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An economic history of the north of England. Part 3: The industrial revolution arrives

Charles Knight's engraving of Halifax as it was in 1834. Image: public domain.

The polycentric and scattered nature of the north of England gives it an urban form almost unique in Europe.

In the first two parts of his economic history of the region, Dr Stephen Caunce explored the “unparalleled urban failure” that followed the Black Death, and the pattern of scattered farmsteads and cottage industries that arose in the early modern age.

This time: the industrial revolution arrives.

The north of England offered plentiful coal in easily accessible seams. But, in the 1700s, the fact that transport costs doubled the sale price after only three or four miles made it uneconomic to mine it for other than very local use, and as yet there were no substantial communities in need of fuel. Other mineral resources found elsewhere in the Pennines had been eroded away, and so there was no proliferation of the lead mines seen to north and south.

The region’s many streams were fed by the peat, so nowhere had greater natural potential for year-round harnessing of water power via a multitude of small mills. This was used mostly in cloth finishing at first, or around Sheffield for tilt hammers and grindstones.

But this widespread access to water power simply reinforced the pattern of "scattered", rather than centralised, communities: it encouraged direct investment, rather than nucleation and outside involvement.

All these places were coming to be seen as towns, but few people lived in them and some had no legal existence at all. The built-up area of Rochdale spread across the boundaries between three townships, none of which was called “Rochdale”. As late as 1820, Accrington was described as two neighbouring villages, though by 1851 it was without doubt a substantial manufacturing town.

Manchester is the most famous case of a place that simply adapted its manorial courts to manage a town – and there is no evidence that commerce was hampered since it became the nerve-centre of the new cotton industry. However, it should be noted that it always served the surrounding area's commercial needs, rather than commanding them; and it never acquired any administrative superiority.

Most of the population growth was due to large families and very local migration: very few southerners moved north

This sort of development was mostly concentrated in the Pennines before 1800, the opposite of what might be expected, but the textile industry did spread out onto the plains. As the 19th century progressed, moreover, the economy diversified and new sectors found reasons to locate outside the hills. Certainly, steel making benefited from flatter sites than the old cutlers had favoured, and chemicals wanted access to shipping.

In the earlier stages, even merchants tended to live outside the towns, and journeys were measured in hours and days rather than weeks and months. Packhorses coped so well that turnpike roads developed very late and ineffectually. Even canals offered only a limited range of strategic, long-distance connection – quite unlike the pattern in and round Birmingham, say.


The canals finally did create some requirement of clustering, and with the start of factory production this was reinforced. However, the result was linearity rather than true centralisation, and even the railways had much the same impact as so many places acquired goods yards.

Moreover, northern lines were overwhelmingly intended to move freight, not people, and most industrial towns had very little rail commuting. Indeed, coal was present under much of the Pennine industrial area, and was widely mined through small family operated collieries rather than coming in by rail.

Even in the 19th century new towns were still emerging, most obviously Queensbury in Yorkshire and Nelson in Lancashire, both named after pre-existing public houses. However, most of the population growth was due to large families and very local migration: very few southerners moved north, and even the Irish influx is often overstated.

It should also be noted, for completeness, that outside the zones of intense urbanisation there was a full network of country market towns. And while they may seem too obvious to spend time on, in fact I would argue that they are part of the overall urban network of the region. Moreover, they have often preserved the pattern of populations geared to the minimum necessary level to service their surrounding areas; in Yorkshire they also rose and fell as needs changed.

After 1830 it was obvious that things had to change, with formalisation of urban status and ever increasing new powers for elected councils to run urban areas for the general good. But by then, this apparently chaotic urban pattern was fixed, and for another century it seemed to fit local people's requirements as well as any alternative; and local pride and sense of identity resisted even the most well-meaning attempts to re-organise on a more logical basis.

Even in 1974, the granting of strategic planning powers to new metropolitan county councils was met with a combination of indifference, dislike and hatred. Their rapid abolition caused very few regrets.

 

What I have been trying to communicate with this series is the historic reasons why the urban form of the north of England differs so much from that of the south. London is a classic case of a centripetal urban area: it has grown out from the Pool of London over the ages, with the communities surrounding it fitting into a hierarchy.

However, the M62 corridor is exactly the opposite: an inherently centrifugal, "exploded" version of urbanisation, stretched between the ports of Liverpool and Hull. It seems to defy the normal logic of human clustering. There are big risks inherent in trying to develop the region's economy now while ignoring that crucial difference.

Put it another way. Ebenezer Howard's theory of the "garden city" is usually treated as if it relates purely to the idea of including lots of greenery in and around towns. At least as important, though, was his vision of a system of manageable-sized, fairly self-contained settlements, where the inhabitants felt in control: big enough to offer people lots to do, but not so big they become anonymous.

The obsession with "dark, satanic mills" has completely obscured the fact that the north actually looks like a version of this already – yet we are now trying to turn it into one huge conurbation. Surely it's time we played to the region's strengths.

Dr Stephen Caunce was formerly a senior lecturer in history at the University of Central Lancashire. He has published a range of books on oral history and the north of England. You can buy them here.

 
 
 
 

What is the largest metro system in the world?

Sorry, Paris, you're not even close. Image: AFP/Getty.

This week we've been trying to work out which city has the largest metro in the world. It was surprisingly complicated.

So, for your delectation, here's the whole, horribly over complicated debate.

There are more than 150 metro systems on the planet. Exactly how many, though, is surprisingly difficult to pin down: there's some debate about which systems count, or whether to count integrated networks run by multiple operators as one metro or several.

Working out which metro is the largest is a similarly difficult exercise. Does largest mean “longest”? Most stations? Biggest ridership?

There probably isn't a definitive answer: too much depends on how you understand the question. But what the hell, we've started this now, so this week we're going to look at each possibility in turn. 


Which metro has the most stations?

That looks straightforward enough, doesn’t it? Can’t possibly be any complicating factors here. Right?

Stations are a pretty important consideration when dealing with metros: after all, without places to get on or off, there's not much point in having a train.

And, in this category at least there seems to be a clear winner: the New York Subway has a record breaking 468 stations, roughly three-fifths of which are underground. So, the answer is New York. Here they all are:

A poster listing all New York's subway stations. Image: Alex Daly & Hamish Smyth.

That was easy.

Except, well, looking at things more closely – this got complicated surprisingly quickly – it might not have 468 at all. By "international standards", apparently, it NYC only has 421 subway stations.

So how is there so much uncertainty about whether 47 New York subway stations actually exist? The main reason seems to be that the Metropolitan Transit Authority counts some “station complexes”, such as 14th Street-Union Square, as two or more stations; most networks would count them as one. You'd think it'd be easy to work out how much stations a metro network has, but no, apparently not.

Anyway, what we can say for certain is that the subway has 368km of routes and currently operates 24 services which, we think, is the highest number in the world. It's a pretty big network, is what we're saying here. And that's without counting things like PATH.

Despite the chronic uncertainty over exactly how many New York subway stations there are, it's pretty clear that there are more than on any other network. No other system comes close: the Shanghai Metro is in distant second with its 12 lines and 337 stations, many of which come with fancy features like sliding safety doors.

Platform screen doors installed at Shanghai's Xujiahui Station. Image: Jianshuo/Wikimedia Commons.

Beijing isn't too far behind, with 319 stations, although this seems to run into similar problems as the figure for New York, and a more accurate count may be 268.

Anyway, here’s the whole Top 10, using the figures as given by the networks themselves:

  • NYC Subway – 468
  • Shangai Metro – 337
  • Bejing Subway – 319
  • Seoul* Subway – 311
  • Paris Metro – 303
  • Madrid Metro – 301
  • London Underground – 270
  • Moscow Metro – 196
  • Mexico City Metro – 195
  • Tokyo Metro – 179

You notice that asterisk next to Seoul? That’s because we’re only counting lines 1-9, and not a whole bunch of other stuff that may or may not be part of the network.

Confused? Just you wait until we try to answer the next one:

Which metro has the most stations?

 

You'd think, by restricting ourselves to a simple, one-dimensional numerical measure, that working out which city had the longest metro system in the world would be simple, wouldn't you?


Ha. No such luck. This time (spoilers), the root of the confusion lies in the vexed question of what counts as one metro network.

One oft-cited candidate for the world’s longest metro network is the one in Seoul, which only opened in 1974 but by 2013 included 987.5km of route on 18 lines. That's pretty much enough to get you from London to Marseille. No other city comes close.

So why is this question remotely contentious? Because it's surprisingly unclear whether that metro should be counted as one system or several. It includes lines 1-9, the subway proper, which is operated by the Seoul Metropolitan Rapid Transit Corporation and the Seoul Metro (with which it'll merge next year).

But it also includes routes run by national rail operator Korail. Most contentiously, it includes lines run by satellite cities, such as the Incheon Transit Corporation, which operates trains in, well, Incheon.

 

 

An extract from a map of Seoul's complete metro network created by Wikipedia User IRTC1015. You can see the terrifyingly complicated full version here.

All these operators provide a single integrated network – but it's still the equvialent of measuring the London Underground by counting Overground, DLR, and so forth, or of counting the RER and Transilien as part of the Paris Metro. We are in danger, in other words, of comparing apples and oranges.

So what if you try to stick to apples alone? Look at lines 1-9 alone, and the network measures only 311km.


Which is quite a lot smaller and probably not the biggest in the world at all.

Other candidates for the top slot can’t promise the 900km+ of route that the wider definitions of the Seoul metro do, but the figures they do cite are probably less contentious.

One is the Shanghai Metro, which runs to 548km and counting. In 2013, it achieved the distinction of becoming the first Chinese metro network to cross provincial boundaries, when line 11 was extended into the satellite city of Kunshan in neighbouring Jiangsu province.

There's talk of extending it further, to connect up with metro systems of the cities of Suzhou and Wuxi, both of which are 100km away or more, too. Not bad given that Shanghai didn't open its first metro line until 1993.

It isn't the only monster subway system that's sprouted in China recently either. The Beijing Subway, first opened in 1969, is the country's oldest, so it got a bit of a head start on Shanghai. Today, it runs 18 lines, serves 319 stations, and stretches for 527km.

Schematic map of Beijing's subway, created by Wikipedia Users Ran and Hat600.

This is another one of those networks which has more than one operator: this one's split between the state-owned Beijing Mass Transit Railway Operation Corp (15 lines) and the Beijing MTR Corp (a joint venture with the Hong Kong transit authorities, which operates three). Between them, in 2014, they carried 3.4bn passengers.

One interesting feature of Beijing's metro is its station names, which, translated literally, mean things like Smooth Justice, Heavenly Peace Gate and (less appealingly) Cholera Camp. So, there you go.

Here, best we can tell, with all the caveats about different cities playing by different rules here, is the top 10 of metros proper:

  • Shanghai Metro – 548km
  • Beijing Subway – 527km
  • London Underground – 402km
  • New York Subway – 373km
  • Seoul Subway – 332km
  • Moscow Metro – 328km
  • Madrid Metro – 294km
  • Guangzhou Metro – 240km
  • Mexico City Metro – 227km
  • Nanjing Metro – 224km

Anyway. Next we're going to try counting people. That's where things get really complicated.

Which city has the busiest metro system?

There’s something inherently about awkward about phrases like “1.5bn people a year ride on the Paris Metro”. It doesn’t mean that a fifth of the world are hanging around Châtelet–Les Halles station at least once a year, obviously, it just means that there are that many journeys undertaken.


Anyway. Until very recently, on the question of which metro system carried the most passengers – had the highest ridership, in the jargon – there was a clear winner. The Tokyo Underground Railway Company launched Japan's first underground railway, the Ginza line between Ueno and Asakusa, in 1927. It was just 2.2 km long, but nonetheless, the line became so popular that passengers would queue up, sometimes waiting for over two hours just to ride the metro for five minutes.

Nearly nine decades later, the privately run Tokyo Metro runs nine lines, while the publically-owned Toei Subway operates another four and the Tokyo Waterfront Area Rapid Transit another. Between them they cover 290 stations – and carry a colossal 3.3bn passengers a year, or over 8m a day.

Unsurprisingly, the network has become a byword for overcrowding – a sort of metaphor for Japan's work culture. The concept of “pushers”, in which guards help passengers by shoving them into crowded subway trains, seems to have started in New York. But these days, the “osiyas” (literally, Japanese for “person who pushes for a living”) are associated mostly with Toyko's crowded metro.

Pushers at work. Screenshot from The Fat Finger on YouTube.

At some point in the last couple of years, however, Tokyo may have lost its crown as the world's most crowded. Beijing’s has 18 lines, run by two operators: between them they carried an estimated 3.4bn passengers in 2014.

We say “may” because, as ever, it is difficult to be sure we're comparing like-with-like here: a journey involving two operators and three different lines may be counted once, twice, or three times, depending on the statistical rules applied by the local authorities. At present, then, it's difficult to be sure that Beijing has overtaken Tokyo. If it hasn't, though, it seems almost certain that, in the not too distant future, it will.

Other networks are racing up behind, too. The Shanghai metro only opened in 1993, but in just over 20 years it's expanded to include 327 stations on 14 lines. By 2014 it was already carrying 2.8bn passengers a year. At the end of that year it's believed to have achieved a world record, when it carried 10.3m passengers in a single day.

Not far behind that is our own friend the Seoul Subway, where lines 1-9 carry 2.6bn passengers per year. (The extended network that we talked about last time carries considerably more.)

  • Beijing Subway – 3.4bn
  • Tokyo Subway* – 3.2bn
  • Shanghai Metro – 2.8bn
  • Seoul Subway** – 2.6bn
  • Moscow Metro – 2.5bn
  • Guangzhou Metro – 2.3bn
  • New York City Subway – 1.8bn
  • Hong Kong MTR – 1.7bn
  • Mexico City Metro – 1.6bn
  • Paris Métro – 1.5bn

*Includes the Tokyo Metro, the Toei Subway, and the Rinkai Line.

**Lines 1-9 only

The London Underground is bubbling under in 11th place with just 1.3bn. And you thought the Central Line got crowded of a morning.


So which metro should we call the world's biggest? Is it Toyko for being the busiest? Seoul for its length? New York for its station numbers? Or Shanghai for placing well in all categories?

The answer, alas, has to be “it depends how you count”. Sorry. We did try to warn you.

Research: Suren Prasad.