CUET UG Geography Booster Test 1-Farming Types and Foodgrain Production

Protective irrigation is structurally designed as a defensive strategy. Its primary objective is to safeguard crops from moisture deficiencies by providing supplementary water over and above natural rainfall (Statement 3). Instead of heavily watering a small zone, its main strategy is to spread a limited supply of water across the maximum possible cultivated area to protect the largest number of farmers from total crop failure (Statement 1). It does not try to achieve the highest possible productivity per unit of land (Statement 2), which is the definition of productive irrigation. Therefore, Statements 1 and 3 are correct, validating option C.

The main objective of productive irrigation is to maximize crop yield per hectare. This strategy heavily infuses water resources to maintain optimal soil moisture throughout the cropping season, ensuring plants never face water stress. This intensive water input supports rapid biomass accumulation and allows high-yielding seeds and chemical inputs to achieve high productivity, validating option B.

Dryland farming is practised in areas receiving low rainfall, where farmers grow hardy, drought-resistant crops such as ragi and bajra (1-b). Wetland farming is carried out in regions of abundant rainfall and standing water, making it suitable for freshwater aquaculture (2-a). Irrigated farming depends on an assured supply of water through canals, tube wells, tanks, and other irrigation sources (3-c). Rainfed farming depends primarily on the southwest monsoon for crop cultivation (4-d). Thus, the correct sequence is 1-b, 2-a, 3-c, 4-d, validating Option B.

Wetland farming regions receive heavy rainfall that routinely exceeds the soil's natural moisture absorption capacity during the monsoon season. This excess water results in heavy surface runoff, waterlogged fields, and widespread flooding. These frequent floods damage crops and cause severe topsoil erosion across agricultural watersheds, validating option D.

According to national agricultural land-use statistics in the NCERT textbook, the percentage shares of these coarse cereals are: Jowar (2) leads the group, covering 5.3% of India's total cropped area. Bajra (3) follows closely, covering 5.2% of the total cropped area, primarily across western arid plains. Maize (1) takes up a smaller share, covering 3.6% of the country's cultivated land. Arranging these from highest to lowest share yields the sequence 2, 3, 1, validating option A.

India classifies rainfed agriculture based on an annual rainfall line of 75 cm. A region receiving 60 cm of rain falls into the dryland farming category, where chronic soil moisture deficits are common. Building structures to capture surface runoff is a core component of rainwater harvesting, which stores water to help crops survive dry spells and recharges local groundwater, validating option C.

Foodgrains take up about two-thirds (nearly 66%) of India's total cropped area. This footprint is split into cereals (such as rice, wheat, jowar, and bajra) and pulses (such as gram and tur). National statistics show that cereals cover a dominant 54% of the total cropped area, while pulses take up around 11% of the country's cultivated fields, validating option C.

Statement 1 is incorrect because foodgrains are not confined to subsistence agriculture. They are grown extensively in both subsistence farming and commercial farming systems across India. Statement 2 is correct because foodgrains are broadly classified into cereals (such as rice, wheat, maize, jowar, and bajra) and pulses (such as gram, tur, and moong). Statement 3 is correct because foodgrains remain the dominant crops irrespective of whether agriculture is subsistence-oriented or commercial. Statement 4 is also correct because cereals occupy a much larger proportion of the foodgrain area and production compared to pulses in India. Therefore, Statements 2, 3, and 4 are correct, validating Option A.

Traditional rice cultivation is centered in the humid, high-rainfall river valleys, deltaic lowlands, and coastal plains of eastern and southern India, including West Bengal, Tamil Nadu, and Kerala. The northwestern state of Punjab has a semi-arid climate and was not a traditional rice-growing area. However, the introduction of deep tube-well irrigation and canal networks during the Green Revolution allowed Punjab to become a leading producer of commercial rice, validating option B.

In northern India, the northwest plains, and Himalayan valleys, distinct seasonal temperature variations shape the agricultural calendar. Because rice is a tropical crop that requires high heat and abundant moisture, it cannot survive the cold northern winter. Farmers plant rice as a Kharif crop during the hot summer monsoon months (June to September) to take advantage of seasonal rains and high temperatures, validating option B.

West Bengal's warm and humid climate allows farmers to cultivate three rice crops annually. The Autumn rice crop is locally known as Aus (1-a). The Winter rice, which is the principal rice crop of the state, is called Aman (2-b). The Summer/Spring rice grown with irrigation is known as Boro (3-c). Together, Aus, Aman, and Boro constitute the three rice crops grown in one agricultural year (4-d). Thus, the correct sequence is 1-a, 2-b, 3-c, 4-d, validating Option A.

The expansion of rice yields in non-traditional states like Punjab and Haryana after the 1970s was driven by multiple factors. Genetically improved High-Yielding Variety (HYV) seeds provided the biological foundation for higher production (Statement 1). This seed package required high applications of chemical fertilizers and protective pesticides to reach its full potential (Statement 2). Additionally, the dry climate of the northwestern plains naturally reduced infestations from fungal pests and insects, which often plague crops in humid eastern zones (Statement 3). Since all three factors contributed to higher yields, option D is correct.

The third sentence of the passage states: "It is primarily a crop of temperate zone. Hence, its cultivation in India is done during winter i.e. rabi season." This explicitly confirms that wheat's winter planting schedule is directly driven by its origins as a temperate zone crop, which requires cool temperatures to grow successfully, validating option B.

The final sentence of the passage states: "About 85 per cent of total area under this crop is concentrated in north and central regions of the country..." This explicitly matches the data point for regional land concentration with 85%, validating option C.

South of the Vindhyachal range on the semi-arid Deccan Plateau, jowar is grown almost entirely as a rainfed crop that relies on seasonal monsoon rainfall. Because these fields lack protective canal or tube-well irrigation networks, the crop is highly vulnerable to dry spells and erratic rains. This lack of controlled water inputs results in low and variable average yields per hectare across southern states, validating option B.

Statement 1 is correct because bajra (pearl millet) is cultivated in the hot and dry climatic conditions of northwestern and western India, particularly in Rajasthan and Gujarat. Statement 2 is incorrect because the introduction of drought-resistant hybrid varieties and improved cultivation practices has generally improved productivity, rather than causing a decline in yields. Statement 3 is correct because Rajasthan is the largest producer of bajra in India. Statement 4 is also correct because bajra is a drought-resistant coarse cereal, well adapted to sandy soils and low rainfall. Therefore, Statements 1, 3, and 4 are correct, validating Option A.

Pulses are an important source of plant-based protein in vegetarian diets across India. However, because they are often grown on marginal lands and receive less policy support than major cereals like rice and wheat, they occupy a relatively small share of the country's fields. National agricultural statistics show that pulses cover around 11% of India's total cropped area, validating option B.

Statement 1 is correct because pulses belong to the legume family and develop root nodules containing Rhizobium bacteria, which fix atmospheric nitrogen and improve soil fertility naturally. Statement 2 is correct because most pulses in India are cultivated under rainfed conditions in dryland regions where irrigation facilities are limited. Statement 3 is correct because pulses are generally grown on marginal and less fertile soils with relatively low agricultural inputs, making them an important crop for resource-poor farmers. Statement 4 is incorrect because rainfed cultivation does not ensure high or stable yields. Pulse production fluctuates due to variability in monsoon rainfall, moisture stress, pests, and limited irrigation. Hence, Statements 1, 2 and 3 are correct, while Statement 4 is incorrect, making Option A the correct answer.

Gram (chickpea) is a winter crop cultivated during the Rabi season that requires minimal water, thriving with just one or two light showers or protective irrigations. Before the 1960s, it was a major crop across the northwest plains. Following the Green Revolution, the expansion of intensive canal and tube-well irrigation networks led farmers in Punjab and Haryana to shift their fields away from pulses to cultivate high-yielding commercial wheat, displacing gram in the region and validating option C.

All three statements present accurate facts regarding the cultivation and production of tur (pigeon pea) in India. Statement 3 is correct because this pulse crop occupies a small share of the nation's fields, covering about 2% of the total cropped area. Statement 2 is correct because tur is a hardy legume grown primarily on marginal, low-nutrient soils under rainfed conditions. Statement 1 is correct because Maharashtra is the leading producer, contributing nearly one-third of the total national harvest. Since all three statements are accurate, option A is the correct choice.