Geography 2021 Paper II 50 marks Discuss

Q3

(a) Discuss the importance of solar energy in future economic development of India. 20 (b) Critically examine the importance of Smart Cities Programme for solving urban problems in India. 15 (c) Examine the significance of ecotourism in relation to socio-economic development and biodiversity conservation in India. 15

हिंदी में प्रश्न पढ़ें

(a) भारत के भावी आर्थिक विकास में सौर ऊर्जा के महत्व की विवेचना कीजिए। 20 (b) भारत में शहरी समस्या के समाधान के लिए स्मार्ट सिटी कार्यक्रम के महत्व का समालोचनात्मक विश्लेषण कीजिए। 15 (c) भारत में सामाजिक-आर्थिक विकास एवं जैव विविधता संरक्षण के संबंध में पारिस्थितिकी पर्यटन के महत्व का परीक्षण कीजिए। 15

Evaluate your answer to this question → See all 2021 Geography questions

Directive word: Discuss

This question asks you to discuss. The directive word signals the depth of analysis expected, the structure of your answer, and the weight of evidence you must bring.

See our UPSC directive words guide for a full breakdown of how to respond to each command word.

How this answer will be evaluated

Approach

The directive 'discuss' for part (a) requires a balanced, multi-faceted exploration with evidence, while parts (b) and (c) demand 'critically examine' and 'examine' respectively—meaning evaluation of strengths/weaknesses for (b) and systematic analysis for (c). Structure: brief introduction linking energy-urban-ecotourism nexus; body with ~40% word allocation to part (a) on solar energy's economic role, ~30% to part (b) critically assessing Smart Cities' urban problem-solving capacity, and ~30% to part (c) on ecotourism's dual socio-economic and conservation significance; conclusion synthesizing sustainable development pathways across all three sectors.

Key points expected

  • Part (a): Solar energy's role in energy security, decarbonization, rural electrification, and industrial competitiveness; mention National Solar Mission targets, falling LCOE, and solar-wind hybrid potential
  • Part (a): Economic multipliers—green jobs, MSME growth in solar manufacturing (PLI scheme), reduced forex burden from fossil fuel imports, and agricultural income through PM-KUSUM
  • Part (b): Critical assessment of Smart Cities Mission's urban problem-solving—successes in ICT-enabled governance, mobility (Ahmedabad BRTS), and water management versus limitations in inclusivity, informal settlement integration, and funding constraints
  • Part (b): Evaluation of whether smart city solutions address structural urban issues—inequality, unemployment, and climate vulnerability—or merely create enclaves of privilege
  • Part (c): Ecotourism's socio-economic significance—community-based tourism, local employment, alternative livelihoods for forest-dependent communities, and infrastructure development in remote areas
  • Part (c): Biodiversity conservation linkages—revenue for protected area management, reduced anthropogenic pressure through incentive structures, and species/habitat protection (e.g., Great Himalayan National Park, Periyar Tiger Reserve)
  • Cross-cutting: Integration potential—solar-powered smart city infrastructure and ecotourism circuits as smart city extensions; sustainable development goal synergies

Evaluation rubric

DimensionWeightMax marksExcellentAveragePoor
Concept correctness20%10Demonstrates precise understanding of photovoltaic economics, smart city components (SCADA, IoT, integrated command centres), and ecotourism principles (carrying capacity, community participation, minimal impact); correctly distinguishes between solar thermal and photovoltaic for part (a), identifies smart city limitations beyond technological fixes for part (b), and accurately links ecotourism to CBD principles for part (c)Shows basic familiarity with solar energy advantages, smart city features, and ecotourism benefits but conflates concepts (e.g., treats smart cities as purely technological without governance dimensions) or presents outdated information on solar costsMisrepresents core concepts—confuses solar energy with other renewables, describes smart cities as only digital infrastructure without urban problem-solving focus, or equates ecotourism with general tourism without conservation specificity
Map / diagram15%7.5Includes at least two relevant visual elements: for (a) a map showing solar potential zones (Thar Desert, Deccan Plateau, Ladakh) or solar park locations (Bhadla, Pavagada); for (b) a schematic of smart city subsystems or location map of smart cities; for (c) ecotourism circuits or protected area distribution; diagrams are accurately labelled and integrated into the narrativeProvides one relevant diagram or map with basic labelling but limited integration; or attempts two diagrams with minor inaccuracies in location or scaleNo diagrams or maps; or includes irrelevant/unclear visuals that do not advance understanding of solar geography, urban spatial planning, or biodiversity distribution
Indian regional examples25%12.5Rich, specific examples across all parts: for (a) Rajasthan's solar parks, Gujarat's Charanka, Tamil Nadu's Kadaladi, and Ladakh's renewable energy potential; for (b) comparative analysis of Pune, Surat, and Bhopal smart cities with specific interventions; for (c) Kerala's Responsible Tourism Initiative, Sikkim's ecotourism policy, Great Himalayan National Park UNESCO site, and Sundarbans community-based tourismProvides some relevant examples but unevenly distributed—strong on solar (Rajasthan, Gujarat) but generic on smart cities or limited to one ecotourism site; examples lack specificity or are merely named without elaborationFew or no Indian examples; relies on international cases (Germany's solar, Singapore's smart city) without adapting to Indian context; or provides incorrect regional associations
Spatial analysis20%10Demonstrates sophisticated spatial reasoning: for (a) explains solar irradiance gradients, transmission corridor requirements from resource-rich to demand centres, and land-use competition in arid zones; for (b) analyses intra-urban spatial inequality in smart city benefits and peri-urban expansion patterns; for (c) examines ecotourism's spatial distribution relative to biodiversity hotspots, connectivity corridors, and market access gradientsAcknowledges spatial dimensions superficially—mentions solar potential variation or smart city locations without analysing spatial processes, flows, or inequalities; treats space as backdrop rather than active structuring forceAbsent spatial analysis; describes phenomena without geographical context or confuses spatial patterns (e.g., treats solar potential as uniform across India)
Application / policy20%10Critically engages with policy instruments: for (a) evaluates National Solar Mission, PLI scheme, green hydrogen policy, and grid integration challenges; for (b) assesses Smart Cities Mission's 100-city selection, financing model (SPV structure), convergence with AMRUT, and critiques implementation gaps; for (c) analyses National Ecotourism Policy, state-level frameworks, and payment for ecosystem services; offers evidence-based recommendations for each sectorLists relevant policies without critical evaluation; describes Smart Cities Mission or solar targets without assessing effectiveness, funding, or implementation barriers; recommendations are generic or aspirationalMinimal policy engagement; omits key initiatives like National Solar Mission or Smart Cities Mission; presents outdated policies; or makes unfounded claims about policy success/failure without evidence

Practice this exact question

Write your answer, then get a detailed evaluation from our AI trained on UPSC's answer-writing standards. Free first evaluation — no signup needed to start.

Evaluate my answer →

More from Geography 2021 Paper II