The tube that’s not a tube: What exactly is the Northern City line?

State of the art: a train on the Northern City Line platforms at Moorgate. Image: Haydon Etherington

You may never have used it. You may not even know that it’s there. But in zones one and two of the London Underground network, you’ll find an oft-forgotten piece of London’s transport history.

The Northern City line is a six-stop underground route from Moorgate to Finsbury Park. (It’s officially, if confusingly, known as the Moorgate line.) But, unlike other underground lines, it not part of Transport for London’s empire, and is not displayed on a normal tube map. Two of the stations, Essex Road and Drayton Park, aren’t on the underground network at all.

The line has changed hands countless times since its creation a century ago. It now finds itself hiding in plain sight – an underground line, not part of the Underground. So why exactly is the Northern City line not part of the tube?

The Northern City line, pictured in dotted beige. Source: TfL.

As with many so many such idiosyncrasies, the explanation lies in over a century’s worth of schemes being cancelled and going awry. The story starts in 1904, when the private Great Northern Railways, which built much of what is now the East Coast Main Line, created the line to provide trains coming from the north of London with a terminus in the City. This is why the Northern City line, unlike a normal tube line, has tunnels wide enough to be used by allow mainline trains.

Pretty soon,  though, Great Northern decided that this wasn’t such a bright idea after all. It mothballed plans to connect the Northern City up to the mainline, leaving it to terminate underneath Finsbury Park, scrapped electrification and sold the line off to Metropolitan Railways – owners of, you guessed it, the Metropolitan line.

Metropolitan Railways had big plans for the Northern City line too: the company wanted to connect it to both Waterloo & City and Circle lines. None of the multiple variants on this plan ever happened. See a theme?

The next proposed extensions, planned in the 1930s once London Underground had become the domain of the (public sector) London Passenger Transport Board, was the Northern Heights programme. This would have seen the line connected up with branch lines across north London, with service extended to High Barnet, Edgware and Alexandra Palace: essentially, as part of the Northern line. The plans, for the main part, were cancelled in the advent of the Second World War.

The Northern Heights plan. The solid green lines happened, the dotted ones did not. Image: Rob Brewer/Wikimedia Commons.

What the war started, the Victoria line soon finished. The London Plan Working Party Report of 1949 proposed a number of new lines and extensions: these included extension of the Northern City Line to Woolwich (Route J) and Crystal Palace (Route K). The only one of the various schemes to happen was Route C, better known today as the Victoria line, which was agreed in the 1950s and opened in the 1960s. The new construction project cannibalised the Northern City Line’s platforms at Finsbury Park, and from 1964 services from Moorgate terminated one stop south at Drayton Park.

In 1970, the line was briefly renamed the Northern Line (Highbury Branch), but barely a year later plans were made to transfer it to British Rail, allowing it to finally fulfil its original purpose.


Before that could happen, though, the line became the site of the deadliest accident in London Underground history. At the height of the morning rush hour on 28 February 1975, a southbound train failed to stop at Moorgate, instead ploughing into the end of the tunnel. The crash killed 43 people. The authorities responded with a major rehaul of safety procedure; Moorgate station itself now has unique timed stopping mechanisms.

The last tube services served the Northern City Line in October 1975. The following year, it reopened as part of British Rail, receiving trains from a variety of points north of London. Following privatisation, it’s today run by Govia Thameslink as part of the Great Northern route, served mainly by suburban trains from Hertford and Welwyn Garden City.

Nowadays, despite a central location and a tube-like stopping pattern, the line is only really used for longer-scale commutes: very few people use it like a part of the tube.

Only 811,000 and 792,000 people each year enter and exit Essex Road and Drayton Park stations respectively. These stations would be considered the fifth and sixth least used in the tube network – only just beating Chorleywood in Hertfordshire. In other words, these usage stats look like those for a station in zone seven, not one in Islington.

One reason for this might be a lack of awareness that the line exists at all. The absence from the tube map means very few people in London will have heard of it, let alone ever used it.

Another explanation is rather simpler: the quality of service. Despite being part and parcel of the Oyster system, it couldn’t be more different from a regular tube. The last, and only, time I used the line, it ran incredibly slowly, whilst the interior looked much more like a far-flung cross-country train than it does a modern underground carriage.

Waiting for Govia. Image: Haydon Etherington.

But by far the biggest difference from TfL is frequency. The operators agreed that trains would run between four and six times an hour, which in itself is fine. However, this is Govia Thameslink, and in my experience, the line was plagued by cancellations and delays, running only once in the hour I was there.

To resolve this, TfL has mooted taking the line over itself. In 2016, draft proposals were put forward by Patrick McLoughlin, then the transport secretary, and then mayor Boris Johnson, to bring "northern services... currently operating as part of the Thameslink, Southern and Great Northern franchise" into TfL's control by 2021.

But, in a story that should by now be familiar, Chris Grayling scrapped them. At least it’s in keeping with history.

 
 
 
 

What’s killing northerners?

The Angel of the North. Image: Getty.

There is a stark disparity in wealth and health between people in the north and south of England, commonly referred to as England’s “north-south divide”. The causes of this inequality are complex; it’s influenced by the environment, jobs, migration and lifestyle factors – as well as the long-term political power imbalances, which have concentrated resources and investment in the south, especially in and around London.

Life expectancy is also lower in the north, mainly because the region is more deprived. But new analysis of national mortality data highlights a shockingly large mortality gap between young adults, aged 25 to 44, living in the north and south of England. This gap first emerged in the late 1990s, and seems to have been growing ever since.

In 1995, there were 2% more deaths among northerners aged 25 to 34 than southerners (in other words, 2% “excess mortality”). But by 2015, northerners in this age group were 29% more likely to die than their southern counterparts. Likewise, in the 35 to 44 age group, there was 3% difference in mortality between northerners and southerners in 1995. But by 2015, there were 49% more deaths among northerners than southerners in this age group.

Excess mortality in the north compared with south of England by age groups, from 1965 to 2015. Follow the lines to see that people born around 1980 are the ones most affected around 2015.

While mortality increased among northerners aged 25 to 34, and plateaued among 35 to 44-year-olds, southern mortality mainly declined across both age groups. Overall, between 2014 and 2016, northerners aged 25 to 44 were 41% more likely to die than southerners in the same age group. In real terms, this means that between 2014 and 2016, 1,881 more women and 3,530 more men aged between 25 and 44 years died in the north, than in the south.

What’s killing northerners?

To understand what’s driving this mortality gap among young adults, our team of researchers looked at the causes of death from 2014 to 2016, and sorted them into eight groups: accidents, alcohol related, cardiovascular related (heart conditions, diabetes, obesity and so on), suicide, drug related, breast cancer, other cancers and other causes.

Controlling for the age and sex of the population in the north and the south, we found that it was mostly the deaths of northern men contributing to the difference in mortality – and these deaths were caused mainly by cardiovascular conditions, alcohol and drug misuse. Accidents (for men) and cancer (for women) also played important roles.

From 2014 to 2016, northerners were 47% more likely to die for cardiovascular reasons, 109% for alcohol misuse and 60% for drug misuse, across both men and women aged 25 to 44 years old. Although the national rate of death from cardiovascular reasons has dropped since 1981, the longstanding gap between north and south remains.

Death and deprivation

The gap in life expectancy between north and south is usually put down to socioeconomic deprivation. We considered further data for 2016, to find out if this held true for deaths among young people. We found that, while two thirds of the gap were explained by the fact that people lived in deprived areas, the remaining one third could be caused by some unmeasured form of deprivation, or by differences in culture, infrastructure, migration or extreme weather.

Mortality for people aged 25 to 44 years in 2016, at small area geographical level for the whole of England.

Northern men faced a higher risk of dying young than northern women – partly because overall mortality rates are higher for men than for women, pretty much at every age, but also because men tend to be more susceptible to socioeconomic pressures. Although anachronistic, the expectation to have a job and be able to sustain a family weighs more on men. Accidents, alcohol misuse, drug misuse and suicide are all strongly associated with low socioeconomic status.

Suicide risk is twice as high among the most deprived men, compared to the most affluent. Suicide risk has also been associated with unemployment, and substantial increases in suicide have been observed during periods of recession – especially among men. Further evidence tells us that unskilled men between ages 25 and 39 are between ten and 20 times more likely to die from alcohol-related causes, compared to professionals.

Alcohol underpins the steep increase in liver cirrhosis deaths in Britain from the 1990s – which is when the north-south divide in mortality between people aged 25 to 44 also started to emerge. Previous research has shown that men in this age group, who live in the most deprived areas, are five times more likely to die from alcohol-related diseases than those in the most affluent areas. For women in deprived areas, the risk is four times greater.


It’s also widely known that mortality rates for cancer are higher in more deprived areas, and people have worse survival rates in places where smoking and alcohol abuse is more prevalent. Heroin and crack cocaine addiction and deaths from drug overdoses are also strongly associated with deprivation.

The greater number of deaths from accidents in the north should be considered in the context of transport infrastructure investment, which is heavily skewed towards the south – especially London, which enjoys the lowest mortality in the country. What’s more, if reliable and affordable public transport is not available, people will drive more and expose themselves to higher risk of an accident.

Deaths for young adults in the north of England have been increasing compared to those in the south since the late 1990s, creating new health divides between England’s regions. It seems that persistent social, economic and health inequalities are responsible for a growing trend of psychological distress, despair and risk taking among young northerners. Without major changes, the extreme concentration of power, wealth and opportunity in the south will continue to damage people’s health, and worsen the north-south divide.

The Conversation

Evangelos Kontopantelis, Professor in Data Science and Health Services Research, University of Manchester

This article is republished from The Conversation under a Creative Commons license. Read the original article.