Assertion (A) : Often it is thought that imparting knowledge of 'scientific' farming methods will improve the

Question

Q. Assertion (A) : Often it is thought that imparting knowledge of 'scientific' farming methods will improve the conditions of Indian farmers. Reason (R) : The Indian farmers have been cultivating the land for centuries, much before the advent of the Green Revolution. (A) Both Assertion (A) and Reason (R) are true and Reason (R) is the correct explanation of Assertion (A). (B) Both Assertion (A) and Reason (R) are true, but Reason (R) is not the correct explanation of Assertion (A). (C) Assertion (A) is true, but Reason (R) is false. (D) Assertion (A) is false, but Reason (R) is true.

CBSECBSE Class XII Board 2025MCQ· 1mImportance★★★★★

🔒 Locked · start free trial →

You're viewing a preview — the full solution, concept, methods & PYQ mapping are locked.

Start your 14-day free trial to unlock the full solution →

Concept understanding — Settlement Classification

Settlement Classification

Think about where people live. You might live in a big city with tall buildings, trains, and hospitals. Your cousin might live in a village with fields, a pond, and a single shop. Both are places where people have settled, but they are clearly different. Settlement classification is simply the way geographers group these places based on their characteristics — size, shape, function, and history.

The Core Idea

A settlement is any place where people build homes and live together. Classification means sorting these places into categories so we can study them, plan for them, and understand how human life is organised across a landscape.

The most basic division is between rural and urban settlements. But that is just the starting point. Geographers also classify settlements by their shape (pattern), by their function (what people do there), and by their size and hierarchy (how important one is relative to another).

Rural vs. Urban: The First Cut

This is the most widely used classification. The distinction is not just about population numbers — it is about the dominant way of life.

Rural settlements are typically small, with a population engaged primarily in primary activities — agriculture, fishing, forestry, mining. The social ties are close, the pace of life is slower, and the landscape is dominated by open space and nature.

Urban settlements are larger and more densely populated. The economy is based on secondary (manufacturing) and tertiary (services) activities. Life is more anonymous, specialised, and fast-paced. Infrastructure — roads, water supply, electricity, public transport — is more developed.

Important

The line between rural and urban is not fixed. Different countries use different criteria — population size, density, percentage of workers in agriculture, availability of civic amenities. In India, a settlement is classified as urban if it has a municipal corporation, a population of at least 5,000, and a density of at least 400 persons per square kilometre, with at least 75% of male workers engaged in non-agricultural work.

Classification by Shape (Pattern)

When you look at a settlement from above — on a map or satellite image — its layout tells you something about its history and geography.

Compact or Nucleated Settlements: Houses are clustered tightly together, often around a central point like a market, temple, or water source. This pattern is common where land is fertile but limited, where defence was a concern, or where people needed to cooperate for irrigation or protection. Think of a medieval village huddled inside a wall.
Dispersed or Scattered Settlements: Houses are spread far apart, each surrounded by its own fields. This pattern is typical in hilly or forested regions, where land is abundant but not uniformly fertile, or where individual farming is the norm. Think of farmhouses dotting a valley.
Linear Settlements: Houses are arranged in a line along a road, a riverbank, a railway line, or a coastline. The shape follows the transport route or the natural feature. This is common in narrow valleys or along highways.
Circular Settlements: Houses are arranged in a ring, often around a central feature like a lake, a fort, or a common grazing ground. This pattern is rarer but appears in some tribal or historical contexts.

Classification by Function

Every settlement exists for a reason. Some functions are obvious, others are mixed.

Administrative: District headquarters, state capitals — places where government offices are concentrated.
Commercial: Market towns, trading ports, financial hubs.
Industrial: Cities built around factories, mines, or manufacturing zones.
Religious or Cultural: Pilgrimage centres like Varanasi, or university towns like Oxford. …

Start your 14-day free trial to unlock the full solution →

The assertion that scientific farming methods are thought to improve Indian farmers' conditions is true, and the reason—that Indian farmers have cultivated land for centuries before the Green Revolution—correctly explains why this belief exists: it highlights the gap between traditional knowledge and modern interventions.

The assertion captures a widespread belief in development circles and agricultural policy: that introducing scientific farming techniques—improved seeds, chemical fertilizers, mechanization, irrigation technology—will uplift Indian farmers from poverty and low productivity. This view has shaped decades of policy, from the Green Revolution onwards, and remains influential today.

The reason states a historical fact: Indian farmers have indeed been cultivating the land for centuries, long before the Green Revolution of the 1960s transformed agriculture in parts of the country. This continuity of traditional farming practices is undeniable. The question is whether this fact explains the assertion.

It does, and here's why. The very existence of centuries-old traditional farming methods creates the context in which modern "scientific" approaches are proposed as improvements. Policymakers and development experts observe that farmers rely on age-old techniques—monsoon-dependent cultivation, organic manure, indigenous seed varieties, traditional crop rotations—and conclude that these methods are insufficient for meeting contemporary challenges like population growth, market demands, and food security. The long history of traditional farming becomes the baseline against which scientific methods are measured and promoted. Without that historical backdrop of established practices, there would be no perceived need for intervention or modernization.

The reasoning works like this: because farmers have used traditional methods for so long, and because these methods are seen as yielding lower productivity or leaving farmers vulnerable to climatic variability, the introduction of scientific knowledge is thought necessary to bridge the gap. The reason thus provides the historical and practical foundation for the assertion. …

Start your 14-day free trial to unlock the full solution →

Same / Similar Concept — real previous-year questions on the same or a closely similar concept, not this exact question.

CBSE 2025Set 62/X4YZW/41 markMCQ
$Q. Assertion (A) : Often it is thought that imparting knowledge of 'scientific' farming methods will improve the conditions of Indian farmers. Reason (R) : The Indian farmers have been cultivating the land for centuries, much before the advent of the Green Revolution. (A) Both Assertion (A) and Reason (R) are true and Reason (R) is the correct explanation of Assertion (A). (B) Both Assertion (A) and Reason (R) are true, but Reason (R) is not the correct explanation of Assertion (A). (C) Assertion (A) is true, but Reason (R) is false. (D) Assertion (A) is false, but Reason (R) is true.$
›Reveal solutionSolution

The assertion that scientific farming methods are thought to improve Indian farmers' conditions is true, and the reason—that Indian farmers have cultivated land for centuries before the Green Revolution—correctly explains why this belief exists: it highlights the gap between traditional knowledge and modern interventions.

The assertion captures a widespread belief in development circles and agricultural policy: that introducing scientific farming techniques—improved seeds, chemical fertilizers, mechanization, irrigation technology—will uplift Indian farmers from poverty and low productivity. This view has shaped decades of policy, from the Green Revolution onwards, and remains influential today.

The reason states a historical fact: Indian farmers have indeed been cultivating the land for centuries, long before the Green Revolution of the 1960s transformed agriculture in parts of the country. This continuity of traditional farming practices is undeniable. The question is whether this fact explains the assertion.

It does, and here's why. The very existence of centuries-old traditional farming methods creates the context in which modern "scientific" approaches are proposed as improvements. Policymakers and development experts observe that farmers rely on age-old techniques—monsoon-dependent cultivation, organic manure, indigenous seed varieties, traditional crop rotations—and conclude that these methods are insufficient for meeting contemporary challenges like population growth, market demands, and food security. The long history of traditional farming becomes the baseline against which scientific methods are measured and promoted. Without that historical backdrop of established practices, there would be no perceived need for intervention or modernization.

The reasoning works like this: because farmers have used traditional methods for so long, and because these methods are seen as yielding lower productivity or leaving farmers vulnerable to climatic variability, the introduction of scientific knowledge is thought necessary to bridge the gap. The reason thus provides the historical and practical foundation for the assertion. …
Start your 14-day free trial to see the full solution →

🎓Unlock everything free for 14 days

Unlock everything free for 14 days