Which one of the following is the correct sequence of the given town of Pakistan while moving from the North towards the South?

1. Physiography of South Asia (basic)

Physiography is the study of the surface features and landforms of the Earth, including their distribution and the processes that shaped them. When we look at the South Asian subcontinent, its geography is defined by a distinct latitudinal arrangement: a massive wall of mountains in the north, fertile river plains in the center, and an ancient plateau in the south Majid Husain, Geography of India, Physiography. These features are not just scenery; they dictate the climate, drainage, and the very location of human settlements across the region.

The northernmost anchor of South Asia consists of the Himalayan Mountains. These are geologically young and structurally fold mountains that form an arc stretching about 2,400 km CONTEMPORARY INDIA-I, Physical Features of India, p.7. For a systematic understanding of the region's layout, the Himalayas are divided into four parallel longitudinal ranges from North to South:

• Trans-Himalaya: The northernmost zone containing ranges like the Karakoram and Zaskar.
• Greater Himalaya (Himadri): The loftiest range with an average height of 6,000 meters.
• Lesser Himalaya (Himachal): Comprising rugged mountain systems like the Pir Panjal.
• Shiwaliks (Outer Himalaya): The southernmost foothills that transition into the plains Majid Husain, Geography of India, Physiography, p.10.

Moving south from the mountains, the terrain drops into the Northern Plains. These plains are formed by the alluvial deposits of three major river systems: the Indus, the Ganga, and the Brahmaputra. Because the land slopes generally from the mountains toward the sea, cities located in the upper reaches of these river basins are geographically 'higher' (further north) than those located in the lower deltaic or southern stretches of the plains CONTEMPORARY INDIA-I, Physical Features of India, p.7.

Physiographic Division	Nature of Terrain	Relative Position
Himalayan Ranges	High altitude, rugged peaks, and deep valleys	Extreme North
Northern Plains	Level land, fertile alluvium, river-fed	Central Belt
Peninsular Plateau	Ancient, stable crystalline rock block	South of the Plains

Sources: Geography of India, Physiography, p.10; CONTEMPORARY INDIA-I, Physical Features of India, p.7; CONTEMPORARY INDIA-I, Physical Features of India, p.15

2. The Indus River Basin and Drainage (basic)

The Indus River, known as the Sindhu, is one of the world's great transboundary rivers, serving as the lifelines for millions across Tibet, India, and Pakistan. It originates from the glaciers of the Kailash Range in Tibet near Lake Mansarovar. As it flows northwest through Ladakh, it carves some of the most dramatic landscapes on Earth, including a massive synclinal gorge at Gilgit that is roughly 5,200 meters deep Geography of India, Majid Husain, The Drainage System of India, p.9. The river is unique because it transitions from a high-altitude Himalayan torrent, receiving icy waters from the Shyok, Nubra, and Gilgit rivers, to a wide, slower-moving giant as it enters the plains of Pakistan near Attock INDIA PHYSICAL ENVIRONMENT, Geography Class XI (NCERT 2025 ed.), Drainage System, p.20.

Understanding the drainage pattern requires looking at the river from a latitudinal perspective. In the north, the river is joined by right-bank tributaries like the Kabul River (near Attock) and the Khurram. As we move southwards into the Punjab region, the landscape is defined by the 'Doabs'—the fertile tracts of land situated between two converging rivers CONTEMPORARY INDIA-I, Geography, Class IX . NCERT(Revised ed 2025), Physical Features of India, p.11. This north-to-south drainage gradient is fundamental to the location of major historical and modern cities. For instance, cities like Peshawar and Islamabad are situated in the upper northern reaches (~33-34°N), while cities like Multan are located much further south (~30°N) as the river system descends toward the Arabian Sea.

Region	Key Tributaries	Physical Feature
Upper Indus (North)	Shyok, Gilgit, Kabul	Deep Gorges, Transverse Glaciers
Lower Indus (South)	Jhelum, Chenab, Ravi, Beas, Satluj	Alluvial Plains, Doabs

The Panchnad (Five Rivers) of the Punjab—the Jhelum, Chenab, Ravi, Beas, and Satluj—eventually converge to join the Indus on its left bank. This vast network creates a fertile agricultural belt where irrigation by canals is vital, supporting crops like wheat and sugarcane Geography of India, Majid Husain, Spatial Organisation of Agriculture, p.30. This geographical layout dictates the north-to-south orientation of the entire region's economy and urban development.

Sources: Geography of India ,Majid Husain, (McGrawHill 9th ed.), The Drainage System of India, p.9; INDIA PHYSICAL ENVIRONMENT, Geography Class XI (NCERT 2025 ed.), Drainage System, p.20; CONTEMPORARY INDIA-I ,Geography, Class IX . NCERT(Revised ed 2025), Physical Features of India, p.11; Geography of India ,Majid Husain, (McGrawHill 9th ed.), Spatial Organisation of Agriculture, p.30

3. Geopolitical Boundaries and Strategic Passes (intermediate)

To understand the geopolitical layout of the Indian subcontinent, one must first appreciate the concept of the 'Scientific Frontier'. For centuries, rulers in India sought a defensible boundary in the Northwest, a region where the massive wall of the Himalayas meets the Hindu Kush. This search eventually led the British to annex Sindh (1843) and Punjab (1849), pushing their boundaries beyond the Indus and into direct contact with the fiercely independent frontier tribes Rajiv Ahir, A Brief History of Modern India, Expansion and Consolidation of British Power in India, p.132. The culmination of this strategic maneuvering was the creation of the Durand Line in 1893, a boundary established by the Durand Commission to separate British India from Afghanistan—a line that today serves as the border between Pakistan and Afghanistan Rajiv Ahir, A Brief History of Modern India, After Nehru, p.820.

Geography in this region is dictated by strategic passes. Because the mountains act as a 'formidable physical barrier,' human movement has historically been funneled through narrow openings like the Khyber and Bolan passes NCERT Geography Class XI, India — Location, p.5. These passes are more than just transit points; they determined the location and importance of cities. For example, Peshawar rose to prominence as the 'frontier city' guarding the mouth of the Khyber Pass. The influence of these routes was so profound that even in Delhi, major landmarks like the Kabul Gate were named to signify the direction of these vital mountain corridors Majid Husain, Geography of India, Settlements, p.24.

When studying the major cities of the Northwest frontier, it is helpful to visualize them along a latitudinal gradient from North to South. High in the north (approx. 34°N) lies Peshawar, followed closely by the capital Islamabad. Moving south into the heart of the Punjab plains, we reach Gujranwala (near the 32°N mark), and significantly further south (approx. 30°N) sits Multan. This North-to-South progression mirrors the transition from the rugged mountain frontiers to the alluvial plains of the Indus river system.

Sources: A Brief History of Modern India, Expansion and Consolidation of British Power in India, p.132; A Brief History of Modern India, After Nehru, p.820; India Physical Environment (NCERT), India — Location, p.5; Geography of India (Majid Husain), Settlements, p.24

4. Infrastructure and Connectivity: CPEC (intermediate)

The China-Pakistan Economic Corridor (CPEC) is a massive, multi-billion dollar infrastructure project that serves as a flagship component of China's broader Belt and Road Initiative (BRI). At its core, CPEC is a 3,000+ km network of roads, railways, and pipelines designed to facilitate trade and energy flow. As noted in Majid Husain, Geography of India, India–Political Aspects, p.82, the corridor's primary function is to connect Kashgar in China’s Xinjiang province to the deep-water Gwadar Port in Pakistan’s Balochistan province. This strategic link significantly reduces the travel time for Chinese goods to reach West Asia and Africa—slashing a 12-day sea voyage to roughly 36 hours of land transport Majid Husain, Geography of India, India–Political Aspects, p.86. From a geographical and urban perspective, the corridor traverses diverse terrains and major urban centers. In Pakistan, the route passes through or near cities like Islamabad, Peshawar, and Quetta. Understanding the latitudinal arrangement of these cities is crucial for regional geography: for instance, Peshawar sits furthest north (~34°N), followed by the capital Islamabad, then moving south through the industrial hubs of Punjab toward the Arabian Sea. Interestingly, some of these routes overlap with historical connectivity projects like the Grand Trunk Road, which historically linked Peshawar to Kolkata NCERT Class XII, India People and Economy, Transport and Communication, p.76. However, CPEC is not without significant geopolitical friction. India has consistently raised strong objections to the project on the grounds of sovereignty and territorial integrity. The primary point of contention is that the corridor passes through Gilgit-Baltistan in Pakistan-Occupied Kashmir (PoK), which India maintains is an integral part of its territory Majid Husain, Geography of India, India–Political Aspects, p.84. Beyond sovereignty, the project faces local challenges including high security costs and environmental complexities in the high-altitude regions of the Karakoram range.

Feature	Description
Northern Terminal	Kashgar, Xinjiang (China)
Southern Terminal	Gwadar Port, Balochistan (Pakistan)
Key Infrastructure	Karakoram Highway, Fiber-optic lines, Pipelines, Special Economic Zones (SEZs)
India's Primary Concern	Violation of sovereignty due to the route passing through PoK

Sources: Geography of India (Majid Husain), India–Political Aspects, p.82, 84, 86; INDIA PEOPLE AND ECONOMY (NCERT 2025), Transport and Communication, p.76

5. Regional Geography: Potohar Plateau to Indus Plains (intermediate)

To understand the geography of the northwest subcontinent, we must look at the transition from the rugged Potohar Plateau to the vast Indus Plains. The Potohar Plateau is an upland area located between the Indus and Jhelum rivers, acting as a geographic bridge between the Himalayan foothills and the flat alluvial plains to the south. As we move southwards, the terrain opens up into the Great Plains, which are aggradational in nature — meaning they were built up over millennia by the silt and sediment deposited by the Indus and its five major tributaries Majid Husain, Geography of India, Physiography, p.30. This fertile corridor has been the cradle of urban life since the Indus-Sarasvatī civilisation, where geography dictated the rise of major trade and administrative hubs NCERT Class VI, The Beginnings of Indian Civilisation, p.88.

When mapping these regions latitudinally (from North to South), a clear sequence emerges based on the proximity to the mountains. Peshawar sits furthest north (approx. 34°N), serving as the historic gateway to the Khyber Pass. Just slightly south and east lies Islamabad (approx. 33.7°N), nestled against the Margalla Hills on the edge of the Potohar Plateau. As the elevation drops into the heart of the Punjab plains, we encounter Gujranwala (approx. 32°N), a major industrial hub. Finally, much further south toward the arid reaches of the lower Punjab, we find Multan (approx. 30°N), known as the 'City of Saints'.

This North-to-South tilt is not just a matter of altitude but also of river drainage. The rivers in this region generally flow from the southwest to the northeast in the central highlands of India (like the Chambal and Betwa), but in the Indus system, the flow is predominantly toward the Arabian Sea in the south-southwest NCERT Class IX, Physical Features of India, p.12. Understanding this slope is key to mastering the regional map of Pakistan and North-West India.

Sources: Geography of India (Majid Husain), Physiography, p.30; Exploring Society: India and Beyond (NCERT Class VI), The Beginnings of Indian Civilisation, p.88; Contemporary India-I (NCERT Class IX), Physical Features of India, p.12

6. Mapping Techniques: Latitudinal City Sequencing (exam-level)

To master mapping questions in the UPSC Civil Services Examination, one must develop a spatial hierarchy in their mind. Instead of memorizing exact coordinates, we categorize cities into latitudinal zones. For our neighbors like Pakistan, a useful trick is to align their cities with Indian states. For instance, cities in northern Pakistan often share latitudes with Jammu & Kashmir or Punjab, while southern cities align with Rajasthan or Gujarat. As noted in INDIA PHYSICAL ENVIRONMENT, Geography Class XI (NCERT 2025 ed.), p.6, India’s own extent reaches up to 37°6'N, and understanding this frame helps us place neighboring cities relative to our own borders. When sequencing cities like Peshawar, Islamabad, Gujranwala, and Multan, we look at the transition from the Hindu Kush foothills down to the Indus plains. Peshawar (the gateway to the Khyber Pass) sits furthest north at approximately 34°N. Islamabad, the capital, is nestled just slightly south of it at 33.7°N. As we move into the heart of the Punjab plains, we encounter Gujranwala (near 32°N), which is famous for its industrial clusters. Finally, as the landscape shifts toward the arid southern Punjab and the Seraiki belt, we find Multan, the 'City of Saints,' located much further south near 30°N. This north-to-south gradient is a classic example of how urban settlements follow the drainage and topography of the Indus River system, a pattern of settlement dating back to the grid-iron morphology of the Indus Valley Civilization mentioned in Geography of India, Majid Husain, p.32.

City	Approx. Latitude	Regional Context
Peshawar	34.0° N	Khyber Pakhtunkhwa (Northern Foothills)
Islamabad	33.6° N	Potohar Plateau (Capital Territory)
Gujranwala	32.1° N	Upper Punjab Plains
Multan	30.1° N	Lower Punjab (Gateway to Sindh/South)

Sources: INDIA PHYSICAL ENVIRONMENT, Geography Class XI (NCERT 2025 ed.), India — Location, p.6; Geography of India, Majid Husain (McGrawHill 9th ed.), Settlements, p.32; INDIA PEOPLE AND ECONOMY, Geography Class XII (NCERT 2025 ed.), Transport and Communication, p.77

7. Solving the Original PYQ (exam-level)

Now that you have mastered the physical and political geography of South Asia, it is time to apply those spatial visualization skills to this question. This PYQ tests your ability to correlate latitudinal positions with major urban centers. As we discussed in our module on Neighboring Countries, understanding the relative placement of cities along the Indus river system and its tributaries is crucial. You aren't just memorizing dots on a map; you are understanding the topographic transition from the rugged northern regions near the Khyber Pass down toward the fertile plains of the Punjab.

To arrive at the correct sequence, visualize the map of Pakistan from top to bottom. Peshawar, located near the gateway to the north, holds the northernmost position among these choices at approximately 34°N. Moving slightly south and east, we reach the capital, Islamabad, which sits at roughly 33.7°N. As we continue descending into the heart of the Punjab province, we encounter Gujranwala (near 32°N) before finally reaching Multan, which lies significantly further south at about 30°N. Therefore, the logical mental map leads you directly to the sequence Peshawar-Islamabad-Gujranwala-Multan, making (C) the correct answer.

UPSC often uses proximate latitudes to create traps for the unprepared. In options (A) and (D), the placement of Islamabad before Peshawar is a classic distractor; many students assume the capital must be the northernmost point, overlooking Peshawar's slightly higher position. Similarly, option (B) is an illogical arrangement that places Multan north of Islamabad, which contradicts the basic north-south gradient of the Indus basin. By systematically comparing the meridional hierarchy of these cities as illustrated in the Oxford School Atlas, you can easily filter out these geographic inconsistencies.