River Rejuvenation: Innovative and Scalable

River Rejuvenation

Bringing 75 rivers, streams, and tributaries back to life across 8 states.

Why Rivers Are Dying — and How We Bring Them Back

The cost of rapid development, deforestation, and an ever-increasing demand for water has been paid by India's rivers. Some have disappeared from our maps. Loss of forest cover has reduced the natural recharge of water tables. Silt deposits have choked river beds, reducing their water-carrying capacity. Agricultural runoff, construction along basins, and the disrupted hydrological cycle have all contributed to reduced river flow, soil erosion, and fragile ecosystems.

Since 2013, thousands of Art of Living volunteers have worked to reverse this decline. The river rejuvenation programme identifies the factors affecting river flow and then activates and accelerates the natural process: overland flow, soil moisture restoration, groundwater recharge, and inflow to water bodies and stream networks.

The work spans 8 states:

KarnatakaMaharashtraTamil NaduUttar Pradesh Andhra PradeshPunjabTelanganaMadhya Pradesh

River Rejuvenation at a Glance

75
Rivers, Streams and Tributaries Being Rejuvenated
1.08 Lakh+
Recharge Structures Constructed
17,402 Crore+
Litres of Water Conserved
3.45 Crore+
People Benefitted
174.52 Crore+
Litres of Water Conserved (till May 2025)
59,000+
Sq Km Area Influenced
20,000+
Villages Covered
9.12 Crore+
Trees Planted Along River Basins
6.5 Lakh+
Days of Rural Employment Generated

How We Rejuvenate Rivers

River rejuvenation is not a single intervention. It requires a combination of methods, applied in sequence based on site conditions. Each method addresses a different part of the water cycle.

Community Mobilisation and Capacity Building

Training local volunteers, enrolling farmers, and building village-level ownership of the conservation effort. The programme generates 6.5 lakh days of rural employment.

Groundwater Recharge Structures

Boulder checks, recharge shafts, recharge wells, recharge borewells, and sub-surface dykes, each suited to different terrain and geology.

Area and Drainage Line Treatment

De-silting river beds and nalas to restore water-carrying capacity. The nutrient-rich silt removed from river beds is used as a soil enricher on farms.

Afforestation

Planting native tree species along river basins to stabilise soil, prevent erosion, and increase groundwater recharge. Over 9.12 crore trees planted to date.

Soil Conservation

Deep contour trenches, contour bunds, and earthen bunds to arrest soil erosion and increase soil moisture in areas with low rainfall and steep slopes.

Sustainable Agriculture

Supporting farmers to adopt water-efficient practices that work alongside the restored water systems.

What We Build

Stone barriers built across drainage lines to reduce the speed of rainwater runoff, increase soil moisture, and reduce erosion.

Vertical structures placed inside ponds for rainwater harvesting. Water flows in through the pond surface and percolates down through a natural filter to depths of up to 100 feet.

20-foot-deep structures with one-metre diameter concrete rings, filled with jelly and gravel material. Placed along stream networks, they accelerate the natural process of groundwater recharge.

Shallow borewells drilled to 80-100 metres that act as point recharge structures, augmenting groundwater into dried-up fracture zones and lineament areas.

Underground barriers built in the active channel below ground level. They prevent base flow from moving downstream and raise water levels on the upstream side.

Trench-and-bund structures used in areas with less than 750 mm annual rainfall and slopes of 8% or less. They arrest soil erosion and increase soil moisture. Variants include farm bunds, contour bunds, and earthen bunds.

Removal of silt deposited on river beds over decades. Silt reduces water-carrying capacity and slows percolation. De-silting restores the river's depth and flow. The silt itself is nutrient-rich and is distributed to farms as a natural soil enricher.

Small water pools constructed where streams meet existing tanks. They minimise evaporation losses, collect subsurface flow, and maintain water availability for human, cattle, and ecological needs. Also called "micro eco-restoration cells."

Where We Work

Karnataka map

Karnataka

MetricNumber
Rivers/streams being rejuvenated22
Recharge structures built34,000+
Trees planted15,57,000+
Villages benefitted13,000+
Area covered96,685+ sq km
tamilnadu-map

Tamil Nadu

MetricNumber
Rivers/streams being rejuvenated24
Recharge structures built65,000+
Villages benefitted1,400+
Lives impacted4,84,000+
Area impacted18,085+ sq km
maharashtra map

Maharashtra

MetricNumber
Rivers/streams being rejuvenated37
Structures built23,600+
Trees planted7,28,900+
People benefited20,75,000+
Districts covered27
Cubic metres desilted2,39,29,900+
Area influenced941+ sq km
Uttar Pradesh map

Uttar Pradesh

MetricNumber
People in water literacy programmes6,500+
Recharge shafts built (in 56 ponds)141+
Villages benefited41
Sub-surface dykes1

Notable project: Haiderpur Wetland conservation at India's 47th Ramsar Site (see the Haiderpur Wetland page).

Andhra Pradesh map

Andhra Pradesh

River rejuvenation work has been started in the Penna and Papagani river basins in Cuddapah and Ananthapur districts.

Other States

Work is in progress or under discussion in Punjab, Telangana, and Madhya Pradesh.

The Difference on the Ground

Bhada Nala De-Silting

Bhada Nala before de-silting
Bhada Nala after de-silting

Manjara River De-Silting

Manjara River before de-silting
Manjara River after de-silting

More From the Field

Recharge techniques
Gabion structure built by volunteer labour (shramdaan)
Deep CCT structures showing increased greenery

A River Reborn: The Story of Naganadhi

Vellore District, Tamil Nadu
Dry for decades. Flowing again since 2023.

The Naganadhi river in Vellore District, Tamil Nadu had been dry for decades. No one alive in the surrounding villages remembered it flowing.

In 2020, The Art of Living began work on its revival. Over 44,000 rural women from surrounding villages joined the effort, participating in de-silting, building recharge structures, and planting trees along the river basin. Over 2,50,100 seeds were sown along the banks, an effort that earned official recognition from the World Records Union.

After 1,095 days of sustained work, the Naganadhi began flowing. As of August 2024, it has flowed continuously for over three years, bringing water back to villages that had gone without it for generations.

The achievement was recognised nationally: Shri Chandrashekar Kuppan, The Art of Living's Tamil Nadu State Director for River Rejuvenation, was invited by PM Modi's Mann Ki Baat team to participate in the 75th Republic Day Parade in New Delhi in January 2024.

Restoring Green Cover

Tree plantation is central to every river rejuvenation project. Native species are chosen to stabilise soil, support biodiversity, and improve the microclimate around water bodies.

Guttahalli Hills, Palar River Basin (Karnataka)

30,000 saplings of over 20 native tree species have been planted across 60 hectares of Gomala lands, part of a broader 70+ hectare restoration effort.

Manjra River Basin (Latur, Maharashtra)

Groundwater levels had dropped to 500 feet during the 2016 drought. Over 30,000 trees now thrive following extensive rejuvenation and plantation work. The region once required daily water delivery by 125 tankers and emergency trains.

Kale Belgunda Village (Karnataka)

Over 3,000 plants have been integrated into agroforestry practices to improve green cover and soil moisture, with an additional 1,400 plants for horticulture, creating an alternative income stream for farmers.