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Q.Explain the water resource management of Vijayanagara empire with examples.

CBSECBSE Class XII Board 2024Subjective· 3mImportance★★★★★
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The Vijayanagara Empire (1336–1646) managed water resources through an integrated system of tanks (reservoirs), canals, and wells, using the region's natural topography to capture monsoon runoff. The key was a cascade of interconnected tanks that stored water for irrigation, drinking, and ritual use, with the Hiriya canal and the Kamalapura tank as prime examples.

Why This Approach Worked

The Vijayanagara capital, located in the semi-arid region of present-day Karnataka, receives rainfall only during the southwest monsoon (June–September). The empire’s engineers understood that surface water storage was the only reliable way to sustain a large population and intensive agriculture through the dry months. They didn’t just build isolated reservoirs — they created a watershed-scale network that captured runoff from the Tungabhadra River and its tributaries, then distributed it through gravity-fed channels.

The genius lay in working with the landscape, not against it. The rocky terrain around Hampi was used as natural check-dams, and every stream was impounded by a series of small tanks before the water reached the main river. This minimised evaporation loss and siltation in any single reservoir.

Step-by-Step Explanation

  1. The backbone: the Tungabhadra River and the Hiriya canal

    The empire’s largest water source was the Tungabhadra River. From it, a major canal called the Hiriya canal (meaning “big canal”) was dug, running for about 15 km. It was lined with stone and had sluice gates at intervals to control flow. This canal supplied water to the Royal Centre and the Irrigated Valley south of the capital.

    Why this matters: The canal was not just for drinking — it fed a chain of tanks that stored water for the dry season. The gradient was carefully surveyed so water flowed by gravity alone, without pumps.

  2. The cascade of tanks: capturing every drop

    The empire built over 30 major tanks (reservoirs) in and around Hampi. The most famous is the Kamalapura tank (also called the “Queen’s Bath” tank), which is a large masonry structure with stepped embankments. But the real innovation was the cascade system:

    • A stream would first fill a small tank at a higher elevation.
    • When that overflowed, water spilled into a larger tank below.
    • The lowest tank in the chain was often the largest, storing water for the entire dry season. Example: The Tungabhadra River → Hiriya canal → Kamalapura tank → smaller field tanks formed one such cascade. This ensured that even if a monsoon failed, the lower tanks still received some water from upstream overflow.
  3. Wells and stepwells for local supply

    In the urban core (the Royal Centre and the Sacred Centre), the empire dug hundreds of wells and stepwells (called baolis). These were often cut into the granite bedrock to reach the water table. The Mahanavami platform area alone has over 20 wells.

    Why this matters: Wells provided a decentralised water source for daily use, reducing pressure on the canal system. The stepwells also served as social gathering spaces, with shaded platforms and steps leading down to the water.

  4. Irrigation for agriculture: the “tank-fed” system

    The tanks were not just for the city — they irrigated the fertile valleys around Hampi. The Kamalapura tank irrigated about 2,000 acres of paddy fields. Farmers used sluice gates to release water into field channels at scheduled times. …

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