Everything Everywhere Daily: History, Science, Geography & More - The Great Stink: How a Horrific Smell Changed London Forever

Starting point is 00:00:00 In the summer of 1858, London was brought to a standstill by something you couldn't see but definitely couldn't ignore, the overwhelming stench of the River Thames. The event known as the Great Stink wasn't just unpleasant. It forced a modern city to confront a growing crisis of sanitation, public health, and urban planning. What happened that summer would reshape one of the world's greatest cities and change how we think about infrastructure forever. Learn more about the great stink of 1858 and the smell that changed history on this episode of Everything Everywhere Daily. Do you ever climb into bed ready to sleep only to have your mind start racing the moment your head hits the pillow? Thoughts bouncing around, replaying the day or jumping ahead to tomorrow? That is exactly

Starting point is 00:00:55 why Catherine Nikolai created Nothing Much Happens. Each episode is a gentle, cozy bedtime story where, well, nothing much happens. No drama, no tension. Nothing you need to follow closely. Just soft narration, calming repetition, and soothing sensory details designed to help your mind slow down and your body relax. It's not about entertainment, it's about rest. And millions of listeners around the world use it every night to quiet their thoughts and finally fall asleep. If you've ever struggled to shut your brain off at night, this might be exactly what you've been missing. You can listen to Nothing Much Happens wherever you get your podcast. Episodes are every Monday and Thursday. When looking back on the origins of the crisis in 1858, it's important

Starting point is 00:01:43 important to remember that London was one of the first great industrial cities of the world and faced unique challenges that no city in history had ever faced before. The driving force behind the Industrial Revolution during this period was the coal-powered steam engine. These coal engines were extremely dirty and emitted exhaust and soot, which basically covered everything and would often just hang in the air. Writers of the era, such as Charles Dickens, provided stark accounts of the environmental devastation caused by the widespread use of coal. their descriptions frequently painted a pitcher of factories polluting the air with smoke and contaminating waterways, such as the Thames, with industrial waste.

Starting point is 00:02:21 Urbanization posed equally severe challenges for English waterways, especially in cities like London. London's population surged from 1 million to 2.5 million by the mid-19th century and exceeded 6 million by the 20th century. This rabid urbanization placed pressures on the environment that it couldn't sustain, leading to increasingly dire consequences and setting the stage for a crisis. In Charles Dickens era, London's population neared 3 million people, but its sewage system remains stuck in the dark ages. London's antiquated sewer system was little more than a series of underground channels.

Starting point is 00:02:56 These took waste to the river, which also happened to be London's only source of drinking water. If you remember back to my episode on the history of sewers, they're one of the most important inventions that make life in cities possible. Urban London had long paid the price for its abuse of the River Thames, with reoccurring cholera outbreaks. Colora is largely caused by consuming water that's been contaminated with human waste. A particularly vivid reminder of this was the 1831 cholera outbreak, which spread through the London water system and killed as many as 30,000 people. It wasn't until John Snow's work during the outbreak of 1854 that people began to realize that water was the sort of, of the problem. At the time, the miasma theory held sway, which said that disease came from

Starting point is 00:03:45 breathing corrupted air, which was an interesting concept given that the water they were drinking was literally the color of mud. However, most of the drinkware at the time was made out of pewter, and they couldn't see the putrid color of the water, even after it was boiled for their morning tea. The hastily constructed homes for London's booming urban population often lacked toilets, so human waste was collected in buckets. Rather than keeping it indoors, which would have been intolerable, residents dumped it in the street. From the buckets, it ended up coating the streets,

Starting point is 00:04:17 and in some areas the road was covered by several inches of human and animal waste. Estimates from the 19th century suggest that up to 300,000 horses lived in London, and each of them produced up to 30 pounds of manure per day and several liters of urine. Whenever it rained in London, this horrifying runoff made its way into the city's archaic storm system and inevitably into the Thames. Charles Dickens predicted what would happen in his novel Little Dorrit, published a year before the summer of 1858, when he said, quote, miles of close wells and pits of houses where the inhabitants gasped for air stretch far away towards every point of the compass. through the heart of the town a deadly sewer ebbed and flowed in the place of a fine, fresh river. End quote.

Starting point is 00:05:07 In Little Dorrit, Dickens harshly criticized the city's sewer management office by lampooning it as the circumlocution office, a fictional body whose sole purpose was to explore how not to do things, a clear dig at the real bureaucratic failings of the city of London. When he wasn't writing novels exposing the trials of urbanization, Dickens published his own weekly journal. Household Words, a weekly journal of Charles Dickens. During the summer of 1858, he addressed the sewage problem when he wrote, quote, The Thames, which before reaching London, is polluted by the drainage from several hundred thousand people,

Starting point is 00:05:43 and in London deposits the filth of hundreds of thousands upon mud banks, exposed daily at low water, and in these hot days, festering at the heart of the metropolis, end quote. Dickens wasn't alone in his concern for London. His worries resonated with others on the front line of science and public health. Alongside Dickens, the city's most famous scientist, Michael Faraday, stepped forward in the crusade against the pollution of the river. In addition to his work on electromagnetic induction and electric motors, Faraday was among the first to sound the alarm on the crisis of the Thames. In 1855, several years before the catastrophic summer of 1858, Faraday conducted his white cardstock experiments. deeply concerned about the Thames pollution, Faraday devised a simple test. As he walked along the river's

Starting point is 00:06:33 banks, he dropped white cardstock into the water, recording the depth at which it vanished from view. Faraday reported the cards vanished from sight before they had even sunk one inch. The water was a pale, opaque, brown fluid. Faraday published his findings in an editorial in the Times of London on July 9, 1855, published under the title, Observations on the Filth of the Thames. He warned that if the city didn't act, it was effectively inviting disaster. Faraday warned, quote, if we neglect this subject, we cannot expect to do so with impunity, nor ought we be surprised if a hot season should give a sad proof of our carelessness, end quote. In the summer of 1858, a confluence of factors brought the Thames River to a crisis point, as July temperatures reached an astounding, one-year-old.

Starting point is 00:07:26 118 degrees Fahrenheit or 48 degrees Celsius, the river's condition rapidly deteriorated, fulfilling earlier ominous warnings. The perfect storm of events ultimately led to an environmental disaster. Centuries of built-up waste in the Thames began to literally ferment in the water. The putrid fermentation and testified unleashing a relentless, fetid odor that swept across the city. The city's suffering was captured by a series of famous cartoons, in the Times of London, illustrating Father Thames, rising from a stew of putrid water, with dead animals and industrial waste.

Starting point is 00:08:04 By a twist of fate, Parliament had just relocated to the Westminster campus, directly on the Thames, and now at the epicenter of the catastrophe. The parliamentarians resorted to coating all of the building's curtains with calcium hypochloride, also known as chloride of lime, in an effort to mask the odor. And it did not work. Members of Parliament had to flee their offices, forced to hold scented handkerchiefs to their faces, as the odor overwhelmed any attempts to mask them.

Starting point is 00:08:36 Conditions grew so vile that even the most steadfast Londoners were finally forced to flee the city. Chancellor of the Exchequer Benjamin Disraeli was among those who could no longer endure it, leaving London for his country home by July. Even Queen Victoria wasn't spared by the disaster, as the crisis continued to escalate. In an effort to calm the public, Queen Victoria and Prince Albert took a boat ride in the Thames to show the city that all was well. And the trip was a colossal

Starting point is 00:09:04 failure. Despite scented handkerchiefs and a luxury boat, the royal couple managed only a few minutes before ordering the boat back as the dropping water levels exposed even more sewage. Ironically, just a month after the Queen's rapid retreat, she sent the world's first Transcontinental message to America via 2,000 miles of undersea cable, an astonishing technological feat considering London's waste problem that existed just miles from her palace. Charles Dickens argued that the message had now finally reached the circumlocution office. Now the political leaders experienced the crisis firsthand, Parliament was compelled to act, launching years of blame and debate that produced little action at first.

Starting point is 00:09:50 Ironically, the plan to solve the crisis had been known for decades. It was just waiting for adoption. The famous landscape artist and Faraday's associate, John Martin, had drawn up a plan to solve the problem. Back in 1828, Martin had published, A Plan for Supplying Pure Water to the Cities of London and Westminster, and of materially improving and beautifying the western parts of the metropolis, in which he called for creating embankments along,

Starting point is 00:10:15 the river to capture waste and carry it parallel to the river, not into it. Surprisingly, even dire public health warnings failed to spur Parliament into action. An 1842 report published by health reformer Edwin Chadwick in The Lancet claimed that as a result of the filth, only half of children born in Urban England would reach their fifth birthday. Another cholera outbreak in 1849, which was again blamed on the miasma theory, didn't move the needle. The city was not ready for a solution on this scale until the events of 1858. Benjamin Israeli, one of the staunchest advocates for reform, explained the need for a solution when he said, quote,

Starting point is 00:10:57 that noble river which has so long been the pride and joy of Englishmen, which has hitherto possessed every quality that can condition a great city to prosperity and health, has now become a Stygian pool, reeking with ineffable and unbearable horror. end quote. The daunting task of saving the city fell on to Joseph Basilgett, chief engineer of the Metropolitan Board of Works. Basil Genius was based on several fundamental insights. He concluded that the north-south alignment of London sewer system,

Starting point is 00:11:30 which emptied into the Thames, needed to be altered. The new design would run the sewers parallel to the river and extend them to the river's estuaries outside the city, allowing tidal currents to carry the waste out to sea. Understanding the great cost, Basiljet convinced parliamentarians that the size of the system's pipes needed to be expanded at a high cost. But given London's urbanization, it would have to be done sooner or later. The city's engineers also implemented Martin's embankment plan to catch waste before it enters the Thames. Basil Jet championed the use of Portland cement for the new sewer systems,

Starting point is 00:12:07 asserting that this modern material would endure the passage of time and withstand the strain, of London's continued growth. The gamble to use Portland cement paid off, as the sewer system still functions and is structurally sound more than 160 years later. Basil Jett's plan saved the city, with 82 miles of main intercepting sewers and over 1,100 miles of street sewers,

Starting point is 00:12:31 he ensured that waste was caught before it reached the Thames and funneled east towards the ocean. Basil Jett was knighted and remains a celebrated figure in English history. Out of the stink of 1858 came one of the greatest engineering achievements in modern history, transforming London and setting a standard for cities worldwide. It's a reminder that sometimes progress doesn't begin with inspiration, but rather desperation.

Starting point is 00:12:58 And it turns out that sometimes the driving force of progress isn't vision or ambition, but the overwhelming desire to escape a really bad smell. The executive producer of Everything Everywhere Daily is Charles Daniel, The associate producers are Austin Otkin and Cameron Kiefer. Research in writing for this episode was provided by Joel Hermanson. My big thanks go to everyone who supports the show over on Patreon. Your support helps make this podcast possible. And I also want to remind everyone about the community groups on Facebook and Discord,

Starting point is 00:13:32 as this is where everything happens outside of the podcast. As always, if you leave a review on any of the major podcast apps, you too can have it run in the show.

Everything Everywhere Daily: History, Science, Geography & More - The Great Stink: How a Horrific Smell Changed London Forever

There aren't comments yet for this episode. Click on any sentence in the transcript to leave a comment.