Before the Water Came

Fields lying dry and parched; villages silent and deserted; the able-bodied having left in search of work, leaving behind the old, the infirm, women, and children to fend for themselves with little or no ray of hope. Agriculture was entirely at the mercy of the monsoon and in regions with less than 12 inches of annual rainfall (mostly between July and September), that meant undependable incomes and years of hardship.

Most wells, bore wells, hand pumps dry; Women fetching water from long distances in pitchers for home consumption. Complete environmental degradation.

We, living in cities, are far removed from the ground reality of rural India. They are not living, but subsisting in the medieval times with no infrastructure and not even the basic amenities.

Willingness of Villagers to help themselves:
The villagers have been existing in abject poverty for generations. All they need is a helping hand to pull them out of their miserable condition. A huge plus is that they are willing to help themselves and donate up to 30% of the cost of construction.

Empowerment of Villagers:
The check dams therefore are not only a means to the revive the ecology and symbol economy of the villagers, the structures make them aware of their own strengths. They feel they have made the check dams and are empowered to take care of their structures and maintain them. They do not wait for an outside agency to come and bail them out. when their check dams require a 2% amount of their produce for proper up keep and repair. They are so motivated that they give monetary help to people of other villages to make new check dams. Thus they are not beggars but become kings of their own area pulling their brethren as well as themselves out of the rut of poverty.

Time & Cost of Construction:
The time required is about 1½ months for repairs and 2 to 3 months for new construction. Hence, if funds are provided, the jobs will be completed well before this monsoon, when God willing, our structures will be filled with water.
On average a large structure would cost around Rs.7 to 8 lakhs of sponsor’s funds and an additional 30% of the villagers’ contribution. Sometimes structures that are strategically placed to impact 5 to 7 and more villages, the costs can be as high as Rs. 25 lakhs.

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How We Build It:
Aakar’s Step-by-Step Approach

Our approach is more than just building a water structure, it’s about creating a self-sustaining system that combines engineering excellence, community participation, and social transformation.

Our karyakartas first connect with the local community to understand their water challenges. They work closely with villagers, offering support and building trust through consistent involvement. Once the rapport is built, the villagers guide us in selecting suitable sites and participate in every stage of the decision-making.

1. Identifying Need

Experienced experts who have worked on thousands of water harvesting structures visit the location for technical assessment. They study the topography, water flow, and local conditions in consultation with the villagers. The community’s traditional understanding of the land is combined with expert guidance to finalize the design.

2. Site Check

A village-wide meeting is held to explain that the project will succeed only if everyone participates actively. The villagers contribute stone, water, and one-third of the digging and compacting work. Aakar provides the JCB, cement, skilled masons, and other required resources for completing the structure.

3. Convincing Villagers

Before moving forward, we ask the village to commit to ending harmful practices that affect their progress. They are encouraged to give up child marriage, dowry, mrityu bhoj, alcohol, and tobacco. Only when the community agrees to these reforms do we proceed with the project.

4. Social Reform Pledge

Once the commitments are in place, we encourage the villagers to begin collecting the stone required for construction. As soon as they gather the material at the site, we immediately deploy the JCB to start the foundation digging. From this point on, the work continues without delay, with villagers and our team working together.

5. Team in Action

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How do we select where to  Work

Site selection is one of the prime criteria in this work. The following points are taken into consideration. 
  1. It should be a somewhat hilly terrain where one can expect run off during the rains. preferably the hill range should act as catchments area for the check dam so that just a couple of hours of good rainfall would bring millions of liters of water to the check dam site and be able to fill the structure.
  2. There should be enough spread of land which would be able to hold the accumulated water. the masonry work should be minimal to control expenses as well as the possibilities of cracks. 
  3. It should be in the heart of farmland or in the upper reaches from where there would be appreciable impact in the villages downhill. The number of people benefiting by the project should be reasonably large. The submerged area should not have too many trees which are likely to be lost because of stagnant water.
  4. The villagers should be ready to contribute at least 1/3rd of the total expense towards the structure. This is very important because this is what gives them a sense of ownership and makes the work sustainable because they then are ready to maintain it.

Check Dams:
Simple Structures, Lasting Water Security

A check dam is a strategically built small permanent structure, which acts as an obstacle for rainwater gushing down the hillside thereby creating a reservoir. The structures consist of a relatively small masonry headwall which acts as a spill weir to remove excess water from the dam and extensive earthen embankments flanking the headwall on both sides enabling them to hold huge quantities of water. The overflow of rainwater becomes a streamlet emerging from an erstwhile barren village which continues to flow for several months finally pouring its bounty in the revenue map rivers of the vicinity.

Aakar Charitable Trust’s check dams are designed to:

  • Hold millions of litres of water (some up to 12 crore litres of rainwater in a good monsoon​).
  • Raise the groundwater table hence recharging nearby wells and handpumps and even create rivulets
  • Provide year-round water for drinking, irrigation, livestock and transforming agricultural productivity by enabling farmers to grow multiple crops annually and improving their quality of life
  • Last for decades with minimal maintenance.

Where building check dams is not possible due to geographical constraints, such as the absence of a suitable water channel or rocky terrain, Aakar Charitable Trust constructs ponds​instead. These ponds serve as large rainwater harvesting structures, storing water for agriculture, livestock, and household use, and providing the same long-term benefits of water security.

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Benefits of Check Dams

01

Massive Water Storage

Each dam holds millions of litres of water — some as high as 12 crore litres — ensuring a reliable local water source.

02

Groundwater Recharge

Check dams naturally recharge nearby wells and handpumps, providing sustainable access to clean water.

03

Year-Round Irrigation

With water available throughout the year, farmers can grow multiple crops annually, improving food security and income.

04

Massive Water Storage

Each dam holds millions of litres of water — some as high as 12 crore litres — ensuring a reliable local water source.

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Challenges 

  1. Convincing villagers to contribute is a major challenge, often requiring door-to-door efforts
  2. Fragile livelihoods of villagers make timely project completion uncertain
  3. Check dams often span multiple landholdings, requiring consensus among landowners with differing opinions
  4. Securing sponsors and convincing them to donate is crucial for sustaining and scaling the initiative