January 30, 2025

Photo essay: A blueprint for the rejuvenation of heritage tanks

In Bundelkhand, the Republic Day theme of ‘Swarim Bharat: Virasat aur Vikas’ is being demonstrated through the revival of centuries-old traditional water tanks.

3 min read
This is the final article in a 25-part series supported by the Hindustan Unilever Foundation. This series highlights innovative solutions that address the issue of water security in India.

View the entire series here.


At the 2025 Republic Day parade, states and union territories presented tableaux capturing the year’s theme of ‘Swarnim Bharat: Virasat aur Vikas’. In Bundelkhand, this vision of heritage (virasat) and progress (vikas) is being demonstrated through the rejuvenation of traditional tanks built between 8 AD and 17 AD.

Legacy

Bundelkhand, which comprises 14 districts across Madhya Pradesh and Uttar Pradesh, is a water-scarce region with a history of recurrent droughts. Its rocky terrain causes rainwater to run off, so it has limited groundwater potential. Bundela and Chandela rulers in the area understood this and between 8 AD and 17 AD they developed water harvesting structures for capturing monsoon run-off and storing it for year-round use.

In recent decades however, the structures have fallen into disuse and disrepair. As the climate crisis deepens the region’s water security concerns, these very tanks have emerged as the answer to the challenges of the local community.

Since 2019, Self-Reliant Initiatives through Joint Action (SRIJAN), in partnership with Hindustan Unilever Foundation (HUF), has restored 149 tanks and related structures across seven districts in this area. The tanks in Alopa and Mudara villages in Madhya Pradesh’s Tikamgarh district were the first to be desilted in 2018. This is what they looked like before the pilot project commenced.

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Bulldozers, trucks, and tractors are used at the site of the Alopa tank for desilting and restoration work. The tank is dry except for a few puddles of water - Water management
Alopa, Tikamgarh district, Madhya Pradesh, May 2019.

An aerial view of the tank in Mudara village before restoration. The tank site is dry except for a few puddles of water- Water management
Mudara, Tikamgarh district, Madhya Pradesh, May 2019.

Five months later, on completion of the pilot, the tanks were filled with water.

A few people gather at the edge of the tank in Alopa village which is filled with water - Water management
The tank in Alopa, Tikamgarh, Madhya Pradesh, in November 2019.

An aerial image of the Mudara tank filled with water five months after the launch of the pilot project- Water management
The tank in Mudara, Tikamgarh, Madhya Pradesh in November 2019.

The initiative combines traditional and local knowledge with appropriate technology and scientific know-how. With community participation and ownership, tanks such as those in Alopa, Mudara, and Kudar in Tikamgarh have turned into a lifeline for the villages in the area.

A satellite image shows the dry tank site in Kudar village before restoration work- Water management
Satellite image of Kudar, March 28, 2021.

A satellite image shows the tank in Kudar filled with water after restoration- Water management
Satellite image of Kudar, June 10, 2022.

Heritage meets progress

As part of this initiative, traditional community wisdom was combined with modern technology to revive both standalone tanks and cascades of water bodies of various sizes and in multiple setups.

A woman extends a measuring tape into the trial put dug in the Sorka village to assess its composition - Water management
A community member examines the sub-surface composition and structure of the trial pit in Sorka village, Tikamgarh district, Madhya Pradesh.

Local community members shared the history and use of these structures and helped with their mapping. Equipped with this knowledge, the SRIJAN team employed Geographic Information System (GIS) and remote sensing technology to conduct a geological survey of the watershed and catchment area.

Members of the field team use a total station which is an instrument used to measure vertical and horizontal angles and distances- Water management
Field staff use a total station instrument to survey the angles and distances of the tank.

As the teams scoped the region, they realised that in the absence of maintenance, sediment had accumulated and compacted in most of the traditional tanks. This adversely affected both the percolation of water and the storage capacity of the tanks.

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The programme provided a JCB excavator to desilt the old tanks, and local farmers volunteered to transport the silt in their tractors at their own cost. They reused it to enrich the soil in their own farms.

Tractors with trolleys line up to collect silt from a JCB excavator and remove it from the Kudar tank site - Water management
A JCB excavator desilting Kudar tank as farmers ferry away the silt in their tractors.

A farmer empties a tractor-trolley full of silt onto his field. There are no crops planted and the field is covered in dried grass- Water management
Farmers reuse the silt on their fields as it increases crop yield.

Community ownership

A participatory approach is used to manage the tanks. Members from the community form a tank management committee (TMC), with an emphasis on women’s representation. This group develops protocols for the tanks and catchment area as well as plans for equitable water distribution in the village. It also budgets in demand and usage in its fortnightly or monthly meetings.

A group of 15 men and women hold a meeting of the tank management committee in the Baura village. They sit in a cirlce in an open area while animals graze on the grass in the background- Water management
A tank management committee meeting in Baura village, Mahoba district, Uttar Pradesh.

Water levels in the wells and tanks are monitored closely. When the water recedes to a certain level, the TMC requests farmers to refrain from drawing more. Given that the TMC comprises people they know and respect, farmers adhere to the TMC’s decisions on which crops to grow and how many can be grown in a year based on water availability.

A woman extends a measuring tape into a well to monitor the groundwater level as two children stand beside her- Water management
Groundwater being monitored in Bhamoura, Niwari, Tikamgarh district.

The rejuvenation of tanks has brought water security to these districts in Bundelkhand, providing enough water for agriculture, drinking, domestic needs, and animal husbandry. Migration has decreased because the region has better crop yield as well as more fruit orchards and vegetable plots. Women have been trained to run their own Prakritik Kendra, which provides organic fertilisers and formulations to farmers and encourages natural farming. Crop rotation and natural farming have, in turn, improved soil quality and boosted groundwater recharge.

A group of women pose with a sign labelled Crop Exhibition Plot in the background as two women hold onto a sprayer machine- Water management
Farmer’s field day in crop demonstration plot, Neemkheda village, Tikamgarh district, Madhya Pradesh.

To continue this cycle of ‘Virasat aur Vikas’, the community can sustain this model of rejuvenation and regeneration and serve as an example for others to follow across the country.

Know more

  • Read about the importance of community-led natural resource management.
  • Learn about the features and strategies of watershed management.
  • Read about individual and collective actions for water conservation.

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ABOUT THE AUTHORS
Rishu Garg-Image
Rishu Garg

Rishu Garg is a development and environmental professional with more than two decades of experience. He has worked with communities and local governments on natural resource and livelihoods management across Madhya Pradesh, Rajasthan, Chhattisgarh, and Jharkhand.

Krushna Chandra Hembram-Image
Krushna Chandra Hembram

Krushna Chandra Hembram is a livelihood and development professional, with more than 10 years experience in designing and implementing community-based initiatives.

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