Railroads

Train Wreck, Holyoke, Massachusetts

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A train wreck at Jones Point in Holyoke, Massachusetts, probably on July 24, 1869. Image from Picturesque Hampden (1892).

The scene in 2025:

These two photos show a site on the west bank of the Connecticut River that is known as Jones Point. It is just north of the modern-day Jones Point Park, and historically this was the far northern edge of Holyoke, before the city annexed Mount Tom and the Smith’s Ferry neighborhood in 1909. As shown in these two photos, a railroad track runs along the riverbanks. Opened in 1845 as the Connecticut River Railroad, it linked Springfield to Northampton, and was later extended north to the Vermont border.

The top image is from the book Picturesque Hampden, which was published in 1892. It was accompanied by the caption “A Railroad Wreck at Jones’ Gap,” but it did not otherwise have any identifying information, such as the date or the circumstances of the wreck. However, it may have been the train wreck that occurred on July 24, 1869, when a southbound Connecticut River Railroad passenger train derailed, injuring three crew members. Newspaper accounts did not specifically identify Jones Point as the site of the accident, but it was described as having occurred about two miles north of Holyoke, which would place it in this section of the track.

Initial reports indicated that the train had derailed after striking a stone from a nearby quarry that had fallen onto the tracks. However, later accounts blamed the quarry’s own railroad, which crossed the main tracks here. The quarry’s tracks were set slightly higher than the mainline ones, supposedly causing the locomotive’s wheels to strike it and cause the derailment. Regardless of the cause, though, the accident could have been much worse. As it turned out, no lives were lost in the accident, and none of the passengers were injured.

The July 26, 1869 edition of the Springfield Republican provides a description of the wreck:

Saturday was an eventful day in railroad travel in this vicinity, two serious accidents occurring on the northern routes, one near home and another in Vermont. The former occurred in the morning to Conductor Fleming’s train from the north over the Connecticut River railroad, between Smith’s Ferry and Holyoke, at the cross track from the stone quarry leading down to the river. While running at full speed the engine was thrown from the track by a stone between the cross and main tracks, and ploughed along some three rods upon its side. The engineer, Henry H. Snow of Brattleboro had his right leg broken in two places, and his knee split open. Amos Mosher of Mitteneague, the fireman, was bruised in the back, and Frank Kingsley of South Vernon, forward brakeman, had his left ankle sprained. None of the passengers were injured, although the greatest alarm and consternation prevailed among them. A special train, with Drs Breck and Rice, with mattresses, etc., was immediately dispatched to the scene of the accident, and brought the injured persons to this city. Snow’s leg was set by Dr Breck, who accompanied him to Brattleboro, in the afternoon. The doctors do not regard the injuries of the fireman and brakeman as serious. Under all circumstances it seems almost miraculous that a large number of lives were not lost.

Richard Brown, Conductor Fleming’s trusty head brakeman, who was at his usual post on the rear car of the train, was unharmed. His first thoughts were for his brother brakeman, Kingsley. This man had showed remarkable coolness. The car platform was broken and fell from under his feet. He supported himself by hanging to the knob of the car door. Notwithstanding this precaution he was caught between the cars and severely jammed. In this condition Brown found him. “Dick,” said he, “if any one else is hurt worse than I am, help him first!” At this Brown went to the assistance of Engineer Snow, whom he found lying several rods distant. Harley, the well known newsboy on the train, experiences a severe tumbling. He turned a summersault in the aisle of one of the cars, but picked himself up with only a bruise on his head. The conductor was busy caring for his hurt assistants. The force on that train seem to each other like brothers, and they would almost die for each other.

The wreck above Holyoke was cleared from the track so as to let the afternoon train going north pass at 4 o’clock; but nothing further was done than simply to make room for trains to run by. It was a sad sight, the proud “iron horse.” “North Star,” slain and prostrated on its back; the smoke-stack lying at a distance, and its neck driven into the sand. On Sunday it was righted up and, just able to crawl, was led down and stabled in the repair shops of the road in this city, where it was visited during the early evening by many people. The tender and cars were also brought down. The platforms of the cars are badly smashed and the tender is a total wreck.

Based on this account, it appears that the top photo may have been taken on the day after the wreck, since the one in the photo is sitting upright. However, the locomotive appears to have its smokestack attached, which does not match the description in the newspaper, unless the smokestack was reattached when the locomotive was righted. So, while it seems likely that the top photo was taken of this particular wreck, it is hard to say this with certainty.

Several decades later, this site at Jones Point would be the location of another railroad accident, although this second one had deadlier consequences. It occurred on January 27, 1888, when a group of railroad workers were shoveling snow drifts off the track. They had cleared one track, and were working on the other track when a train passed through here on the cleared track without any warning. Heavy winds and drifting snow made visibility poor, and neither the engineer nor the workers could see each other until it was too late. Three of the workers were killed instantly, and a fourth was badly injured and died soon afterwards. Newspaper accounts do not give the precise location of this accident, but they indicate that it happened “at Jones’s cut, some two miles above Holyoke.”

Today, more than 150 years after the top photo was taken, not much has changed in this scene aside from the tree growth. The railroad is still here, and it carries freight trains along with Amtrak passenger trains, including the Vermonter to St. Albans and the Valley Flyer to Greenfield. The land here is now owned by the city of Holyoke, and it is part of Jones Point Park.

Granite Railway Incline, Quincy, Massachusetts (2)

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The view looking down the Granite Railway Incline in Quincy, around 1922. Image courtesy of the Thomas Crane Public Library.

The scene in 2021:

As explained in more detail in the previous post, these two photos show the inclined plane of the Granite Railway in Quincy. Unlike the photos in that post, though, which were taken from the base looking up, these ones show the view looking down from partway up the inclined plane.

The Granite Railway was arguably the first commercial railroad in the United States. It began operations on October 7, 1826, and it consisted of horse-drawn cars that transported granite from the quarries in Quincy to the wharves on the Neponset River. From there, the granite was transported by boat to the Bunker Hill Monument, which was the project that had initially led to the construction of the railway.

The railway was expanded in 1830 with the construction of a small branch that led to the Pine Hill Quarry, located at the top of the hill behind where these photos were taken. To reach the top of the hill, civil engineer Gridley Bryant designed an 315-foot-long inclined plane that rose 84 feet in elevation. It consisted of two parallel tracks, one for empty cars ascending to the quarry and another for cars that were descending with granite blocks. The rails were made of granite topped by iron straps, and the tracks also included a cable that ran on pulleys in the center of the tracks. The cable formed an endless loop, and pulled the empty cars up to the top while also controlling the descent of the loaded cars.

Only two years after it opened, the inclined plane was the site of one of the first fatal railroad accidents in the United States. On July 25, 1832, a group of four visitors was ascending the inclined plane in an empty car when the cable failed near the summit, sending the car plummeting down the tracks. Contemporary accounts estimated that the car reached speeds of around 60 miles per hour before derailing at the base. One occupant was killed, two others were seriously injured, and the fourth walked away with minor injuries.

Aside from this accident, there do not appear to have been any other serious incidents here on the inclined plane, and it remained in use into the 20th century. In 1871, the Granite Railway was acquired by the Old Colony Railroad, which in turn became part of the New York, New Haven and Hartford in 1893. Although it was originally built for horse-drawn trains, most of the old Granite Railway was converted into a conventional railroad, as shown in the distance of the top photo. However, because the inclined plane was too steep for regular trains to use, it remained largely unchanged.

In 1901, new railroad tracks were placed atop the old granite rails, and then in 1920 it was converted for truck use, with metal channels to guide the wheels as the trucks ascended and descended. These are visible on the left side of the top photo, while the track in the center of the photo remained in its original 1830 configuration with the old granite blocks, metal strap rails, and pulleys. Then, in 1921, two obelisks were installed at the base of the incline, to commemorate its role in the early history of railroading.

At some point around the mid-20th century, the upper part of the inclined plane was removed when that part of the hillside was quarried. The landscape was further altered when the Southeast Expressway—modern-day Interstate 93—was built along the former mainline of the old Granite Railway in the 1950s. This did not directly affect the inclined plane, but it dramatically changed the view from this particular spot, as shown in the bottom photo.

The last quarry closed in 1963, and the land eventually became part of the Quincy Quarries State Reservation in 1985. This included the surviving portion of the inclined plane, which remains an important civil engineering landmark. Despite all of the changes over the years, the original granite track has remained well preserved over the years, and it still features the pulleys along with portions of the iron straps that were installed atop the granite rails.

Granite Railway Incline, Quincy, Massachusetts

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The Granite Railway Incline on Granite Rail Court in Quincy, Massachusetts, in April 1934. Image courtesy of the Library of Congress, Historic American Buildings Survey Collection.

The scene in 2021:

These two photos show the Granite Railway Incline, an important civil engineering landmark from the early days of railroads. It opened in 1830 as a branch of the Granite Railway, a 3-mile-long horse-drawn railroad that is often regarded as the first commercial railroad in the United States. The railroad itself had been established four years earlier, in 1826, for the purpose of supplying granite for the construction of the Bunker Hill Monument. The original 1826 route of the railroad extended about three miles from the Quincy quarries to the wharves on the Neponset River, and from there the quarried stone was transported by boat to Charlestown.

Prior to its construction, there had been a few small railroads in Britain and the United States, and there were even some early steam locomotives that had been developed, but the long-term viability of railroads was still very much uncertain in 1826. The Erie Canal had been completed just a year earlier, and many Americans viewed long-distance canals as the future of transportation. Nonetheless, the engineer for this project, Gridley Bryant, set out to build a horse-drawn railroad. And, because railroad technology was still in its infancy, he had to essentially design it from scratch. As a result, he is credited with developing turntables and switches, among other railroad innovations. He also had to design his own rails, which were made of wood and topped with iron straps except for at road crossings, where the rails were granite and iron.

The Granite Railway opened on October 7, 1826, and over the next few years it overcame skepticism as it steadily delivered cut granite blocks to the wharves on the river. Then, in 1830 Bryant expanded the railroad with a short branch that connected it to the Pine Hill Quarry. Because of the elevation change, this involved constructing a large inclined plane up to the quarry, as shown here in these two photos. In total, it was 315 feet long, and rose 84 feet in elevation, for an average grade of nearly 27%. This is significantly steeper than a conventional railroad, and by way of comparison it is even stepper than the average grade of the Mount Washington Cog Railway, although obviously much shorter. And, because of the need for durable materials here on the slope, Bryant constructed it of granite rails with iron straps, rather than the wooden rails that were used on most of the other sections of track on the railroad.

The inclined plane was built with two parallel sets of track, one for ascending cars and one for descending ones. In the center of each track was a chain that ran on pulleys. It formed a continuous loop up and down the inclined plane, pulling the empty cars up the hill while also controlling the descent of the fully-loaded cars that were leaving the quarry. Bryant later described the operation of the inclined plane in a letter that he wrote in 1859 to Charles B. Stuart:

It had an endless chain, to which the cars were attached in ascending or descending; at the head of this inclined plane I constructed a swing platform to receive the loaded cars as they came from the quarry. This platform was balanced by weights, and had gearing attached to it in such a manner that it would always return (after having dumped) to a horizontal position, being firmly supported on the periphery of an eccentric cam. When the cars were out on the platform there was danger of their running entirely over, and I constructed a self-acting guard, that would rise above the surface of the rail upon the platform as it rose from its connection with the inclined plain, or receded out of the way when the loaded car passed on to the track; the weight of the car depressing the platform as it was lowered down.

Overall, it was an important technological innovation, but the inclined plane also became the site of one of the first fatal railroad accidents in American history. This occurred on July 25, 1832, when a group of four visitors ascended an empty car. On the way up, the chain broke, sending the car on an uncontrolled descent. The resulting derailment killed one passenger and seriously injured two others, as described in an article published in the next day’s Boston Evening Transcript:

Yesterday a party of four Gentlemen, boarders at the Tremont House, consisting of Messrs Andrew E. Belknap and John G. Gibson of this city,—Mr Thomas Backus of St Jago de Cuba, and Wm B. Bend of New York, (formerly of Baltimore) rode out to the Quincy Rail-way. Whilst ascending the inclined plane, near the Granite quarry in one of the cars, and when near the summit, the chain parted and the car descended with frightful rapidity.

The force with which it struck the resting place, at the foot of the declivity, was so great that the car and passengers were thrown by the percussion twenty feet into the air, from whence it fell down a precipice of more than thirty feet, amongst the rocks beneath.

Mr Backus was killed instantly. Mr Bend had three ribs broken, and the sinews of a leg parted. Mr Gibson’s head was fractured, jaw broke, and leg broke. Mr Belknap escaped without injury to his bones, but his body is severely bruised.

Messrs Gibson and Bend are at the Railway House, too ill to be removed. Mr Belknap has returned to the city. Mr Backus, we understand, was to be buried this afternoon at Quincy Church. The plane which they were ascending is said to be inclined at angle of nearly forty degrees; and it is supposed that when the car struck, it must have acquired a velocity of sixty miles an hour.

Aside from this accident, the inclined plane appears to have had a good safety record, and it remained in use into the 20th century. The Granite Railway was eventually acquired by the Old Colony Railroad in 1871, and most of the old track was upgraded. However, the inclined plane was too steep to operate steam trains on, so it remained in use in its original configuration until 1901, when modern rails were laid atop the granite track.

It underwent more changes in 1920, when the 1901 rails were removed and replaced by metal channels, which enabled it to be used by trucks. The top photo shows these channels, along with a pair of obelisks that were installed at the base of the inclined plane in 1921 in order to commemorate its role in the early history of railroads.

The inclined plane remained in use until the 1940s, but at some point the upper part of it was removed during quarrying operations. As a result, only the lower portion of it still exists, as shown in the bottom photo. The quarry at the top of the hill eventually closed in 1963, and in 1985 the site of the quarry was acquired by the Metropolitan District Commission.

Today, the old quarry and the inclined plane are part of the Quincy Quarries Reservation. Although significantly smaller than it had been when the top photo was taken, the inclined plane is nonetheless the best-preserved remnant of the old Granite Railway. It still features the old granite rails, some of the iron straps atop them, and the old pulleys. Because of its historic significance, the inclined plane was added to the National Register of Historic Places in 1973, and it survives as an important landmark from the early days of railroad development.

Carrollton Viaduct, Baltimore, Maryland

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The Carrollton Viaduct over Gwynns Falls in Baltimore, around 1921. Image from the October 1921 issue of the Baltimore and Ohio Employees Magazine.

The scene in 2021:

These two photos show the view of the Carrollton Viaduct from the east, where it passes over the Gwynns Falls stream. This bridge is a significant civil engineering landmark, as it was the first masonry arch railroad bridge in the United States, and today it remains in use as the country’s oldest active railroad bridge.

The bridge was constructed by the Baltimore and Ohio Railroad, which, depending on the criteria used, is often regarded as the first railroad in the United States. Prior to the 1830s, the primary means of inland transportation in the United States were turnpikes and canals. However, investors in Baltimore saw the potential of the newly-emerging railroad technology, and in 1827 they organized the Baltimore and Ohio Rail Road Company. This was not necessarily the first railroad in the country, as there were much smaller ones that predated it, but this was a far more ambitious plan, to construct a railroad westward from Baltimore, through the Appalachians, and to the Ohio River.

It would take many years before that goal would be completed, but in the meantime the railroad made significant progress here in the vicinity of Baltimore. Work on the railroad began on July 4, 1828, with a ceremony that featured Charles Carroll laying the cornerstone. Sources seem unclear as to whether that cornerstone was specifically for this bridge, or if it was at a different part of the railroad line, but either way it was a highly symbolic event. Carroll, aged 90, was the last living signer of the Declaration of Independence, so his presence provided an important link between the country’s founding principles and its new visions of industry and technological improvements.

Regardless of where the actual cornerstone ceremony occurred, this bridge would be one of the first of many engineering challenges that the new railroad would face as it worked its way westward from Baltimore. Here, the railroad had to cross over Gwynns Falls, a stream that was flanked on both sides by high embankments. Railroad superintendent Casper Wever was tasked with designing the bridge, and his initial plans called for a single 50-foot arch over the stream. However, because of concerns about flooding, this was changed to an 80-foot arch over the stream, along with a smaller 16-foot arch over a road that ran parallel to the stream on the left side of this scene.

In the end, the finished bridge was 312 feet long, and it rose 51 feet, 9 inches above the water. The work was completed in the fall of 1829, and it opened on December 21, 1829, in another ceremony that was attended by Charles Carroll. This time, he laid the final stone of the parapet, and the bridge was formally named the Carrollton Viaduct in his honor. The Baltimore Gazette And Daily Advertiser, reporting on the event the next day, provided the following account:

The Bridge over Gwynn’s Fall’s was yesterday completed by the laying of the last stone on the Eastern extremity of the South parapet. Carroll of Carrollton, our venerated fellow citizen, the last living signer of the Declaration of Independence, presided at the ceremony, and the Bridge, in pursuance of a resolution of the Board of Managers, was named after him—”The Carrollton Viaduct.” In the short & very appropriate address of Mr. Lloyd, the builder of the Bridge, to Mr. Carroll, he says that he does not ask for it a longer duration than the same of the last surviving signer; and we have no doubt that the Bridge will be found uninjured by time so long as the rocks upon which it is based shall stand. It speaks the character of the great work whose commencement it ornaments—firm as beautiful—useful as enduring.

As it turned out, Lloyd’s modest hope that his bridge would enjoy the same longevity as its namesake proved to be a considerable understatement. At the time, Carroll was 92 years old, and the first photo in this post was coincidentally taken about 92 years after the bridge was completed. By this point, the bridge was still going strong after nearly a century, even as rail traffic over the bridge had evolved from small horse-drawn trains of the 1820s, to the large steam locomotives and heavy freight cars of the 1920s.

Today, another century has gone by since the first photo was taken. The Baltimore and Ohio Railroad no longer exists, having been absorbed by other companies in a series of mergers. However, this line is still an active railroad operated by CSX Transportation, and the nearly 200-year-old stone bridge still carries modern rail traffic over Gwynns Falls. Because of its pioneering role in the early years of railroad development in the United States, the bridge was designated as a National Historic Landmark in 1971, and in 1982 it was similarly named a National Historic Civil Engineering Landmark.

Boston and Albany Railroad Arch Bridge, Becket, Mass

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An early 20th century postcard showing the view looking east along the Boston and Albany Railroad, with a stone arch bridge on the left side and the Westfield River on the right. Image from author’s collection.

The scene in 2021:

The first railroads in the United States were constructed starting in the late 1820s. These were mostly concentrated in the northeast, and they tended to be relatively short lines that linked neighboring cities. Here in New England, Boston soon emerged as an important railroad hub, and by the mid-1830s it had three different lines that radiated outward as far as Lowell, Providence, and Worcester. However, railroad investors had far more ambitious plans, including one proposal that would extended the line west of Worcester all the way to Albany.

Throughout the colonial era, and into the early 19th century, Boston had been one of the most important seaports in the present-day United States. However, as settlers moved west, and as the country acquired new territory, Boston found itself on the far eastern edge of a nation that was rapidly expanding westward. The opening of the Erie Canal in 1825 further threatened Boston by linking New York City with the Midwest, making it the primary seaport for trade with the inland regions.

As early as 1826, the Massachusetts state legislature had begun exploring the possibility of a railroad from Albany to Boston. This would prevent Boston from becoming economically isolated from the rest of the country, by providing an alternate route to the sea for goods transported along the Erie Canal. The state subsequently hired prominent civil engineer James F. Baldwin to examine potential routes through the state. The most promising was a southerly route, which would head west from Worcester through Springfield and Pittsfield before crossing into New York. This is, more or less, the route that would ultimately be opened a little over a decade later.

To achieve this goal, the Western Railroad was incorporated in 1833, although construction work did not start until 1837. The eastern half of the railroad, from Worcester to Springfield, was relatively easy to build, and it opened on October 1, 1839. However, the western portion, which crossed the mountains of the Berkshires, was a far more challenging engineering feat. By this point, railroad technology was still in its infancy, and there were still significant questions about the ability of steam locomotives to operate on steep grades. Some doubted whether a locomotive could handle grades greater than one percent (one foot of vertical rise for every hundred feet of track), and many early railroads used steam-powered inclined planes to pull trains up steep sections of the route. However, any crossing of the Berkshires would require consistent grades in excess of one percent, in some places even exceeding 1.5 percent.

To reach the divide between the Connecticut River and Housatonic River watersheds, the route of the railroad followed the Westfield River to the west of Springfield. In the town of Huntington, the river splits into three main branches, with the railroad continuing upstream along the west branch. From there, the river valley becomes increasingly narrow and winding, particularly in the last 13 miles from Chester to the watershed divide in Washington.

In order to oversee this project, the railroad hired George Washington Whistler as chief engineer. An 1819 graduate of West Point, Whistler was one of the nation’s leading civil engineers, and he was involved in the construction of many early railroads. He would go on to earn international fame from his accomplishments here on the Western Railroad, and Czar Nicholas I of Russia subsequently hired him to build the Saint Petersburg–Moscow Railway. However, Whistler’s fame would ultimately be eclipsed by his son, the prominent artist James Abbott McNeill Whistler, who was a young child living with his family in Springfield when George Washington Whistler built the Western Railroad.

For Whistler, the most difficult part of the project would be the 13 miles between Chester and Washington, where the railroad rose in elevation from 600 feet in Chester to 1,459 feet at the watershed divide. This was a serious challenge, given the concerns about the technical limitations of steam locomotives, but Whistler also had to build this railroad within the confines of a narrow, sinuous river gorge. This meant the railroad would require a series of deep rock cuts and high embankments, along with repeated crossings of the river, in order to maintain a reasonable grade. Even so, the finished railroad would have a six-mile section with an average grade of 1.51 percent, and a maximum grade of 1.57 percent.

Probably the most distinctive feature of this section of the railroad is its many bridges. The railroad crossed the river a total of 21 times in these 13 miles, and ten of these bridges were masonry arch bridges, including the one shown here in these two photos. The original intent had been to use simpler bridges with rubble masonry abutments, but these would have been vulnerable to spring flooding, so the railroad opted for more substantial arch bridges. This required excavating down to bedrock to anchor the abutments, and it also meant bringing in quarried stone from elsewhere, since the local stone proved to be of inferior quality. This was a significant expense for the railroad, as these quarried blocks—which weighed upwards of a thousand pounds each—had to be transported along rough roads to these remote work sites along the river.

Aside from the bridges, other labor-intensive work included the many cuts and fills along the railroad bed. A little to the east of the bridge in this photo, just beyond the curve in the distance, is a deep rock cut, measuring about 575 feet long and 30 to 40 feet deep. In the days before dynamite and other high explosives, this work would have been done using only black powder and hand tools such as picks and shovels. Beyond this rock cut was an embankment, with a long stone retaining wall that had to be built to keep the railroad bed from sliding off the steep cliff down to the river. A few miles to the west of the stone bridges, at the highest point of the railroad in the town of Washington, was an even larger rock cut. It was about a half mile long, and 55 feet deep at its deepest point.

All of this work, including the unanticipated need for stone arch bridges, led to significant cost overruns for the Western Railroad. In 1838, prior to the start of construction, the cost of building section of the railroad to the west of the Connecticut River was estimated at $2.1 million. The actual cost turned out to be a little over $2.5 million, including nearly $1 million just to build a 13-mile section here in the Berkshires. The single most expensive mile was just a little to the east of the scene in these photos, between mile markers 127 and 128. Within that mile, the railroad crossed the river three times on large stone arch bridges, and cost nearly $220,000. The company’s January 1841 annual report explained some of the reasons for these added expenses, quoting the engineer (presumably Whistler), who wrote about the challenges of building the railroad through this section along the Westfield River:

With the limited knowledge of the character of the stream here, at the time of the original estimate, and, judging of its effects in times of freshets, from the comparatively unstable character of the structures then existing on the turnpike, occupying almost the immediate line of the rail-road, in tolerable security, it was then judged that structures of the more ordinary kind, with common rubble masonry for bridge abutments and side walls, would give ample security to the road, and such was estimated for. But the experience in time of our personal knowledge of the effects of freshets in this stream, proved the necessity of abandoning such structures, and resorting to others of a more costly and permanent character. Stone arches of large openings were adopted, requiring masonry of a very different and superior character to support them;—rendering it necessary too to resort to great depths in search of permanent rock foundations below the bed of the stream. This was the more readily acceded to at the time, from the belief (as every appearance indicated) that materials suitable for such structures would be obtained from the rock cuts in their immediate vicinity. But soon after they were commenced, and the character of the stone exposed by the opening of the cuts, it proved entirely unfit; and the contractor was compelled to resort to quarrying and hauling the stone from a distance, and over roads almost impassible;—thus rendering it necessary to increase his prices to meet this additional cost.

The work of actually building the railroad was largely done by immigrant laborers, primarily the Irish. At one point there were several thousand workers employed here, and this is evident in the 1840 census, which was conducted in the midst of the railroad construction. In a sort of precursor to the later railroad boom towns that would follow the First Transcontinental Railroad several decades later, the town of Middlefield—located on the north side of the river—saw a particularly dramatic increase in population. From a population of 720 in 1830, Middlefield grew to 1,717 in 1840, with the census noting that 686 were from “Middlefield proper,” while the rest were counted as “extraneous population.”

These workers generally lived in temporary shantytowns along the river, and the census indicates that most were in their 20s or 30s, with few over the age of 40. The 1840 census does not provide much specific demographic information, and only the heads of the households are individually named, but the census data suggests that most of these men lived here with their families. Most of the households included both a man and a woman who were between the ages of 20 and 40, along with several young children who were generally under the age of 10. The surnames of the heads of household were overwhelmingly Irish, with Murphy being a particularly common name among the workers in Middlefield.

The arrival of so many foreign immigrants in a small, rural community was not without controversy. Early in the construction process, in the spring of 1839, the Hampshire Gazette published an article titled, “The Irish on our Public Works,” which addressed concerns about the societal impact of the Irish immigrants who were working on the railroad. The article warned that, “[i]f some measures are not taken for the education and moral reformation of the multitudes of Irish and other foreign emigrants that swarm the country, our republic will be much in danger from them.” Perhaps in response to these concerns, a few months later a resident of Middlefield began raising funds to establish three schools for the children of the laborers. It seems unclear as to whether these contributions were motivated by genuine altruism or by nativist fears about an under-educated immigrant class, but a subsequent article in the Boston Evening Transcript declared that the students were “learning rapidly, and doing credit to the labors of their benefactors.”

These workers remained here throughout the summer of 1841, and the railroad was ultimately completed in the early fall, with the final tracks laid at the rock cut in Washington on October 2, 1841. The railroad opened two days later, linking Boston and Albany. In the process, the railroad set a number of records. It was, up to that point, the longest and most expensive railroad in America, and it was also the first to be built through mountains without using steam-powered inclined planes to assist locomotives. As such, it was a significant engineering milestone, and it was enough to gain the attention of the czar, who brought Whistler to Russia as soon as his work here on the Western Railroad was finished.

However, despite the completion of the railroad, there would continue to be challenges, including a fatal accident that occurred on October 5, 1841, just a day after the line opened. The railroad originally just had one track, with occasional passing sidings for trains heading in opposite directions, including ones at Chester and Westfield. On this particular day, both the eastbound and westbound trains were given instructions to meet at Chester before proceeding. However, the eastbound conductor apparently never received this message, and was expecting to meet the other train further down the line in Westfield. This resulted in a head-on collision about four miles west of Westfield, killing the conductor of the eastbound train and one passenger, along with injuring many others. The accident was a personal tragedy for George Washington Whistler, whose niece, Caroline Bloodgood, was on the train. She was among those injured, and her young son was the one passenger who was killed in the accident.

The Western Railroad did manage to help dispel the myth that steam locomotives were unable to ascend steep grades under their own power, but the section of the railroad here in the Berkshires was nonetheless challenging for trains. Whistler had selected locomotives that were built by Ross Winans of Baltimore, a friend of his whose daughter Julia would later marry his son George. Nicknamed “crabs,” presumably because of their eight drive wheels and Maryland origins, these locomotives proved unreliable here on the Western Railroad, and the railroad ultimately resorted to custom building their own mountain locomotives at their shops in Springfield.

Despite these setbacks, the railroad overall proved to be a success, and for many years it was the only east-west railroad through the Berkshires, providing an important transportation link between Boston and the rest of the country. Although it was originally built as a single-track railroad, Whistler had wisely designed the bridges and other structures to accommodate a second track. This made the initial construction costs higher, but in the long run it saved the railroad money by making it easy to add a second track without having to reconstruct all of the bridges.

For travelers along the route, this section through the Berkshires was a highlight of their journey. The 1847 travel guide A Chart and Description of the Boston and Worcester and Western Railroads, published only six years after the railroad opened, provides the following description:

No language that we are master of could give the traveller any proper description of the wildness, the grandeur, or the obstacles surmounted in the construction of this portion of the route. The river is exceedingly crooked, and the lofty mountains, which are very steep and rugged, and of solid rock, shut down quite to the river on both sides, their sharp points shooting by each other, rendering crossings at every bend of the stream indispensable. In addition to this, the points of the hills must be cut away, and for many miles these rock cuttings and bridges follow each other in regular and rapid succession. . . . Nor does the passing traveller, hurling along as rapidly as he is, see much of the beauty of this mountain gorge. It is not until he has seen, from the base of these mighty structures of art, the passage of the cars, that their magnificence is really felt.

The Western Railroad would ultimately merge with the Boston and Worcester in 1867, forming the Boston and Albany Railroad. This company would, in turn, be leased by the New York Central starting in 1900, although this line retained the Boston and Albany name well into the 20th century. In the meantime, the railroad continued to make improvements to the route, including some changes here along the banks of the Westfield River. A few of the original bridges were replaced, including the easternmost one, which was replaced in 1866 with the current double arch bridge. The next bridge upstream from there was replaced in 1912 with the current steel deck truss girder bridge, although the original stone abutments appear to still be there, encased in poured concrete. Much further upstream, the westernmost two bridges were apparently reconstructed in 1928 after having been damaged in a flood, although it is possible that portions of the original bridges are still underneath the concrete.

However, the most significant change to this portion of the railroad occurred in 1912, when about a mile of the railroad was rerouted, including the section shown here in these two photos. The first photo was probably taken only a few years before this occurred. The postcard is undated, and does not have a postmark, but it has an undivided back, suggesting that it was printed before 1907. As part of this realignment, the railroad shifted to the south side of the river, eliminating two of the river crossings. One of the original bridges, located about 300 yards west of here, was demolished as part of this project, in order to make room for a new bridge. Three other original bridges were simply abandoned, including this one here, which is the westernmost of the three.

Today, more than a century after the railroad was rerouted, these three bridges are still standing. One of them, the easternmost, is still on land owned by the railroad, and it is directly adjacent to the active rail line, so it is not accessible to the public. However, the other two bridges, along with the 3,000-foot section of abandoned railroad right-of-way between them, are now owned by the state as part of the Walnut Hill Wildlife Management Area. The bridges are accessible by way of the Keystone Arch Bridge Trail, a 2.5-mile long trail that starts in Chester. Despite being over 180 years old, and despite not having been maintained in well over 100 years, these bridges remain in good condition, clearly fulfilling Whistler’s goal of creating bridges of “a more costly and permanent character.”

As the travel guide had indicated back in 1847, it is hard to get a sense of the scale of these bridges from the railroad. Even today, it is hard for visitors to tell just how big these bridges are while standing atop them, and photographs are likewise unable to capture the full scope of these structures. Only by climbing down to the river and looking up at the arches can a visitor fully appreciate the size of the bridges, and the work that went in to building them in the middle of a river gorge in one of the most remote areas of the state.

Of the three surviving bridges, the one here in this scene is the largest. Including the wingwalls, the structure of the bridge is over 500 feet long, the bridge deck is about 25 feet wide, and the top of the bridge rises about 75 feet above the river. The bottom of the arch is about 60 feet above the water, and the total span of the arch is 54 feet. The bridge is mostly in its original condition, although about three-quarters of the parapet stones are gone, having apparently been pushed over the edge by vandals over the years.

In 1980, this bridge was added to the National Register of Historic Places as a contributing structure in the Middlefield–Becket Stone Arch Railroad Bridge District. Then, in 2021, the two surviving stone arch bridges on public property, including this one, were designated as National Historic Landmarks as part of the Western Railroad Stone Arch Bridges and Chester Factory Village Depot district. The district is also comprised of the railroad bed in between the two bridges, including the large rock cut and stone retaining wall, along with the historic railroad station in the center of Chester, several miles to the east of here. This station is owned by the Chester Railway Station and Museum, which features an extensive collection of artifacts relating to the Western Railroad and the construction of these bridges.

For more information on the history of these bridges, the National Historic Landmark Nomination Form is an excellent resource. The Friends of the Keystone Arches also has an excellent website, with plenty of historical information and photographs, along with information about hiking to the bridges.

Mount Tom Railroad, Holyoke, Mass (3)

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The trolley Elizur Holyoke approaching the summit on the Mount Tom Railroad, around 1905-1915. Image courtesy of the Library of Congress, Detroit Publishing Company Collection.

The scene in 2021:

The first photo shows the trolley Elizur Holyoke, one of two that operated on the Mount Tom Railroad. Together with the Rowland Thomas, these two cars formed a funicular railway; they were connected by a cable that allowed the descending car to use its weight to help pull the other one up the mountain. This cable, which is seen in the foreground in the middle of the tracks in the first photo, was not powered by a motor at the summit, but instead each car had its own motors, which drew power from overhead wires by way of a trolley pole, as shown atop the Elizur Holyoke in the photo.

The Mount Tom Railroad opened in 1897, allowing visitors to reach the newly-constructed Summit House atop the 1,200-foot Mount Tom. It was just under a mile in length, and it rose 700 feet in elevation, with an average grade of 14 percent and a maximum of 21.5 percent. Most of the route was straight, with the exception of a curve near the summit, which is shown here in this scene. The cars typically ran once every half hour, although they could be operated more frequently depending on demand. Each car could seat 84 passengers, and over the course of an average season the railroad typically carried about 75,000 people to and from the summit.

Aside from the railroad itself, this scene also offers a view of the northernmost portion of the Mount Tom Range, along with part of the Holyoke Range. Appropriately enough, the first photo shows the Elizur Holyoke directly below Mount Holyoke. Both the mountain and the trolley share the same namesake, and the mountain also lent its name to the city of Holyoke, where Mount Tom is located. Further to the left of Mount Holyoke is Mount Nonotuck, which is visible near the upper left corner of the first photo.

When the railroad and Summit House here on Mount Tom opened in 1897, both of these mountains already had long-established hotels at their summits, with the Prospect House on Mount Holyoke and the Eyrie House on Mount Nonotuck. Unlike those businesses, though, the Summit House did not offer overnight accommodations, and instead catered entirely to day visitors. In any case, the aging Eyrie House was never a major competitor to the Summit House, and it ultimately burned in 1901. As for the Prospect House, its 20th century history would largely mirror that of the Summit House, and both ultimately closed in the late 1930s amid declining business during the Great Depression.

The Summit House was demolished around 1938, and the railroad tracks were removed around the same time. Then, in 1944 the property was sold to the radio station WHYN, which built towers and buildings at the summit and converted the railroad right-of-way into a paved access road. Overall, though, this scene has not changed much, aside from the loss of the railroad tracks. The slopes of Mount Tom still look much the same as they did when the first photo was taken, as do the mountains in the distance, although some are obscured by tree growth in the present-day photo. Even the Prospect House on Mount Holyoke is still standing, and it is barely visible as a tiny white speck just to the left of the summit in both photos. Now preserved as a museum, this historic building is one of the few surviving 19th century mountaintop resorts in the northeast, having long outlived its newer competitors on Mount Nonotuck and here on Mount Tom.