Cambridge O Level Pakistan Studies: Transport and Telecommunications (2059)

Transport and telecommunications is Section 7 of Paper 2 in Cambridge O Level Pakistan Studies 2059. It asks how and why the density of roads, railways and airports varies across Pakistan, which routes and ports link it to other countries, what a dry port is, and how phones, broadcasting and the internet support development. Map interpretation is the core skill: many questions begin with a network map you must describe before you explain it.

Where does Section 7 fit in 2059 Paper 2?

Paper 2 asks you to answer three 25-mark questions from five, each built around resources, with part (d) testing analysis. Section 7 depends on Section 1 (relief, rivers and climate decide where routes can run) and supports Sections 4, 5 and 6, because farms, factories and traders all need to move goods. It also links to Section 8: better transport and telecommunications change where people live and work.

Syllabus coverage

CAMBRIDGE O LEVEL PAKISTAN STUDIES 2059, 2026 — PAPER 2, SECTION 7: TRANSPORT AND TELECOMMUNICATIONS

• 7(a) Internal transport: interpret maps to describe regional variations in the density and pattern of road, rail and air networks; explain factors helping and hindering the location, maintenance and development of roads, railways and airports; describe recent improvements and consider the feasibility of new developments; compare road, rail and air for goods and people; evaluate new schemes, including motorways and airports
• 7(b) International transport: identify on a map the roads (with the passes they use) and railways that cross the border and are used for at least part of the year; identify the ports of Keamari, Qasim and Gwadar and the cities with international airports; explain the factors affecting the location and development of cross-border routes, seaports, dry ports and airports; explain what a dry port is, name one, and explain why dry ports have been developed in many cities
• 7(c) Telecommunications: explain the importance of radio, television, phones, fax, email and the internet to education, industry, services and trade; the problems of providing telecommunications in some parts of Pakistan; evaluate their role in development

How do you describe the pattern of Pakistan’s transport networks?

Use the glossary’s language: density, and patterns such as linear or radial, located in relation to provinces and rivers.

• Densest: the Indus Plain of central and northern Punjab, where roads form a close grid linking Lahore, Faisalabad, Gujranwala, Sialkot and Multan, and the main railway runs linearly along the Indus from Karachi to Peshawar.
• Linear corridors: in Sindh, routes run north–south along both banks of the Indus (the N-5 and N-55 roads, and the main and secondary rail lines), with few links across the Thar desert.
• Sparse: most of Balochistan, where a few long roads (Quetta to Karachi, Quetta to Taftan, the Makran Coastal Highway) cross empty plateau; and the northern mountains, where routes follow narrow valleys such as the Indus and Hunza.
• Air: airports are spread widely because air is the only quick link to remote towns such as Gilgit, Skardu, Chitral and Turbat.

What helps and hinders building and maintaining routes?

Helps	Hinders
Flat, stable alluvial plain (Punjab, Sindh)	Steep slopes, landslides and earthquakes in the north and Balochistan
Dense population and industry giving traffic and revenue	Low, scattered population giving little traffic
Government and foreign funding, e.g. CPEC projects	Monsoon floods washing out roads and bridges (as in 2010 and 2022)
Rivers and canals already bridged on main routes	Many rivers and canals to bridge elsewhere; soft soils and waterlogging
Strategic need (border areas, ports)	Snow closing passes; extreme heat buckling tracks; shifting sand in deserts
	Security problems in some border districts; maintenance budgets too small

What improvements have taken place recently?

• Motorways: the M-2 Lahore–Islamabad (opened 1997, South Asia’s first motorway), the M-1 Islamabad–Peshawar, the M-4 Pindi Bhattian–Multan, the M-5 Multan–Sukkur (opened 2019), the M-9 Karachi–Hyderabad, the Lahore–Sialkot motorway and the Hazara Motorway towards Mansehra.
• Karakoram Highway: realigned around Attabad Lake (formed by a landslide in 2010) through tunnels opened in 2015.
• Urban mass transit: bus rapid transit in Lahore, Rawalpindi–Islamabad, Multan, Peshawar and Karachi, and Lahore’s Orange Line metro train (2020).
• Rail: new locomotives and freight trains; the planned upgrade of the main Karachi–Peshawar line (ML-1) under CPEC, whose feasibility depends on large loans.
• Air: the new Islamabad International Airport (2018) and the New Gwadar International Airport (opened for flights in 2025).

How do road, rail and air compare?

	Road	Rail	Air
Goods	Door-to-door; carries most freight; suits perishables such as mangoes	Cheapest for bulky goods over long distance (coal, oil, containers, wheat)	Small, high-value or urgent goods (surgical instruments, fresh fish to the Gulf)
People	Flexible buses and cars; reaches villages	Cheap long-distance travel; slower; fewer services	Fastest; links remote northern towns; expensive; weather cancellations
Drawbacks	Accidents, congestion, road damage by overloaded trucks, fuel imports	Old track and rolling stock, losses, fixed routes	Costly fuel, small loads, limited airports

Which routes cross Pakistan’s borders?

Neighbour	Road crossing and pass	Rail link
China	Karakoram Highway over the Khunjerab Pass (about 4,700 m), usually closed in the winter months	None
Afghanistan	Torkham via the Khyber Pass; Chaman (Quetta–Kandahar road, crossing the Khojak area)	Line to Chaman via the Khojak Tunnel, ending at the border
Iran	Taftan (Quetta–Zahedan road)	Quetta–Taftan–Zahedan line
India	Wagah near Lahore	Wagah–Attari line, with services suspended since 2019

Seaports: Keamari (Karachi Port) on the natural harbour of Karachi; Port Qasim, east of Karachi, built to relieve congestion and handle bulk cargo such as coal, oil and LNG; Gwadar, a deep-water port in Balochistan developed with Chinese support as the end point of CPEC. International airports: Karachi, Lahore, Islamabad, Peshawar, Quetta, Multan, Faisalabad, Sialkot (the first privately built, 2007), Gwadar and others; check the current list in your atlas.

What is a dry port, and why have so many been built?

A dry port is an inland terminal, linked to a seaport by rail or road, where goods are cleared through customs and packed into or out of sealed containers. Examples: Lahore, Faisalabad, Sialkot, Multan, Peshawar, Quetta and Sost in Gilgit-Baltistan, which handles trade with China over the Khunjerab Pass. They exist because industry is concentrated inland, far from Karachi: customs clearance near the factory saves time and theft, reduces congestion at the seaports, and lets exporters such as Sialkot’s sports-goods firms ship directly.

Why do telecommunications matter for development?

At the end of 2024 Pakistan had about 193 million mobile subscriptions, and broadband subscriptions reached about 142 million in September 2024, according to the Pakistan Telecommunication Authority. Their uses include:

• Education: Allama Iqbal Open University (since 1974) uses radio and TV; the Virtual University (2002) teaches online; TV lessons reached children when schools closed in 2020.
• Industry and trade: email and the internet let Faisalabad and Sialkot exporters deal with buyers abroad, share designs and track shipments; fax is now rarely used.
• Services: mobile banking such as Easypaisa and JazzCash, e-commerce, freelancing and call centres; farmers check crop prices and weather by phone.
• Broadcasting: radio and TV spread news, health campaigns and flood warnings.

Problems: high cost of masts and fibre in mountains and deserts; scattered, low-income populations giving little revenue; power cuts; low literacy limiting internet use; damage from floods and earthquakes; and occasional security-related shutdowns. The Universal Service Fund pays operators to extend coverage to unserved areas. Evaluate: telecommunications have widened access to education, banking and markets, but the urban–rural and male–female digital gaps mean benefits are uneven.

Frequently asked questions

Which border crossing links Pakistan with China? The Karakoram Highway crosses the Khunjerab Pass, at about 4,700 metres, and is usually closed by snow for part of the winter, so trade is seasonal.

What is the difference between Keamari and Port Qasim? Keamari is the original Karachi Port on the natural harbour; Port Qasim lies east of Karachi and was built later to take bulk cargo and relieve congestion.

Why is rail freight declining when it is cheaper for bulk? Old track, too few locomotives, slow services and poor door-to-door links mean many firms choose trucks despite higher costs.

Why does Gwadar matter? It is a deep-water port close to the Strait of Hormuz and the planned southern end of the China–Pakistan Economic Corridor, but it still lacks the road, rail, water and power links needed for heavy traffic.

Related resources

• Transport and Telecommunications revision notes
• Transport and Telecommunications practice questions
• Trade study guide
• The Land of Pakistan study guide

Official syllabus

Cambridge Assessment International Education, Cambridge O Level Pakistan Studies 2059 syllabus for examination in 2026, Paper 2 Section 7 Transport and telecommunications: https://www.cambridgeinternational.org/Images/697282-2026-syllabus.pdf (checked 2026-11-08). Subscriber numbers are approximate; see the Pakistan Telecommunication Authority for current data.