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A Trickle and a Flood
Arghya Ganguly reports on a low-cost, citizen-led water conservation project in Shirpur
taluka in north Maharashtra that is ensuring farmers in the area have as much water as
they need.

The laser fountain show is about to begin. The floodlights at the amphitheatre of the Mukesh
Patel Recreation Park in Shirpur town in north Maharashtra go dim. A married pair giggles
and tries to squeeze closer. Music starts playing as the fountain sprays water into various
shapes and the laser beams a green light on a couple dancing the waltz. The laser fountain, a
15-minute spectacle of water and light, is the main attraction of the recreation park, which
has various other rides.

The giggling couple, Krishna and Geeta, sitting on the amphitheatre steps identifies with the
story — a celebration of love and water.

Krishna, like many others in his village Taradi, had been forced to take up a job cutting
sugarcane in Gujarat because the lack of water for irrigation had dried up his crops. But the
water situation had improved recently after check dams had been built in Taradi and Krishna
was able to return home. He will, very soon, be able to grow two to three crops on his land
like his friend Sangram Singh Rajput in the neighbouring village of Bhorkheda.

***

Seven years ago the groundwater level in Bhorkheda had dropped to 600 feet and less, and
Rajput’s two borewells had gone dry. “Things were very difficult,” says Rajput. “My father
used to work in the fields during the day and drive trucks at night to make ends meet.” But
the construction of check dams had helped raise groundwater levels by 400-450 feet. In two
years, water was available in the borewells at a depth of 60 feet.

Rajput owns 550 acres of land on which he grows papaya, okra and tomato. With plentiful
water resulting in a bumper crop, Rajput has built a bungalow, bought three tractors and
trucks. “I’ve been making Rs 9-10 lakh on each crop,” says Rajput, wearing a broad smile on
                                                      his face and a thick gold chain around
                                                      his neck.

                                                   Sardar Prabhu Vanjari, an 80-year-old
                                                   Adivasi farmer from Asli, a nearby
                                                   village in Shirpur taluka, is sitting few
                                                   steps below Krishna and Geeta. Vanjari
                                                   has seen worse times. “Eight years back
                                                   there was nothing to eat,” says Vanjari,
                                                   misty-eyed, “For one meal a day, our
                                                   family of five had to go 15 km to
                                                   Bordara village and literally beg. If
anyone had surplus they would give us. One couldn’t even kill hunger with water if food
wasn’t available for the day because there was shortage of drinking water.” Vanjari says that
it wasn’t just his family but most of the 2,000-odd people of his village who slept most nights
on an empty stomach. But all that was until Suresh Khanapurkar turned up in Asli in 2004.

Khanapurkar had then just retired as senior geologist in Maharashtra government’s Ground
Water Survey and Development Agency. On the insistence of Shirpur’s MLA Amrish Patel,
Khanapurkar took up the post of director of water conservation at Priyadarshini Sahakari
Soot Girni, a spinning mill. Khanapurkar’s initial idea was to concentrate on building check
dams, which are meant to store rain water. This would work well in Shirpur where it rains
550 mm on an average in a year.

***

On a visit to survey a site in Asli, he bumped into Vanjari. “He asked me what I was up to,”
Khanapurkar, 65, remembers. “When I told him that I was thinking of making small dams, he
gave me an idea that became the main reason for the success of this project.”

Vanjari told Khanapurkar that it wasn’t enough to just build small dams to raise groundwater
levels. Water channels had to be widened and deepened for the rainwater to seep into dry
aquifers below the surface of the ground. If this wasn’t done, then the force of the water
would wash away the bunds. Only then would water accumulate underground and the
hydrostatic pressure help raise groundwater levels. “What a genius! And he [Vanjari] has
only studied up to the second standard,” says Khanapurkar.

Khanapurkar explains how he applied Vanjari’s idea and got a “fascinating breakthrough”.
After deepening and widening the stream by about 100 feet, Khanapurkar constructed a series
of check dams 400 metres apart. This helped to remove “all hurdles in the way of water”, an
operation he describes as an “angioplasty in water conservation”.

                                                The capacity of a check dam usually ranges
                                                between five lakh litres and 30 lakh litres.
                                                Shirpur gets an average of 550 mm of rains in a
                                                year, but the rainfall pattern is such that one
                                                year of plentiful rains is followed by two years
                                                of insufficient rains. To overcome this problem
                                                Khanapurkar calculated the amount of drinking
                                                water required in the village and the amount
                                                required to grow a second or third crop on the
cultivable land. “I totalled everything and multiplied it by three. This way I got how much
water was needed to be stored for three years. Now if there is drought for two years there is
no problem. If there is flood, too, there is no problem because I’ve widened and deepened the
waterways. The excess water will be accommodated and used in the drought area,” he says.

Three million litres of water from last year’s rainfall have been arrested in each of the six
dams in Asli, enough to last the next two summers. Initially, there was some resistance from
farmers because building dams meant excavating the land and farmers had to let go off their
field for the duration of the construction work. But Khanapurkar and Patel convinced them.

The mud excavated in the process was used to level the fields and construct roads. In the last
eight years, 95 check dams have been built in 35 of the 149 villages of Shirpur taluka.
Construction is underway in another village and will be completed before the monsoon hits.
One dam, requiring 500 metre of land to be excavated, costs up to Rs 25 lakh. Legislator
Patel finances the “angioplasty” from the surplus from his spinning mill and various trusts.

In 2010, Vanjari earned Rs 4 lakh from his cotton field.

***

Approximately, “Rs 2 lakh crore (some say more) have been spent since Independence in
Maharashtra on agriculture” says the Economic Survey of Maharashtra 2011-12, but only 17
per cent of the state is irrigated. Last month, Chief Minister Prithviraj Chavan asked the
Centre for Rs 2,281 crore to tackle the drought. In its presentation to the Prime Minister’s
Office, the state government has identified 15 districts as drought-hit. Parts of north and west
Maharashtra, and Vidarbha are the most affected by the drought. The irrigation potential
created (up to June 2011) was 6.37 million hectares while the irrigation potential utilised was
4.66 million hectares. In other words, the accumulated water stored in dams in Maharashtra
could’ve irrigated 6.37 million hectares but actually reached only 4.66 million hectares.

Manish Jain, member of Legislative Council from Belgaum, says that it doesn’t matter how
much money the state has asked the Centre for and how much will be sanctioned. “We’ve
seen loads of money being pumped into drought-hit areas for decades but the money is only
transferred on paper. It does not reach the affected areas. There are lots of lacunae in the
system,” says Jain.



Sometimes, it doesn’t help even when the money reaches the ground level. Khanapurkar has
had to dismantle at least 12 government-built dams in Shirpur because they “were clearly
built with bogus materials. There was no cement and sand, just stones. Thus they didn’t have
the strength to arrest water”.

On hearing of Chavan’s plea for grants for the state, a Congress MP from Delhi recently
erupted: “Western Maharashtra is being hyped because political leaders such as deputy chief
minister Ajit Pawar, home minister R R Patil and rural development minister Jayant Patil
represent these districts.”

But the farmers in Shirpur, who have relatives and friends in severely-drought affected Sangli
district in western Maharashtra, feel that “no one speaks of the more burning issue: casteism”.
“More than corruption, it is casteism that is the primary reason for the abysmal state of
farmers in Maharashtra. A few years back, before the check dams came to our rescue, we too
were at the receiving end of casteism. We got scant respect from the state government
because we had Adivasis and low-caste Marathis residing here,” says a farmer. “Why do you
think Rahul Gandhi was only brought to Satara district to meet the drought-afflicted
farmers?” he continues angrily. Gandhi had visited two villages in Satara district last April.
The farmer reckons that it was because Satara has “powerful high-caste people like in Nashik
and Pune”. He should’ve gone and met the farmers in “Jath and Atpade taluka in Sangli
district which want to shift to Karnataka” the farmers in Shirpur say.

A few months ago, a car pulled up at Khanapurkar’s door. It was a farmer from Diganchi in
Atpadi, a town in Sangli district, who owned 200 acres but had lost Rs 40-45 lakh the
previous year because there was no water to irrigate his fields. Khanapurkar surveyed the
fields and told the well-off farmer that there was ample water in the village for his land and
that he could ensure it was available in a couple of months. Khanapurkar then gave the
farmer an estimate of how much it would take to build the check dams. The farmer had
second thoughts. “Why should I do the government’s work?” he told Khanapurkar later.

The reason why Shirpur isn’t at the mercy of nature, why the cotton plants grow more
healthily; why the girl and boy waltz in gay abandon atop a green-illuminated spray is
because the farmers of Shirpur chose not to wait for the establishment to come to their aid.
They got the angioplasty done on their own.

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Tricle & flood report on shirpur

  • 1. A Trickle and a Flood Arghya Ganguly reports on a low-cost, citizen-led water conservation project in Shirpur taluka in north Maharashtra that is ensuring farmers in the area have as much water as they need. The laser fountain show is about to begin. The floodlights at the amphitheatre of the Mukesh Patel Recreation Park in Shirpur town in north Maharashtra go dim. A married pair giggles and tries to squeeze closer. Music starts playing as the fountain sprays water into various shapes and the laser beams a green light on a couple dancing the waltz. The laser fountain, a 15-minute spectacle of water and light, is the main attraction of the recreation park, which has various other rides. The giggling couple, Krishna and Geeta, sitting on the amphitheatre steps identifies with the story — a celebration of love and water. Krishna, like many others in his village Taradi, had been forced to take up a job cutting sugarcane in Gujarat because the lack of water for irrigation had dried up his crops. But the water situation had improved recently after check dams had been built in Taradi and Krishna was able to return home. He will, very soon, be able to grow two to three crops on his land like his friend Sangram Singh Rajput in the neighbouring village of Bhorkheda. *** Seven years ago the groundwater level in Bhorkheda had dropped to 600 feet and less, and Rajput’s two borewells had gone dry. “Things were very difficult,” says Rajput. “My father used to work in the fields during the day and drive trucks at night to make ends meet.” But the construction of check dams had helped raise groundwater levels by 400-450 feet. In two years, water was available in the borewells at a depth of 60 feet. Rajput owns 550 acres of land on which he grows papaya, okra and tomato. With plentiful water resulting in a bumper crop, Rajput has built a bungalow, bought three tractors and trucks. “I’ve been making Rs 9-10 lakh on each crop,” says Rajput, wearing a broad smile on his face and a thick gold chain around his neck. Sardar Prabhu Vanjari, an 80-year-old Adivasi farmer from Asli, a nearby village in Shirpur taluka, is sitting few steps below Krishna and Geeta. Vanjari has seen worse times. “Eight years back there was nothing to eat,” says Vanjari, misty-eyed, “For one meal a day, our family of five had to go 15 km to Bordara village and literally beg. If anyone had surplus they would give us. One couldn’t even kill hunger with water if food
  • 2. wasn’t available for the day because there was shortage of drinking water.” Vanjari says that it wasn’t just his family but most of the 2,000-odd people of his village who slept most nights on an empty stomach. But all that was until Suresh Khanapurkar turned up in Asli in 2004. Khanapurkar had then just retired as senior geologist in Maharashtra government’s Ground Water Survey and Development Agency. On the insistence of Shirpur’s MLA Amrish Patel, Khanapurkar took up the post of director of water conservation at Priyadarshini Sahakari Soot Girni, a spinning mill. Khanapurkar’s initial idea was to concentrate on building check dams, which are meant to store rain water. This would work well in Shirpur where it rains 550 mm on an average in a year. *** On a visit to survey a site in Asli, he bumped into Vanjari. “He asked me what I was up to,” Khanapurkar, 65, remembers. “When I told him that I was thinking of making small dams, he gave me an idea that became the main reason for the success of this project.” Vanjari told Khanapurkar that it wasn’t enough to just build small dams to raise groundwater levels. Water channels had to be widened and deepened for the rainwater to seep into dry aquifers below the surface of the ground. If this wasn’t done, then the force of the water would wash away the bunds. Only then would water accumulate underground and the hydrostatic pressure help raise groundwater levels. “What a genius! And he [Vanjari] has only studied up to the second standard,” says Khanapurkar. Khanapurkar explains how he applied Vanjari’s idea and got a “fascinating breakthrough”. After deepening and widening the stream by about 100 feet, Khanapurkar constructed a series of check dams 400 metres apart. This helped to remove “all hurdles in the way of water”, an operation he describes as an “angioplasty in water conservation”. The capacity of a check dam usually ranges between five lakh litres and 30 lakh litres. Shirpur gets an average of 550 mm of rains in a year, but the rainfall pattern is such that one year of plentiful rains is followed by two years of insufficient rains. To overcome this problem Khanapurkar calculated the amount of drinking water required in the village and the amount required to grow a second or third crop on the cultivable land. “I totalled everything and multiplied it by three. This way I got how much water was needed to be stored for three years. Now if there is drought for two years there is no problem. If there is flood, too, there is no problem because I’ve widened and deepened the waterways. The excess water will be accommodated and used in the drought area,” he says. Three million litres of water from last year’s rainfall have been arrested in each of the six dams in Asli, enough to last the next two summers. Initially, there was some resistance from
  • 3. farmers because building dams meant excavating the land and farmers had to let go off their field for the duration of the construction work. But Khanapurkar and Patel convinced them. The mud excavated in the process was used to level the fields and construct roads. In the last eight years, 95 check dams have been built in 35 of the 149 villages of Shirpur taluka. Construction is underway in another village and will be completed before the monsoon hits. One dam, requiring 500 metre of land to be excavated, costs up to Rs 25 lakh. Legislator Patel finances the “angioplasty” from the surplus from his spinning mill and various trusts. In 2010, Vanjari earned Rs 4 lakh from his cotton field. *** Approximately, “Rs 2 lakh crore (some say more) have been spent since Independence in Maharashtra on agriculture” says the Economic Survey of Maharashtra 2011-12, but only 17 per cent of the state is irrigated. Last month, Chief Minister Prithviraj Chavan asked the Centre for Rs 2,281 crore to tackle the drought. In its presentation to the Prime Minister’s Office, the state government has identified 15 districts as drought-hit. Parts of north and west Maharashtra, and Vidarbha are the most affected by the drought. The irrigation potential created (up to June 2011) was 6.37 million hectares while the irrigation potential utilised was 4.66 million hectares. In other words, the accumulated water stored in dams in Maharashtra could’ve irrigated 6.37 million hectares but actually reached only 4.66 million hectares. Manish Jain, member of Legislative Council from Belgaum, says that it doesn’t matter how much money the state has asked the Centre for and how much will be sanctioned. “We’ve seen loads of money being pumped into drought-hit areas for decades but the money is only transferred on paper. It does not reach the affected areas. There are lots of lacunae in the system,” says Jain. Sometimes, it doesn’t help even when the money reaches the ground level. Khanapurkar has had to dismantle at least 12 government-built dams in Shirpur because they “were clearly built with bogus materials. There was no cement and sand, just stones. Thus they didn’t have the strength to arrest water”. On hearing of Chavan’s plea for grants for the state, a Congress MP from Delhi recently erupted: “Western Maharashtra is being hyped because political leaders such as deputy chief minister Ajit Pawar, home minister R R Patil and rural development minister Jayant Patil represent these districts.” But the farmers in Shirpur, who have relatives and friends in severely-drought affected Sangli district in western Maharashtra, feel that “no one speaks of the more burning issue: casteism”. “More than corruption, it is casteism that is the primary reason for the abysmal state of farmers in Maharashtra. A few years back, before the check dams came to our rescue, we too were at the receiving end of casteism. We got scant respect from the state government because we had Adivasis and low-caste Marathis residing here,” says a farmer. “Why do you
  • 4. think Rahul Gandhi was only brought to Satara district to meet the drought-afflicted farmers?” he continues angrily. Gandhi had visited two villages in Satara district last April. The farmer reckons that it was because Satara has “powerful high-caste people like in Nashik and Pune”. He should’ve gone and met the farmers in “Jath and Atpade taluka in Sangli district which want to shift to Karnataka” the farmers in Shirpur say. A few months ago, a car pulled up at Khanapurkar’s door. It was a farmer from Diganchi in Atpadi, a town in Sangli district, who owned 200 acres but had lost Rs 40-45 lakh the previous year because there was no water to irrigate his fields. Khanapurkar surveyed the fields and told the well-off farmer that there was ample water in the village for his land and that he could ensure it was available in a couple of months. Khanapurkar then gave the farmer an estimate of how much it would take to build the check dams. The farmer had second thoughts. “Why should I do the government’s work?” he told Khanapurkar later. The reason why Shirpur isn’t at the mercy of nature, why the cotton plants grow more healthily; why the girl and boy waltz in gay abandon atop a green-illuminated spray is because the farmers of Shirpur chose not to wait for the establishment to come to their aid. They got the angioplasty done on their own.