CUET UG Geography Booster Test 2-Specialized Regional Programs

This question requires spatial-analytical positioning of the states highlighted in the text from North to South across India's geographical grid. The hilly districts of Uttar Pradesh (present-day Uttarakhand) are located in northern India (latitude approximately 29°N to 31°N). Moving south, the Darjeeling district of West Bengal sits in the eastern Himalayas (latitude approximately 27°N). The Nilgiri district of Tamil Nadu is located in the southern hill complex of the Western Ghats (latitude approximately 11°N). Thus, the correct sequence from North to South is 3, 2, 1, matching option B.

The text notes that the Hill Area Development Programmes were initiated during the Fifth Five Year Plan with a defined administrative scope. It covered exactly 15 districts, which included all hilly districts of Uttar Pradesh (present-day Uttarakhand), the Mikir Hill and North Cachar hills of Assam, the Darjeeling district of West Bengal, and the Nilgiri district of Tamil Nadu. This confirms that the program covered 15 districts and explicitly included the specified regions in Assam, validating option B.

This matching question relates committees and development programmes to their respective recommendations and objectives. The National Committee on the Development of Backward Areas (1981) (1) recommended criteria for identifying backward hill areas above 600 metres (B). The Irrigation Commission (1972) (2) recommended identifying drought-prone areas using the 30% irrigated area criterion (A). The Drought Prone Area Development Programme (DPAP) (3) focused on the development of regions affected by recurring drought (C). The Hill Area Development Programme (HADP) (4) focused on improving infrastructure and livelihoods in hill regions (D). Therefore, the correct matching is 1-B, 2-A, 3-C, 4-D.

The 1981 National Committee on the Development of Backward Areas established clear rules to distribute development funds efficiently without overlapping. The committee recommended that a region must have a minimum altitude of 600 meters and must not be covered under an existing tribal sub-plan. Even though this district's 700-meter elevation satisfies the height threshold, its inclusion in a tribal sub-plan means it already receives dedicated funding. It is therefore excluded from backward hill area funding, validating option B.

Statement I is incorrect because mountain and hill planning must take environmental constraints into account. Pushing for rapid growth while ignoring local ecosystems would lead to severe soil erosion and habitat loss. Statement II is correct because the program explicitly requires planners to look at all local factors together. As noted in the text, detailed development plans for hill areas must be tailored to balance four interconnected elements: topographical, ecological, social, and economic conditions. This makes statement II true and statement I false, validating option D.

The Hill Area Development Programme focuses on promoting economic activities that match the local terrain and use native resources sustainably. Mountain environments are rich in forest resources, making forestry a key component of the local economy alongside horticulture, animal husbandry, poultry, and small-scale village industries. Integrating forestry into regional planning ensures that local wood and forest products are managed sustainably to create jobs without harming the ecosystem, validating option B.

This question requires organizing the developmental phases of the Drought Prone Area Programme in chronological order. The program began by focusing on immediate financial relief, funding labor-intensive civil works to provide quick employment for families during dry spells (2). Over time, the strategy shifted to focus on long-term water management, emphasizing irrigation projects, land development, and afforestation (3). Finally, the program expanded to build a comprehensive rural infrastructure network, including electricity grids, roads, markets, credit lines, and services (1). This evolutionary progression follows the sequence 2, 3, 1, validating option B.

Industrial planning for mountain regions must accommodate the realities of rugged terrain, steep slopes, and higher transportation costs. Large-scale heavy factories are not viable in these environments because they require vast tracts of flat land, heavy rail connections, and deep supply lines, all of which can disrupt and damage fragile mountain ecosystems. To avoid these issues, the strategy focuses on small workshops and traditional village industries. These activities use native raw materials and create jobs locally without requiring massive infrastructure networks, validating option A.

Statement I is correct because droughts impact rural areas by causing crop failures, which quickly lead to seasonal unemployment. The program addressed this by funding public works that provided steady employment and income to families. Statement II is also correct because these projects were designed to build productive community assets, such as water storage tanks, check dams, and local roads, to improve long-term water access. Statement III is incorrect because the program's goal was to support and stabilize the rural economy, not to push for massive urbanization. This makes statements I and II correct, validating option A.

During the initial phase of the Fourth Five Year Plan, regional planners focused on providing immediate financial relief to families affected by crop failures and seasonal unemployment. To do this, the Drought Prone Area Programme funded labor-intensive civil works, such as building local roads, clearing canals, and constructing basic earthworks. These projects provided steady wages to local laborers during the dry season, helping to stabilize the rural economy, validating option B.

This question requires organizing the components of the rural agricultural value chain in a logical sequence, from initial production to final sale. The process begins with credit services (1), which provide farmers with the financial capital needed to purchase seeds, fertilizers, and tools. Next comes production and resource management, where irrigation projects (2) provide a reliable water supply to develop the land and grow the crops. Finally, once the crops are harvested, the community relies on transport roads and market infrastructure (3) to move and sell the goods efficiently. This logical sequence follows the order 1, 2, 3, validating option B.

This matching question relates the infrastructure needs of the Drought Prone Area Programme (DPAP) to its different phases. Labour-intensive civil works (1) were a major feature of the initial phase of DPAP (B) because they generated employment while creating productive assets. Electricity and markets (2) formed part of the later phase of rural infrastructure development (A), which aimed to strengthen the rural economy. Immediate employment generation (3) was the main objective of the early implementation phase (C). Long-term rural infrastructure development (4) characterised the later phase of DPAP (D). Therefore, the correct matching is 1-B, 2-A, 3-C, 4-D.

Statement I is correct because the long-term strategy for drought-prone areas focuses on environmental sustainability. Managing these dry regions requires restoring the ecological balance between water resources, soil health, and plant life. Statement II is also correct because, to achieve this balance, the program uses an integrated watershed development approach at the micro-level. This strategy manages land, water, and plants together within a natural drainage basin to conserve water and improve soil health, making both statements true and validating option C.

The text highlights a clear cause-and-effect loop: as rural populations grow, communities are forced to expand farming onto poor, fragile marginal lands, which accelerates soil erosion and environmental damage. To break this cycle, development frameworks recommend creating alternative, non-farming employment opportunities within these dry regions. Providing alternative jobs allows families to diversify their income, reducing direct cultivation pressure on fragile soils and helping to prevent further environmental damage, validating option B.

This question requires direct retrieval of information from the provided text. The first sentence of the passage states: "The Planning Commission of India (1967) identified 67 districts (entire or partly) of the country prone to drought." This explicit statement confirms that 67 districts were included on the initial water-scarcity list, validating option B.

This question requires direct retrieval of information from the provided text. The second sentence of the passage states: "The Irrigation Commission (1972) introduced the criterion of 30 per cent irrigated area and demarcated the drought-prone areas." This explicitly identifies the 30 percent irrigation threshold as the rule used to map these regions, validating option A.

This question requires filtering the regional lists based on the geographic data provided in the text. The final sentence of the passage states that the drought-prone area spreads over the "semi-arid and arid tract of Rajasthan, Gujarat, Western Madhya Pradesh, Marathwada region of Maharashtra, Rayalseema and Telangana plateaus of Andhra Pradesh, Karnataka plateau and highlands and interior parts of Tamil Nadu." This confirms that Marathwada, Rayalaseema, Telangana, and the Karnataka plateau are all explicitly identified as drought-prone, validating option A.

The dry belt in western and central India forms a continuous geographic tract characterized by low seasonal rainfall and high evaporation rates. According to the provided passage, this arid and semi-arid tract covers most of Rajasthan and major parts of Gujarat, before extending eastward into western Madhya Pradesh. These connected regions face shared climate risks and are covered by the program, validating option B.

This question requires organizing the regions based on how their infrastructure affects their vulnerability to drought. Punjab and Haryana have developed extensive networks of canals and tube wells. This reliable water supply insulates their agricultural economy from seasonal rainfall shortages, leaving them largely protected (2). In contrast, the Marathwada region of Maharashtra and the Rayalaseema plateau of Andhra Pradesh are dry interior plateaus that lack large-scale canal networks, leaving them highly vulnerable to frequent droughts (1). This transition from protected to vulnerable matches the sequence 2 → 1, validating option B.

This matching question relates regions and irrigation features to their drought characteristics. Punjab and Haryana (1) are largely protected from drought because of extensive irrigation facilities (A) developed through canals and tube wells. The highlands and interior parts of Tamil Nadu (2) are identified as drought-prone due to limited irrigation and unreliable rainfall (B). Canal and tube-well irrigation (3) reduces dependence on monsoon rainfall for agriculture (C) by ensuring a reliable water supply. Rain-shadow regions (4) experience frequent water scarcity and recurring drought conditions (D) because they receive comparatively low rainfall. Therefore, the correct matching is 1-A, 2-B, 3-C, 4-D.