(a) Elaborate on the various problems encountered in agricultural production at dryland areas of Bundelkhand region of Uttar Pradesh and Deccan Plateau of Andhra Pradesh. Also explain the probable solutions to minimise the problems. (20 marks)

(b) D

Question

(a) Elaborate on the various problems encountered in agricultural production at dryland areas of Bundelkhand region of Uttar Pradesh and Deccan Plateau of Andhra Pradesh. Also explain the probable solutions to minimise the problems. (20 marks)

(b) Discuss the management practices for improving the crop yield potential in regions where poor quality water is available for irrigation. (20 marks)

(c) Explain the roles of various Non-Governmental Organizations in agriculture extension and socio-economic upliftment of landless agricultural labourers. (10 marks)

UPSC Answer Check · Accepted Answer

The directive 'elaborate' in part (a) demands comprehensive, detailed exposition with causal linkages, while 'discuss' in (b) and 'explain' in (c) require balanced argumentation and clear reasoning respectively. Allocate approximately 40% of time/words to part (a) given its 20 marks and comparative regional analysis demand, 35% to part (b) for its technical management focus, and 25% to part (c) for its socio-institutional coverage. Structure with a brief integrated introduction, three distinct sectional bodies addressing each sub-part with sub-headings, and a concluding synthesis on sustainable agriculture and inclusive growth.
- For (a): Biophysical constraints of Bundelkhand (erratic rainfall <800mm, shallow red/black soils, undulating terrain) versus Deccan Plateau (Alfisols/Vertisols, moisture stress, groundwater depletion); socio-economic vulnerabilities (distress migration, debt traps); solutions including watershed development (NWDPRA), drought-resistant varieties (pigeon pea, sorghum), and MGNREGA integration
- For (a): Specific comparative solutions — Bundelkhand: farm ponds, gully plugging, agroforestry (neem, babool); Deccan: broadbed-furrow system, conservation furrows, integrated nutrient management; institutional mechanisms like WUAs and climate-resilient villages
- For (b): Poor quality water typology — saline (EC>4 dS/m), sodic (ESP>15, SAR>13), saline-sodic; crop-specific thresholds; reclamation techniques — gypsum application for sodicity, sulfuric acid/leaching for salinity, organic amendments (FYM, green manure)
- For (b): Agronomic management — salt-tolerant varieties (CSR-30 rice, KRL-210 wheat), drip/sprinkler irrigation for controlled leaching, mulching, raised bed planting, drainage design; cropping system adjustments (barley replacing wheat, mustard, sesbania)
- For (c): NGO roles in extension — technology demonstration (PRADAN's SRI promotion), farmer producer organization formation, participatory varietal selection, digital extension (Kisan Call Centre linkages); for landless labourers — skill training, microfinance (SHGs), wage security through NREGA facilitation, livestock-based livelihoods (goat rearing, poultry), land lease facilitation
- For (c): Specific NGO exemplars — BAIF's livestock development, MYRADA's watershed plus approach, ActionAid's climate adaptation, Sehgal Foundation's water security; convergence with ATMA, State Agricultural Universities, and district administration

Dimension	Weight	Max marks	Excellent	Average	Poor
Concept correctness	22%	11	Demonstrates precise understanding of dryland agro-ecology distinctions between Bundelkhand and Deccan; accurately defines sodicity/salinity parameters (EC, SAR, ESP) with correct thresholds; correctly identifies extension theories (diffusion of innovation, participatory approaches) and NGO typologies; no conceptual conflation between watershed management and irrigation management	Shows general understanding of dryland problems and poor water quality but conflates Bundelkhand and Deccan characteristics or uses salinity/sodicity terms interchangeably; basic grasp of extension functions without theoretical grounding; minor errors in parameter definitions	Fundamental misconceptions — treats dryland and rainfed as synonymous, confuses saline with sodic soils, misidentifies NGO roles as government functions; incorrect or missing scientific parameters; significant factual errors in regional geography
Quantitative reasoning	16%	8	Provides specific quantitative benchmarks — rainfall variability coefficients (CV>30% for Bundelkhand), groundwater exploitation categories (critical/semi-critical blocks), water quality classes (C3-S1, C4-S2), yield improvement percentages (20-40% through raised beds), cost-benefit ratios of interventions; uses data from ICAR-CRIDA, CGWB, or state agricultural departments	Mentions approximate rainfall ranges or general yield improvements without precision; limited use of classification systems; qualitative reference to 'high salt content' without numerical thresholds; some relevant statistics but inconsistently applied	No quantitative data or entirely incorrect figures; vague statements like 'very less rainfall' or 'too much salt'; missing critical thresholds that define management responses; no appreciation of scale or magnitude of problems
Indian context examples	22%	11	Rich specificity — Bundelkhand: Jhansi, Lalitpur, Chhatarpur districts; Deccan: Anantapur, Mahbubnagar, Solapur; cites specific varieties (ICPH-2740 pigeon pea, KRL-19 wheat), schemes (WDC-PMKSY 2.0, RKVY-RAFTAAR), and NGOs (PRADAN, BAIF, MYRADA, Sehgal Foundation) with their flagship programs; references NITI Aayog's Composite Water Management Index or state-specific missions (Andhra Pradesh Drought Mitigation Project)	Mentions regions and schemes in general terms without district-level specificity; names some NGOs but without program details; references common varieties but not location-specific ones; includes PMKSY or NREGA but without operational details	Generic examples without Indian specificity; foreign case studies dominating; no mention of government schemes or Indian-bred varieties; confused geography (placing Bundelkhand in Rajasthan); irrelevant or outdated references
Diagram / process	18%	9	Includes well-labelled diagrams — for (a): watershed management cross-section showing drainage line treatment, contour bunding, farm pond integration; for (b): salt balance diagram showing root zone dynamics, leaching requirement calculation, or layout of subsurface drainage system; for (c): institutional convergence model showing NGO-government-farmer linkages; processes explained with sequential steps and decision criteria	Attempts one relevant diagram with basic labelling; describes processes in text without visual representation; diagrams present but poorly integrated with explanation; missing scale or directional indicators	No diagrams despite clear scope; or irrelevant diagrams (generic crop growth stages); text-only description without any process visualization; diagrams copied without understanding or explanation
Policy / extension angle	22%	11	Demonstrates sophisticated policy analysis — critiques ATMA's NGO convergence limitations, evaluates PMKSY's AIBP vs. watershed balance, discusses MGNREGA's potential for asset creation vs. wage distortion; for extension, contrasts T&V with participatory approaches, analyzes NGO comparative advantages (trust, flexibility, grassroots reach) and limitations (scale, sustainability); proposes actionable convergence mechanisms (ATMA-NGO MoUs, FPO promotion under SFAC)	Lists relevant policies and schemes without critical evaluation; describes NGO roles descriptively without analyzing extension methodology; mentions convergence but without operational details; accepts policy design at face value	Policy vacuum — no mention of government schemes or institutional frameworks; treats NGOs as substitute rather than complement to public extension; no appreciation of implementation challenges; generic recommendations without policy anchoring

Q6

Directive word: Elaborate

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Approach

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