stopping work immediately after a death occurred in the mine and not recommencing until the killed worker's funeral, but by 1887 this was no longer the case and labourers were forced to mine even on the day of the funeral.^[7]

Early geological research

Harvard University geologists Charles Thomas Jackson and Francis Alger published the first scientific notes regarding Joggins in 1828, followed the next year by Richard Smith and Richard Brown of the General Mining Association. Smith and Brown's report contained the first stratigraphic reconstruction of the Joggins Cliffs as well as the first mention of fossil lycopsids at the site,^[8] which they believed had been fossilized when the forest they belonged to flooded and became covered in sediment.

Geologists Abraham Pineo Gesner and Charles Lyell arrived at Joggins on 28 July 1842. Gesner had earlier explored the cliffs in 1836, where he described them as "the place where the delicate herbage of a former world is now transmuted in stone".^[3] Lyell at this time was famous for publishing his Principles of Geology (1830-1833), which popularized uniformitarianism, and was persuaded to visit Joggins after reading Gesner's 1836 observations of the cliffs and 1829 report by Brown and Smith. Based on these earlier studies, Lyell believed the cliffs represented multiple forests that had grown on the same site, being flooded and buried in succession many times, and that their fossilization was related to the formation of coal. As expected, Lyell and Gesner witnessed many fossil lycopsids at Joggins, which greatly inspired Lyell. On this expedition, Gesner noted the ruins of an abandoned fort which had partly collapsed with the eroding of the cliffside, a remnant of Major Henry Cope's attempt to restart his mining operation in 1733.^[2] The geologists wrapped up their brief expedition on 30 July 1842. Their relationship deteriorated soon afterward as the two did not agree on the ages of strata in Nova Scotia, Lyell believing the Windsor Group was younger than the province's Coal Measures and Gesner believing the opposite to be true. Gesner did not return to Joggins after this falling out, and opened Canada's first public museum - the Museum of Natural History - in Saint John, New Brunswick later that year.

1843 survey

The Joggins Formation was first surveyed by William Edmond Logan.^[9] Logan's theories of in situ coal formation at the Glamorganshire Coalfield in Wales had been published in 1840, challenging the accepted "drift theory". Logan had earlier completed two private surveys of the Nova Scotian coast in 1840 and 1841, both times searching for evidence the in situ theory applied to coal deposits other than the one he'd studied. The British government approved the creation of a survey to search for coal in the Province of Canada in September 1841. Logan and his supporters - including Director of the British Geological Survey Sir Henry De la Beche and early palaeontologist William Buckland - lobbied for him to lead the survey, and on 9 April 1842 he was named head of the Geological Survey of Canada.

Logan's work at Joggins was the first assignment he undertook for the survey and took place over the course of five days, from 6 June to 10 June 1843. Joggins was of particular interest to Logan after reading the work of

Minudie, Nova Scotia on 4 June 1843, but was delayed by heavy rainfall. Logan's survey of the "Joggins section" began at Mill Cove, and 8,400 feet of strata were measured on the first two days of the expedition. It was on the second day, 7 June, that Logan first encountered the coal-bearing Joggins Formation, which slowed his progress along the coast. The third day of the survey, 8 June, was devoted to studying the area between where he'd left off the previous day and Ragged Reef Point, a 3,900 ft-long stretch that would come to include the fossil-rich Division 4. On his final two days studying the Joggins section, Logan scouted the area from Ragged Reef Point to just beyond West Ragged Reef Point, where he concluded his research. After completing this brief survey, Logan left Joggins on 12 June to continue studying the known coal deposits of Nova Scotia and New Brunswick before moving on the Gaspé Peninsula. Though Logan's survey was included as a report in the proceedings of the British government it fell into obscurity; years later, in a letter to Henry De la Beche, he would remark "who the devil ever reads a report".^[9]

1852 survey

On Charles Lyell's third trip to the Americas, he made plans to visit Joggins a second time. He joined up with

millipedes in the lycopsid trunks, and fossils of the land snail Dendropupa. Among other things, the evidence of "reptile" (the distinction between reptiles and amphibians had yet to be made clear in 1852) fossils in strata of such age would disprove the argument made by proponents of catastrophism that Palaeozoic fishes had lost global dominance to the reptiles amid a worldwide catastrophe at the beginning of the Mesozoic era

.

Following the expedition, Charles Lyell took the fossils to be studied in

Boston, where they were studied by Louis Agassiz and Jeffries Wyman at Harvard University. Agassiz first dismissed the remains as belonging to a coelacanth and Wyman believed they were those of a marine reptile related to Proteus anguinus, but after working the fossils out of the stone they'd been recovered in the scientists confirmed that the fossils represented bones from two reptiles: seven vertebrae and an ilium. At the time, only four tetrapod specimens had been recovered from coal formations around the world, meaning the eight bones recovered by Lyell and Dawson represented one-third of all Carboniferous tetrapod fossils. Lyell communicated this discovery to John W. Dawson in a letter on 6 November 1852, and publicly announced them in a series of lectures - the "Lowell lectures" - delivered at the Lowell Institute several weeks later. It was around this time that Lyell and Dawson became aware of William Logan's 1843 survey of the Joggins Formation, and on 16 December 1852 Lyell sent a request to Logan for a copy of his work to compare against their own. Logan insisted in a letter dated 10 January 1853 that he had already sent Lyell a copy years earlier when his report was first issued, illustrating the ambivalence the researchers had towards each other. Lyell and Dawson's discovery was relayed to the Geological Society in London on 19 January 1853, but unbeknownst to either of them a postscript had been added to their paper by Richard Owen

, who had described and named the fossil as Dendrerpeton acadianum. In 1855, Dawson collected his and Lyell's research on Joggins into Acadian Geology, a text that drew serious interest from geologists across England and the United States.

1855 also marked the only trip that Othniel Charles Marsh made to Joggins. Marsh had only recently begun to study at Yale University and was likely drawn to Joggins by the abundance of fossils described by Charles Lyell and John W. Dawson. Marsh returned to Yale with two vertebrae, which he described in 1862 as belonging to the marine reptile Eosaurus acadianus. Six years later Dawson commented that Marsh's description of Eosaurus closely resembled that of Ichthyosaurus, which at the time had only been found in European limestone dated to the Early Jurassic such as the quarries of Lyme Regis, deposits which the Joggins Formation predates by more than 100 million years. Vertebrate palaeontologists Donald Baird, Alfred Romer, and Robert L. Carroll have suggested that Marsh's Eosaurus actually represents fossils of Ichthyosaurus which Marsh purchased off someone who claimed they had been found at Joggins and then passed the find off as his own discovery.^[3]

Charles Darwin

fossil record at Joggins was responsible for gaps in Darwin's theory and saying this incompleteness had contributed to a misconception of "abrupt, though perhaps very slight, changes of form".^[3] Lyell helped publish Darwin's theories, but did not support them as natural selection conflicted with his religious beliefs. In 1863, John W. Dawson published Air-Breathers of the Coal Period, both a catalogue of all known species from the Joggins Formation at the time and a response to On the Origin of Species. Dawson argued that the presence of fossils like Dendropupa (which he'd first reported on in 1860) disproved Darwin's theory, as this land snail was virtually identical to its modern counterparts, and thus the body plan of snails had not changed in 300 million years. Dawson's disbelief in natural selection was not based in religious concerns, as he did believe in deep time and the notion that higher forms of life had appeared progressively and at different periods in Earth's history; in 1865 he would argue that Eozoon canadense represented the earliest form of life. Samuel Wilberforce had also referenced Dendropupa in his 1860 criticism of On the Origin of Species, calling it the "miserable little dendropupa".^[11]

Charles Darwin also followed Charles Lyell in trying to explain the origins of the Joggins coal beds. In 1847 he suggested to Joseph Dalton Hooker that the lycopsids at Joggins may have grown underwater, at depths between 5 and 100 fathoms. Hooker dismissed this idea in a letter to Darwin on 6 May 1847, a rejection Darwin described as a "savage onslaught".^[3] William Logan's observations on Stigmaria had been published in 1841, where he noted that the fossils represented roots that had grown, died, and been preserved in the same place they had been discovered. While it was widely accepted that coal had once been plant material, Logan's notes on Stigmaria represented the first compelling evidence that coal was the product of terrestrial plants. Darwin made a major breakthrough in 1860 when John W. Dawson published his paper reporting the discovery of Dendropupa, a non-aquatic animal, in the trunk of a fossilized lycopsid at Joggins. This find convinced Darwin that the lycopsids had in fact grown on land and coal must have a terrestrial origin, existing first as peat.

John W. Dawson's later work

John W. Dawson returned to Joggins in the summer of 1853 without Charles Lyell, who had been hired to work for the

Palaeozoic tetrapods ever found.^[3] Dawson and Lyell would come up with many theories over the years to explain why so many animals would assemble there. The first suggestion had been that the creatures had been denning

, but it was also suggested that they had died elsewhere and were washed into the trunks by water. Ultimately, Dawson would come to believe that the animals had fallen into the trunk and died there, unable to escape.

In studying the Joggins Formation, John W. Dawson collaborated not just with Charles Lyell, but also Augustus Addison Gould, Joseph Leidy, John William Salter, and Samuel Hubbard Scudder. Dawson's work at Joggins spanned a total of 44 years, his last update to Acadian Geology being published in 1891.

Early 20th century

The son of a mining engineer, Hugh Fletcher devoted his career as a geologist to surveying Nova Scotia on behalf of the Geological Survey of Canada. Fletcher's work began in 1875 and ended abruptly in 1909 when, on a mission to conduct a full survey of Nova Scotia, Fletcher fell ill with pneumonia studying the Joggins Formation and died. Reginald Walter Brock, a colleague of Fletcher and also of John W. Dawson, eulogized Fletcher by saying "he died, as he would have chosen, in harness, and amid the hills of his well-loved Nova Scotia".^[13]

Based on

ichnology also took an interest in Joggins and published his observations on tetrapod trackways recovered from the site in 1903.^[14]

International Geological Congress's twelfth meeting in 1913, and accompanied the other delegates on a tour and dinner at the Joggins Cliffs that year. In 1914, Bell conducted the first detailed study of macrofloral fossils across Nova Scotia's Carboniferous formations,^[15] including the Mabou Group and Cumberland Group; as part of this study Bell assigned Divisions III, IV, and V (and part of Division II) to the "Joggins Formation", the first use of the name.^[11] Following the outbreak of World War I, Bell was conscripted to fight for Canada in Europe, serving from 1916 to 1919. Following the end of his military service, he studied fossils in Europe for several months before returning to Yale. Bell finally returned to Nova Scotia in 1926, and his research into Carboniferous plants would reveal that many of the species found in Atlantic Canada were also present in Western European deposits, providing evidence for the theory of continental drift

. In 1944 Bell reconsidered his classification of the Joggins Formation, reclassifying it as the "Joggins member" of an undivided Cumberland Group. Bell continued to study the Joggins Formation until his death in 1969.

Holdfast Lodge

The Joggins Mine continued to produce coal throughout the First World War and even amid the great scientific interest surrounding the Joggins Formation. Production at the Joggins Mine peaked in 1916 when the mine generated 201,000 tons of coal over the course of the year.[6] The amount of workers in Joggins steadily increased with production, but as Nova Scotia deindustrialised and other mines shut down the percentage of Cumberland County miners employed at Joggins increased from 21% in the 1880s to 25% in the 1900s and 43% in the 1910s.^[7]

The Provincial Workmen's Association (PWA) established an early foothold in Joggins, first with Brunswick Lodge and later with Holdfast Lodge. Brunswick Lodge was the first to represent Joggins Mine workers. In 1884 the union attempted to negotiate with their employer at the time, prompting the manager - known in contemporary accounts as "Mr. B." - to remove his gloves and threaten to beat every worker. The company withdrew from negotiations and offered workers $10.00 each to abandon the union and come back to work. The strike went on, and when one miner attempted to retrieve his wages from Mr. B. the manager threw a piece of cast iron at him. The miner retaliated by throwing the iron back at Mr. B., striking him in the head but causing no severe injuries. Despite the clear belligerence between the company and the workers, strikers eventually began to cross the picket line and Brunswick Lodge dissolved that year.

By 1895, Holdfast Lodge represented 20% of Joggins Mine's workers, the largest union in mainland Nova Scotia at the time.^[16] The politics of Holdfast Lodge were considered radical even by the standards of other Provincial Miner Workers chapters in Nova Scotia. 15 of the 19 PMW strikes that were held in the 1890s happened in Cumberland County, and Holdfast Lodge organized three in 1895 alone. Robert Drummond, Grand Secretary of the PMW, was particularly annoyed by their negotiations and tactics, their membership being largely uneducated and militant. Amid the threat of a wage reduction in the winter of 1895–96, Holdfast Lodge ordered all Joggins Mine workers to strike despite being ordered by Drummond not to, and in mid-March 1896 an estimated 200 members of Holdfast Lodge barricaded themselves inside the local PWA meeting hall to resist arrest, arming themselves with bricks, a number of assorted small arms, and 27 rifles. Nonetheless, Premier William Stevens Fielding engaged with Holdfast Lodge in order to build a loyal and powerful voter base. Fielding was leader of the Anti-Confederation Party and had been elected on a promise to remove Nova Scotia from Confederation, and when he failed to fulfill this promise he refocused his efforts on expanding the province's coal industry instead. One of Fielding's unconventional tactics involved working with the PWA to improve workers' access to education. The federal Liberal Party also campaigned hard for the PWA, as Cumberland had long been a Conservative Party stronghold: Cumberland had only ever been represented by Conservative Members of Parliament since Confederation and in nine elections had supported Charles Tupper, who was leading the Conservatives in 1896. Support from Holdfast Lodge managed to turn Cumberland in favour of the Liberals, and Hance James Logan was elected to the Parliament on 23 June 1896.

The PWA succeeded in part because of their support for the community's funerary traditions, shutting down facilities like the Joggins Mine following a death and not returning to work until the deceased worker was put to rest. Such elaborate traditions had once been commonplace, but were mostly abandoned by the turn of the century until revived with the protection offered by unions. In 1898 the manager of Joggins Mine insisted the workers send a delegation to the funeral rather than shut down the mine for a day to attend; this request was ignored. In 1906, a funeral procession consisting of all the miners in Joggins marched from town to the Maccan River Bridge.

The PWA came into conflict not just with mine managers, but also with the

Child labour

As was the case with many of Nova Scotia's mining operations, the coal mines at Joggins employed child labour when possible. Following the deaths of 70 miners and a single boy in the Drummond Mine explosion on 13 May 1873 in Westville, miners in Joggins adopted a rule of allowing children working in the mines to be the first to leave at the end of the day.^[18] While children were paid less than their adult colleagues, their income was indispensable to mining families which were typically impoverished. Class disparity became obvious with the advent of education as a status symbol, poor children often abandoning school early in life to work the mines.

In August 1905 a number of child miners at Joggins left work on a recreational strike when they left work to play a game of baseball.

Ideas surrounding childhood began to shift in the mid-19th century. The Mines Act of 1873 prohibited anyone under the age of 10 from working in any Nova Scotian mine, and in 1891 the minimum age of miners was raised to 12. In 1908 legislation banned the employment of any child miner who had not completed a grade seven education. Nova Scotia adopted the Free Schools Act in 1864 to provide public funding for schools which agreed to follow provincial standards of education, and in 1883 public school boards were given the right to fine parents of children aged 7–12 if their child did not attend at least 80 days of school per year. Nova Scotia finally enforced province-wide compulsory attendance for children aged 7–14 in 1921. In 1923 the Mines Act was amended to ban children from coal mines altogether, raising the school-leaving age to 16 and prohibiting anyone below that age from working in a mine.^[17]

Don Reid and the Joggins Fossil Centre

Donald R. "Don" Reid (1922-2016)

Don Reid was not the only person taking an interest in the site, and in 1972 a 1.6 km (1 mi) section of the Joggins Cliffs were protected under the Historical Objects Protection Act, which was repealed and replaced with the Special Places’ Protection Act in 1980 and prohibited

A number of institutions and societies honoured Don Reid for his contributions to palaeontology, particularly in the latter years of his life. In 2013, the

The Joggins Formation, which had been treated only as a member of the Cumberland Group since 1944, was formally reclassified as its own formation in 1991. The new classification used the measurements of William Logan's 1843 survey and contained Divisions IV and V, as well as the base of Division III. While the decision to define this section as a distinct formation has been upheld in later studies, the exact boundaries of the Joggins Formation have been debated. In 2005, the Joggins Formation was reformulated to consist of only Division IV and the limestone base of Division III.

A bronze plaque was erected in Joggins in May 1992 to commemorate the 150-year anniversary of the Geological Survey of Canada's inception. The plaque is dedicated to the work of Sir William Logan.^[20]

Hylonomus, the earliest-known amniote and one of the Joggins Formation's most famous genera, was featured on an official Canada Post stamp in 1992, and was made the official fossil of Nova Scotia in 2002.^[23]

An international team of geologists remeasured the Joggins Formation in 2005, the first time such a procedure had been done since Charles Lyell and John W. Dawson's survey in 1853.^[11]

To celebrate ten years as a UNESCO heritage site, the Joggins Fossil Institute hosted the first Joggins Research Symposium on 22 September 2018.^[12] A number of improvements were suggested to improve the site for research and educational purposes, including the construction of a storage facility for fossil lycopsids recovered from the cliffs which could bear tetrapod fossils, the development of machine learning software to better identify fossils at the site, and revision of the Special Places Protection Act.

Geology

The Joggins Formation overlies the

The cliffs of the Joggins Section have eroded rapidly since the initial surveys were conducted, with estimates ranging as much as a 50 m (164 ft) change in the 152-year period between 1853 and 2005.[9] John W. Dawson estimated in 1882 that, based on four decades of observation, the cliffs erode at a rate of roughly 19 cm (7.5 ft) per year.^[5] Estimates about how much of the Joggins Formation is actually exposed along the Joggins Cliffs range from 915.5 m (3,003.6 ft) to 2.8 km (1.7 mi).^[12][11]

Grindstone quarries along the Joggins Section were once responsible for producing Nova Scotia blue-grit, a sandstone that was in high demand in the early-19th century.

Panorama of the Joggins Fossil Cliffs, as seen from Coal Mine Point

Subdivision

The Joggins section consists of eight divisions of exposed strata along the southern shore of

Division IV forms the basis of the Joggins Formation, with only a small amount of overlying strata being considered part of the broader formation. Measured originally by William Edmond Logan in 1843, Division IV consists of a 773.9 m (2,539 ft 1 in) stretch of coal-bearing strata along the Joggins Cliffs. Division IV has an aggregate coal thickness of 11.5 m (37 ft 9.5 in), contrasting with 7.1 m (23 ft 3 in) of limestone.^[11] The base of the formation is located at Coal Group 45, at the Lower Cove of the Joggins Cliffs, and consists of seatearth, red shale, and sandstone. The roof of the division lies just above Coal Group 1, where 30.5 cm (1 ft) of coal is overlayed by 1.2 m (4 ft) of limestone.

Division IV is divided into 14 cycles, each representing successive flooding events which deposited biotic material into what is now the Joggins Formation. Each cycle is separated by deposits of limestone, shale, or coal; for instance, the Joggins Seam (formerly "the King's Vein") divides Cycle 12 and Cycle 13 of the Joggins Formation. Cycle 10 is 158 m (518.4 ft) thick, and stretches from the Queen's Vein to Coal Mine Point. Some coal seams are located within cycles rather than at the borders, such as the Fundy Seam which is located in Cycle 6. Cycle 5 represents the longest period of sediment accumulation in the Joggins Formation, and is more than 200 m (656.2 ft) long.

Other minerals found in Division IV include mudstone (red and grey), sandstone, shale (grey, red, red-grey, and chocolate), and minor conglomerates. Shale constitutes 34% of Division IV, aggregating 364 m (1,194.2 ft) of material. An ochre-coloured section of the Joggins Cliffs surrounding the Fundy Seam is not a natural phenomenon, but instead caused by iron-rich acids leaking out of the mine there.^[8]

Other divisions

Division II contains predominately red sandstone and mudstone. Division II has not been considered part of the Joggins Formation since 1944.

Division III contains fewer coal groups and more red sandstone than Division IV, which it overlays, and no limestone. In total, Division III includes 22 coal seams with an aggregate thickness of 1.7 m (5 ft 5 in). The limestone base of Division III is considered part of the Joggins Formation, but the rest is not.

Composed largely of grey sandstone, red sandstone, and red mudstone, Division V also bears some green shale and limestone. Division V contains no coal groups, and stretches 634.6 m (2,082 ft) from Lower Cove to South Reef. Division V was considered to be part of the Joggins Formation when the formation was defined in 1914 and 1991, but has been considered distinct since 2005.

Coal

Coal is abundant in the Joggins Formation and surrounding Joggins Cliffs, and was mined for centuries. There are 45 coal groups located in the formation. Coal Group 45 lies at the base of the Joggins Formation, and though the section assigned to this group stretches 3.1 m (10 ft 2 in) from start to finish, only 7.6 cm (3 in) of this actually represents basal coal.

Two of the most heavily mined deposits of coal - the Fundy Seam and Dirty Seam - are part of the Joggins Formation. The Fundy Seam is 0.85 m (2.8 ft) thick, and is made of bituminous coal, while the Dirty Seam is 1.5 m (4.9 ft) thick and made of clastic-rich coal; they are present at 420 m (1,378 ft) and 428 m (1,404.2 ft) above the formation's stratigraphic base.^[5] Other major seams in the Joggins Formation include the Joggins Seam (formerly the "King's Vein" and "Coal 7"), Queen's Seam ("Coal 8"), Forty Brine Seam ("Coal 20"), and Kimberly Seam ("Coal 14"). The majority of the Joggins Formation lies between Coal 34 and Coal 45, where coal is abundant.

Coal harvested from Joggins was described as being "of inferior quality abounding with

The Joggins Formation is of particular interest to geologists for its saturation with fossilized plants, one of the best-preserved

Though lycopsid trunks are among the best known plants from the Joggins Formation, the genus Calamites represents more fossils than almost any other organism preserved in the Joggins Cliffs. Resembling the modern-day horsetails they are related to, the stems Calamites plants typically grew to be 10–12 cm (3.9-4.7 in) in diameter and more than 1.5 m (4.9 ft) tall, though one specimen was found to be 90 cm (35.4 in) thick and nearly 3 m (9.8 ft) tall.^[20] Calamites grew mostly upright, spacing 15–30 cm (5.9-11.8 in) apart from each other and forming a thick forest floor. Usually, only the lower portion of Calamites plants was preserved, but their mostly-intact fossils suggest they were buried very quickly, likely by the same methods which preserved lycopsid trunks. Despite the comparative notoriety of Joggins's fossil lycopsids and Hylonomus, no specimens of Hylonomus have ever been recovered from inside a lycopsid trunk; this likely due to the incompleteness of the fossil record.^[8]

Fossil lycopsids are most often discovered in intervals between the Coal 29 (the Fundy Seam) and Coal 35.^[8]

Palaeobiology

Dozens of tetrapod, invertebrate, and plant fossils have been recovered from the Joggins Formation. A diverse array of ichnofossils have also been found at Joggins, including vertebrate trackways, invertebrate trace fossils, tunnel structures, rhizoliths, and possibly wood borings.^[12]

Fish coprolites are abundant in the limestone of the Joggins Formation, averaging lengths of 2–3 cm (0.79-1.18 in).^[12] Research into these coprolites suggests that carnivorous fishes were far more prevalent in the region than herbivorous ones. Bone fragments have been found in nearly every fish coprolite at Joggins, though none have ever been successfully matched to a vertebrate genus.

Hydrology

... these beds carry our thoughts back to a period when the district was covered by a strange and now extinct vegetation, and when its physical condition resembled that of the Great Dismal Swamp, the Everglades, or the Delta of the Mississippi.^[8]

Rivers and streams up to 6 m (19.7 ft) wide irrigated the region's rainforests for millions of years. A channel preserved in Cycle 9, at 580 m (1,902.9 ft) from the formation's base, represents a narrow distributary which delivered water directly to the sea, while the sediments found at Coal Mine Point suggest a meandering river covered the site. Sediments preserved at the top of each cycle suggest that the area witnessed a long trend of minor flooding which preceded a heavy drowning event, the latter creating the boundaries between cycles. The area was located very close to the coast, the exact proximity changing with rises and falls in sea level. Though the tides had a great deal of influence on the waterways in the area, there are no tidal indicators recorded in the Joggins strata.

The "Hebert beds" are located in Cycle 5, roughly 270–274 m (886–899 ft) from the base of the Joggins Formation. While the name of this area is an informal designation, the Hebert beds are of great value to palaeontologists for the amount of fossils located at the site. It is believed that the Hebert beds once hosted deep watering holes, which sustained surrounding plants and animals during dry seasons and prolonged droughts. Fossils found at the Hebert beds include Archanodon and Dendropupa shells.

Animals

Amphibians

Amphibians reported from the Joggins Formation[24][25]
Genus	Species	Location	Stratigraphic position	Material	Images
Andersonerpeton[26]	A. longidentatum	Coal Mine Point	Division 4, Section XV, coal-group 15	RM 2.1129, left mandible
Archerpeton	A. anthracos	Coal Mine Point	Division 4, Section XII, coal-group 26	RM 12056, partial skeleton
Baphetes	B. minor	Coal Mine Point	Division 4, Section XII, coal-group 26	M.C.Z1053, mandible
Dendrerpeton[27]	D. acadianum	Coal Mine Point	Division 4, Section XV, coal-group 15	BMNH R4158, partial skull RM 2.1121, partial skeleton RM 2.1125, partial skeleton
	D. confusum	Coal Mine Point	Division 4, Section XII, coal-group 26
	D. helogenes
Dendrysekos[12]	D. helogenes	Coal Mine Point	Division 4, Section XV, coal-group 15	RM 2.1188, partial skeleton
Hylerpeton	H. dawsoni	Coal Mine Point	Division 4, Section XV, coal-group 15	BMNH R4180, mandible
Leiocephalikon	L. problematicum	Coal Mine Point	Division 4, Section XII, coal-group 26 Division 4, Section XV, coal-group 15	RM 3061-10, lower jaw and ten teeth RM 2.1191, partial skull & vertebrae
Ricnodon[28]	indeterminate	Coal Mine Point	Division 4, Section XII, coal-group 26	BMNH R.447; partial skull, vertebrae, ribs, pelvis NMC 10049, partial skull RM 12062, partial skull and hip RM 12077; partial skull, vertebra, ulna
Smilerpeton	S. aciedentatum			skull fragments, mandible, scales
Steenerpeton[29]	S. silvae			NMC 10041, skull and incomplete postcranial skeleton[29] NMC 10042, ventral profile of skull roof, pterygoid, and scales[29] NMC 10043, a partial skull, mandible, and disarticulated postcrania, including a clavicle, ribs and humeri[29] NMC 10044, impression of the dorsal surface of the posterior portion of the skull roof[29] RM 12113, impression of the ventral surface of the posterior portion of the skull roof[29]
Trachystegos[28]	T. megalodon	Coal Mine Point	Division 4, Section XII, coal-group 26	BMNH R.4563, partial skull RM 12003; palatine tooth plate, vertebra, humerus RM 2.1130, lower jaw and humerus RM 2.1184, humerus RM 12081, humerus
unidentified cochleosaurid	indeterminate

Annelids

Annelids reported from the Joggins Formation[24]
Genus	Species	Location	Stratigraphic position	Material	Images
Spirorbis	S. carbonarius

Arthropods

Arthropods reported from the Joggins Formation[24]
Genus	Species	Location	Stratigraphic position	Material	Images
Belinurus	indeterminate
Candona	C. bairdiodes
	C. salteriana
Carbonita	C. altilis
	C. elongata
	C. fabulina
	C. humilis
	C. pungens
	C. rankiniana
	C. secans
Coryphomartus	C. triangularis
Graeophonus	G. carbonarius
Hilboldtina	H. rugulosa
Mazonia[30]	M. acadica	Coal Mine Point	Division 4, Section XV, coal-group 15
	indeterminate
Pygocephalus	P. dubius
Velatomorpha	indeterminate
Xyloiulus	X. sigillariae	Coal Mine Point	Division 4, Section XV, coal-group 15
unidentified eurypterid (possibly Hibbertopterus/Mycterops)	indeterminate			cuticle
unidentified scorpion	indeterminate			cuticle

Fish

Fishes reported from the Joggins Formation[24]
Genus	Species	Location	Stratigraphic position	Material	Images
Ageleodus	A. pectinatus
Ctenacanthus	indeterminate
Ctenodus	C. plicatus
Ctenoptychius	C. cristatus
Gyracanthus	G. duplicatus
Haplolepis	H. cf. corrugata
	H. cf. canadensis
Helodus	indeterminate
Megalichthys	indeterminate
Sagenodus	S. cristatus
	S. plicatus
Xenacanthus	indeterminate
unidentified acanthodian	indeterminate
unidentified cartilaginous fish	indeterminate
unidentified coelacanth	indeterminate			scales
unidentified crossopterygian (possibly Rhizodopsis/Strepsodus)	indeterminate

Molluscs

Molluscs reported from the Joggins Formation[24]
Genus	Species	Location	Stratigraphic position	Material	Images
Archanodon	A. westonis
Curvirimula	indeterminate
Dendropupa	D. vetusta
Naiadites	N. carbonarius
	N. longus
Pupa	P. bigsbii
Zonites	Z. priscus

Reptiles

Reptiles reported from the Joggins Formation[24][25]
Genus	Species	Location	Stratigraphic position	Material	Images
Hylonomus[31]	H. latidens	Coal Mine Point	Division 4, Section XV, coal-group 15
	H. lyelli	Coal Mine Point	Division 4, Section XV, coal-group 15	BMNH R4168, nearly-complete skeleton RM 2.1126, partially-complete skull

Reptiliomorphs

Synapsids

Incertae sedis

Plants

Cycads

Cycads reported from the Joggins Formation[24]
Genus	Species	Location	Stratigraphic position	Material	Images
Alethopteris	A. decurrens
	A. discrepans
	A. cf. urophylla
Eusphenopteris	E. obtusiloba
	E. trigonophylla
Holcospermum	indeterminate
Karinopteris	K. cf. dernoncourtii
	K. grandepinnata
	K. tennesseana
Mariopteris	M. abnormis
	M. comata
	M. disjuncta
Neuralethopteris	N. schlehanii
Neuropteris	N. cf. blissi
	N. cf. hollandica
	N. obliqua
	N. tenuifolia
	indeterminate
Palmatopteris	P. alata
	P. furcata
Paripteris	P. pseudogigantea
"Sphenopteris"	S. valida
Trigonocarpus	T. parkinsoni

Ferns

Ferns reported from the Joggins Formation[8][24][34]
Genus	Species	Location	Stratigraphic position	Material	Images
Annularia	A. acicularis
	A. aculeata
	A. asteris
	A. latifolia
	A. cf. stellata
Asterophyllites	A. charaeformis
	A. equisetiformis
	A. grandis
Boweria	B. schatzlarensis
Calamites[8][32]	C. carinatus
	C. cf. goeppertii
	C. suckowi
	indeterminate	Coal Mine Point	Division 4, Section XV, coal-group 15
Calamodendron	indeterminate
Corynepteris	C. angustissima
Eucalamites	indeterminate
Megaphyton	M. magnificum
Oligocarpia	O. brongniartii
Palaeostachya	indeterminate
Pinnularia	indeterminate
Renaultia	R. crepinii
	R. footneri
	R. gracilis
	R. rotundifolia
	R. cf. schatzlarensis
Senftenbergia	S. plumosa
Sphenophylum	S. cf. kidstonii
Sphenopteris	S. deltiformis
	S. dixonii
	S. effusa
	S. fletcheri
	S. moyseyi
	S. schwerinii
	indeterminate
Sturia	S. amoena
Zeilleria	Z. delicatula
	Z. frenzlii
	Z. hymenophylloides
	Z. pilosa
	Z. schaumburg-lippeana
indeterminate	indeterminate			circinate tip

Lycophytes

Lycophytes reported from the Joggins Formation[8][24][34]
Genus	Species	Location	Stratigraphic position	Material	Images
Bothrodendron	B. punctatum
Cyperites	indeterminate
Cystosporites	C. diabolicus
Diaphorodendron	indeterminate
Lepidodendron	L. aculeatum
	"L". bretonense
	L. cf. fusiforme
	L. lycopodioides
	L. cf. obovatum
	L. worthenii
Lepidophloios	L. laricinus
Lepidostrobophyllum	L. lanceolatum
	L. majus
	L. morrisianum
Lepidostrobus	L. olryi
	L. ornatus
Omphalophloios	indeterminate
Sigillaria	S. cf. laevigata
	S. mamillaris
	S. cf. rayosa
	S. cf. rugosa
	S. scutellata
Sigillariostrobus	indeterminate
Stigmaria[32]	S. ficoides	Coal Mine Point	Division 4, Section XV, coal-group 15
Syringodendron	indeterminate
Tuberculatisporites[8]	T. mamillarus
Ulodendron	indeterminate
unidentified lepidocarpal	indeterminate

Progymnosperms

Progymnosperms reported from the Joggins Formation[24][34]
Genus	Species	Location	Stratigraphic position	Material	Images
Adiantites	A. adiantoides
Cordaianthus	indeterminate
Cordaicarpus	C. dawsoni
Cordaites	C. palmaeformis
	C. principalis
Cordiaxylon	C. cf. dumusum
Dadoxylon	indeterminate
Mesoxylon	M. cf. sutcliff
Noeggerathia	indeterminate	Coal Mine Point	Division 4, Section XV, coal-group 15
Pseudadiantites	P. rhomboideus
Samaropsis	indeterminate

Protists

Ichnogenera

Invertebrate ichnofossils

Invertebrate trace fossils reported from the Joggins Formation[12][24]
Genus	Species	Location	Stratigraphic position	Material	Images
Acanthichnus	indeterminate
Arenicolites	indeterminate
Beaconites	indeterminate
Chondrites	indeterminate
Cochlichnus	indeterminate
Diplichnites	indeterminate
Diplocraterion	indeterminate
Diplopodichnus	indeterminate
Fuershichnus	indeterminate
Fugichnia	indeterminate
Gordia	indeterminate
Haplotichnus	indeterminate
Kouphichnium	indeterminate
Laevicyclus	indeterminate
Limulocubichnus	indeterminate
Lingulichnus	indeterminate
Palaeophycus	P. hebrati
	P. tekularis
Phycosiphon	indeterminate
Planolites	P. beverlexensis
	P. montanus
Protichnites	indeterminate
Rhizocorallium	R. jenese
Skolithos	S. linearis
Stiaria	indeterminate
Taenidium	T. annulata
	T. barretti
Teichichnus	indeterminate
Thalassinoides	indeterminate
Treptichnus	T. pollardi
Undichnia	indeterminate

Vertebrate ichnofossils

Vertebrate trace fossils reported from the Joggins Formation[24][35]
Genus	Species	Location	Stratigraphic position	Material	Images
Anthichnium	A. obtusum
	A. quadratum
Asperipes	A. avipes
	A. flexilis
Barillopus	B. arctus
	B. confusus
	B. unguifer
Baropezia	B. sydnensis
Cursipes	C. dawsoni
Dromillopus	D. celer
	D. quadrifidus
Hylopus	H. minor
	H. hardingi
Limnopus	L. mcnaughtoni
Matthewichnus	M. velox
Ornithoides	O. trifudus
Pseudobradypus	P. caudifer
	P. unguifer
	indeterminate
Quadropedia	Q. levis
Salichnium	S. adamsii
indeterminate	indeterminate			10 cm-wide tetrapod tracks[22]

See also

• Coal forest
• Geology of Nova Scotia
• List of fossiliferous stratigraphic units in Nova Scotia
• List of World Heritage sites in Canada

References