Question map
With reference to the history of India, the terms "kulyavapa" and "dronavapa" denote
Explanation
The correct answer is Option 1.
In the context of Ancient Indian history, particularly during the Gupta period, the terms kulyavapa and dronavapa were widely used units of land measurement. These terms are frequently mentioned in copper-plate inscriptions (such as the Damodarpur plates) to denote the area of land required to sow a specific quantity of grain.
- Kulyavapa: Derived from 'Kulya' (a basket) and 'Vapa' (to sow), it referred to the area of land required to sow one kulya of grain.
- Dronavapa: A smaller unit, referring to the area needed to sow one drona of grain (where 1 kulya = 8 dronas).
Options 2, 3, and 4 are incorrect because these terms specifically relate to the agrarian measurement of area based on seed capacity, rather than currency, urban zoning, or religious ceremonies.
PROVENANCE & STUDY PATTERN
Full viewWhile the skeleton flags this as web-heavy, this is a classic 'Gupta Administration' question found in advanced texts like Upinder Singh or RS Sharma. It exposes the gap between 'Basic NCERT' and 'Advanced Reference' reading. Strategy: Focus on Economic History terms (Land, Tax, Coins) over Political History.
This question can be broken into the following sub-statements. Tap a statement sentence to jump into its detailed analysis.
- Statement 1: In the history of India, do the terms "kulyavapa" and "dronavapa" denote measurements of land?
- Statement 2: In the history of India, do the terms "kulyavapa" and "dronavapa" denote coins of different monetary value?
- Statement 3: In the history of India, do the terms "kulyavapa" and "dronavapa" denote a classification of urban land?
- Statement 4: In the history of India, do the terms "kulyavapa" and "dronavapa" denote religious rituals?
- Explicitly states that kulyavapa and dronavapa indicate areas of land (defined by seed-sowing quantity).
- Notes these terms occur in inscriptions (epigraphic evidence) confirming their use as land measures.
- Gives the quantitative relationship (dronavapa = 1/8 kulyavapa), reinforcing they are units of area.
- States that historic India used a variety of land-measure units recorded in inscriptions.
- Provides contextual support that regional inscriptions (like those of Orissa) enumerated such land-measure terms.
Lists of historical Tamil land-measurement units (kuli, ma, veli, patti, padagam) show that regional, named units were commonly used.
A student could treat kulyavapa/dronavapa as candidate regional units and check inscriptions/lexica from the same linguistic/geographic area for similar naming patterns.
Description of land surveying practice (use of rods of 14 and 24 feet) indicates formal measurement methods and named measures tied to local surveying conventions.
One could compare the structure of the terms kulyavapa/dronavapa with known surveying terms or rod-based measures used in the region to see if they align.
References to officers who marked out and measured individual plots (ustapala, village accountants) show that recorded, standardized land measures were part of administrative record-keeping.
A student might search administrative records or copper-plate grants produced by the same scribal offices for occurrence of kulyavapa/dronavapa as units.
Discussion of systematic efforts to measure lands (e.g., Ain under Akbar, later imperial measurement campaigns) illustrates a long-standing practice of naming and recording units.
Using the knowledge that empires compiled named land aggregates, a student could look for these specific terms in Mughal or pre-Mughal cadastral compilations or translations.
Distinction between land-revenue records and fixed geographical measurement shows the persistence of local revenue units separate from modern survey measures.
This suggests checking historical land-revenue records (as distinct from modern Survey of India maps) for occurrence of kulyavapa/dronavapa as revenue units.
- The passage explicitly defines kulyavapa and dronavapa as units indicating area of land required to sow seed, not monetary units.
- It gives the relationship between the two (dronavapa = 1/8 kulyavapa), showing they are land-measurement subdivisions rather than coin denominations.
States that a variety of coins circulated and money-changers (shroffs) tested and assigned value, implying different coin types carried different values or purities.
A student could take this rule — that coin variety implied differing value — and look for specific mentions of kulyavapa/dronavapa in numismatic catalogues or regional accounts to see if shroffs treated them as distinct denominations.
Identifies named coin types (e.g., the silver 'pana') and punch-marked coins as standard monetary units, showing that names often correspond to particular metal/weight/value standards.
One can extend this pattern by checking if kulyavapa and dronavapa appear as named units in regionally dated coin lists or weight-standards (pana/karshapana) to infer relative value.
Explains that coins had standard names (kārṣhāpaṇas/paṇas) and were made of specific metals, indicating that named coin-types typically reflected a metal/weight class and thus different values.
Use knowledge that named coin-types map to metals/weights to hypothesize whether kulyavapa vs dronavapa were different-metal/weight units and then seek archaeological/epigraphic confirmation.
Notes punch-marked coins were studied to reconstruct commercial networks and attempts to link symbols/names to issuers, showing numismatic evidence can distinguish coin-types and their issuers/values.
A student could apply numismatic methodology (symbol/inscription/weight comparison) to any surviving specimens or hoard lists to test if the two terms mark different denominations.
Mentions widespread use of gold coins for large transactions and that many political entities issued coins, implying an economy with multiple denominations for different value scales.
Combine this with basic fact that different metals/coin-names map to value levels to check whether kulyavapa and dronavapa correspond to different metals or transaction scales.
- Explicitly states that kulyavapa and dronavapa (with adhavapa) were used and indicate areas of land.
- Defines them as the area of land required to sow seed grains of specified weights, i.e., units of land measurement.
- Gives a quantitative relation (dronavapa = one-eighth of kulyavapa), corroborating they are measurement units rather than urban classification.
Shows that Mughal/Ain-type sources used specific technical categories to classify land (Polaj, Parauti, Chachar, Banjar) with revenue consequences.
A student could check similar administrative lists (Ain-i-Akbari, revenue manuals) for the presence of kulyavapa/dronavapa as named categories and whether they apply to urban plots.
Explains that geographers classify urban places by function and land use, implying that distinct technical terms can denote urban land categories.
One could seek whether kulyavapa/dronavapa appear in urban land‑use or functional classification vocabularies in historical sources or inscriptions.
Defines 'morphology of urban settlements' as including distinct land‑use categories (markets, residential, open areas), indicating historical practice of naming urban land types.
Use this pattern to ask whether kulyavapa/dronavapa are names for specific urban land‑use zones (market, residential, etc.) in historical city plans or texts.
Describes indigenous city units with mixed land use and identifiable local residential/commercial quarters, suggesting historical urban spaces could be classified with specialized terms.
Investigate local/regional records or vocabulary (e.g., temple grants, town plans) to see if kulyavapa/dronavapa label such urban quarters or plots.
Notes that historical sources use specialized terms for agrarian actors and land relations (raiyat, muzarian), showing terminology for land and users was common.
Extend this by searching Indo‑Persian or vernacular administrative texts for similarly structured terms (kulyavapa/dronavapa) to determine urban vs rural application.
- Explicitly states that 'kulyavapa', 'dronavapa' and 'adhavapa' indicate the area of land required to sow seed grains, identifying them as land-measure terms.
- Notes that dronavapa is a subdivision of kulyavapa (dronavapa = 1/8 kulyavapa), which corroborates their role as units of measurement rather than rituals.
- Mentions their occurrence in inscriptions (e.g., Bengal), showing practical administrative/land-measure usage.
Describes the Vedic sacrificial tradition and gives examples of named, elaborate sacrifices (e.g., rajasuya, ashvamedha) showing that ritual names are often compound Sanskrit terms.
A student could check whether 'kulyavapa' and 'dronavapa' fit the morphological pattern of Vedic/ritual compound names or appear in lists of named sacrifices in Sanskrit or epigraphic sources.
Defines yajña/yagya and explains that Vedic culture developed many rituals directed to deities, establishing a conceptual category where special names denote rituals.
Use this rule to treat any unfamiliar compound like 'kulyavapa'/'dronavapa' as potential ritual names and then search ritual manuals/Upaniṣads/inscriptions for them.
Mentions that inscriptions record specific royal rituals (Ashvamedayaga, Hiranyagarbha, Vajapeya) performed by kings, indicating that ritual names appear in inscriptional evidence.
A student could examine epigraphic corpora (e.g., copper plates, temple inscriptions) from relevant regions/periods to see if 'kulyavapa' or 'dronavapa' occur there as ritual terms.
Notes that Brahmanas performed a range of secular and ritual functions in north India, implying that many local ritual terms might be preserved in Brahmana/inscriptional records.
Extend by checking Brahmana literature and regional records where ritual specialists are prominent to locate these specific terms.
Highlights the importance of ritual and a deity (Rudra) associated with rituals in later Vedic religion, showing continuity of ritual naming and practice.
A student could consult later Vedic/Smriti texts and ritual glossaries to see if these specific compound terms are attested as ritual names.
- [THE VERDICT]: Standard Reference (Hidden). Found in Upinder Singh/RS Sharma (Gupta Economy), but absent in basic NCERTs. A 'Bouncer' for NCERT-only aspirants.
- [THE CONCEPTUAL TRIGGER]: Gupta Period Agrarian Expansion. The shift from central control to land grants (Agraharas) required precise land measurement units.
- [THE HORIZONTAL EXPANSION]: Memorize Gupta/Post-Gupta terms: *Nivartana* (Land measure), *Pustapala* (Record Keeper), *Udranga/Uparikara* (Taxes), *Vishti* (Forced Labor), *Bhukti* (Province), *Vishaya* (District).
- [THE STRATEGIC METACOGNITION]: Stop reading history as a story of Kings. Read it as a dictionary of Administration. Create a 'Terminologies Excel Sheet' categorized by Dynasty and Type (Revenue/Military/Land).
Medieval Tamil sources used specific units like kuli, ma, veli, patti and padagam to quantify land.
High-yield for questions on agrarian economy and revenue systems; knowing common measurement units helps interpret inscriptions, land grants and tax assessments. Connects to topics on land revenue, agrarian relations and administrative practice.
- History , class XI (Tamilnadu state board 2024 ed.) > Chapter 11: Later Cholas and Pandyas > Land Revenue and Survey > p. 160
Chola rulers carried out extensive land surveys and classified land for tax assessment.
Essential for questions on state formation, fiscal administration and institutional history; links to study of central and local officials, revenue sources and the mechanics of taxation in medieval India.
- History , class XI (Tamilnadu state board 2024 ed.) > Chapter 11: Later Cholas and Pandyas > Land Revenue and Survey > p. 160
Local bodies and officers (nattar, village accountants, ustapala) measured land and used rods of fixed lengths in surveying.
Useful for understanding administrative hierarchy and practical methods of measurement in premodern India; helps answer questions on local governance, record-keeping and interpretation of land-related inscriptions.
- History , class XI (Tamilnadu state board 2024 ed.) > Chapter 11: Later Cholas and Pandyas > Political Divisions > p. 169
- History , class XI (Tamilnadu state board 2024 ed.) > Chapter 7: The Guptas > Agriculture and Agrarian Structure > p. 95
Different types of coins circulated and money-changers tested purity and fixed values for transactions.
High-yield for questions on pre-modern monetary systems and trade institutions; links to the emergence of banking practices (hundis, local bankers) and commercial organisation. Mastering this helps answer questions on how heterogeneous coin standards were reconciled in commerce and public finance.
- History , class XI (Tamilnadu state board 2024 ed.) > Chapter 16: The Coming of the Europeans > Banking and Rise of Merchant Capitalists > p. 247
Punch-marked silver and copper coins called pana or kārṣhāpaṇa were among the earliest circulated monetary units in India.
Core concept for ancient economic history questions; connects archaeological finds to processes of monetisation, state and merchant coin-issuance, and chronology of economic development. Useful for questions on evolution of coinage and interpreting hoards.
- History , class XI (Tamilnadu state board 2024 ed.) > Chapter 4: Emergence of State and Empire > Coins and Currency > p. 59
- Exploring Society:India and Beyond ,Social Science-Class VII . NCERT(Revised ed 2025) > Chapter 11: From Barter to Money > Coinage > p. 238
- THEMES IN INDIAN HISTORY PART I, History CLASS XII (NCERT 2025 ed.) > Chapter 2: Kings, Farmers and Towns > 6.4 Coins and kings > p. 44
Roman, Indo-Greek, Kushana and regional coins circulated widely and local imitations were minted to augment money supply.
Important for topics on long-distance trade, external influences on Indian economy, and archaeological indicators of monetisation. Helps tackle questions on trade networks, economic integration, and the impact of foreign currency on local economies.
- THEMES IN INDIAN HISTORY PART I, History CLASS XII (NCERT 2025 ed.) > Chapter 2: Kings, Farmers and Towns > 6. Towns and Trade > p. 45
- History , class XI (Tamilnadu state board 2024 ed.) > Chapter 6: Polity and Society in Post-Mauryan Period > Trade and the Economy: The Larger Picture > p. 85
- Exploring Society:India and Beyond ,Social Science-Class VII . NCERT(Revised ed 2025) > Chapter 6: The Age of Reorganisation > LET'S EXPLORE > p. 137
Medieval revenue systems classified land into polaj, parauti, chachar and banjar to fix different revenues, demonstrating a pattern of land categorization in historical India.
High-yield for UPSC: questions often ask about agrarian revenue classifications and administrative measures under rulers like Akbar. Mastering these categories links to topics on land revenue systems, agrarian economy and administrative history, enabling answers on how land was assessed and taxed.
- THEMES IN INDIAN HISTORY PART II, History CLASS XII (NCERT 2025 ed.) > Chapter 8: Peasants, Zamindars and the State > Classification of lands under Akbar > p. 214
Pustapala. In the same Damodarpur Copper Plates mentioning 'Kulyavapa', the 'Pustapala' is the official record-keeper who verified land transactions. This officer is the next logical question.
Etymological Surgery. 'Vapa' comes from the Sanskrit root 'Vap' (to sow). 'Kulyavapa' literally means 'Area where 1 Kulya of seeds can be sown'. Coins and Rituals are not 'sown'. Option A is the only agricultural fit.
Mains GS-3 (Land Reforms). Contrast the Gupta 'Pustapala' (record keeper) system with the modern ULPIN (Unique Land Parcel Identification Number) and the challenge of conclusive titling in India.