Traditional Water Harvesting Systems
Geography
- PYQs2
- Articles1
Background
Highlights the importance of traditional knowledge, sustainable water management, cultural heritage conservation, and community-based solutions for water security, especially in vulnerable regions like the Himalayas.
Traditional water harvesting systems, like the Naulas and Dharas of Uttarakhand, are indigenous methods of collecting and storing water, often deeply integrated with local culture and architecture. These systems are crucial for water security in regions with challenging terrains, relying on natural springs and groundwater recharge.
Facts & tables
- Definition
- Stone-built water springs/temples in Kumaon, Uttarakhand, serving as primary drinking water sources.
- Cultural Significance
- Treated with sanctity, integral to Himalayan life and water worship.
- Function
- Filter and collect water from the earth, especially vital where modern infrastructure is challenging.
- Current Status
- Many are drying up, abandoned, or polluted due to environmental and developmental pressures.
| Type | Reference |
|---|---|
| Conceptual area | Ancient & Classical Architecture |
Prelims angle
Prelims angle: Factual recall
Prelims angle: Multi-statement analysis
- Indigenous water management in Himalayan regions.
- Cultural and ecological significance of Naulas/Dharas.
- Threats: groundwater decline, pollution, development.
- Role in local water security and resilience.
- Need for revival and conservation strategies.
| Year | Framing tags |
|---|---|
| 2024 | Factual recall |
| 2024 | Multi-statement analysis, Factual recall |
Timeline
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Ancient & Classical Architecture
Conceptual area
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Prelims 2024
Factual recall
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Prelims 2024
Multi-statement analysis, Factual recall
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News in Frames | The drying naulas of Uttarakhand
Traditional water harvesting systems like Naulas in Uttarakhand are vital for local water security and cultural heritage but face severe threats from groundwater depletion, pollution, and developmental activities, necessitating conservation efforts.
See also
In the news
News in Frames | The drying naulas of Uttarakhand
Traditional water harvesting systems like Naulas in Uttarakhand are vital for local water security and cultural heritage but face severe threats from groundwater depletion, pollution, and developmental activities, necessitating conservation efforts.
Try these PYQs
With reference to the Himalayan rivers joining the Ganga downstream of Prayagra from West to East, which one of the following sequences is correct?
* Gomati: The Gomti River originates in the Central Himalayas and joins the Ganga near Varanasi, Uttar Pradesh. * Ghaghara: The Ghaghara River, also known as the Ghagra-Rapti River, is the largest tributary of the Ganga. It originates in the Nepal Himalayas and joins the Ganga near Chhapra, Bihar. * Gandak: The Gandak River originates in the Nepal Himalayas and joins the Ganga near Patna, Bihar. * Kosi: The Kosi River, also known as the Koshi River, is known for its erratic behaviour and floods. It originates in the Nepal Himalayas and joins the Ganga near Katihar, Bihar. Therefore, the correct sequence is Gomati - Ghaghara - Gandak - Kosi.
Consider the following information:
| Waterfall | Region | River |
|--|--|--|
|1. Dhuandhar | Malwa |Narmada|
|2. Hundru | Chota Nagpur | Subarnarekha|
|3. Gersoppa | Western Ghats | Netravati|
In how many of the above rows is the given information correctly matched?
* Dhuandhar: This waterfall is located on the Narmada River, but the region is not Malwa. It is in Madhya Pradesh Mahakoshal region. Hence, pair 1 is incorrectly matched. * Hundru: This waterfall is indeed located on the Subarnarekha River within the Chota Nagpur Plateau. Hence, pair 2 is correctly matched. * Gersoppa (also known as Jog Falls): This waterfall is on the Sharavati River in the Western Ghats, not the Netravati River. Hence, pair 3 is incorrectly matched.