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Accepted Papers - 3.pdf - UNESCO

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was having potential to irrigate 15-20 ha area. So<br />

every one in the village was concerned to develop<br />

it and to harvest every drop of water from the<br />

source and also to capture additional discharge<br />

resulting from rains during rainy season in tanks<br />

They were also fascinated to install effective<br />

water conveyance and storage system if some<br />

funds were made available to them.<br />

5.3 Execution of work-<br />

Since it was a community asset and every<br />

farmer wanted to develop it. A group of beneficiaries<br />

called User group Sanio was constituted under the<br />

leadership of Mr Partap Chauhan and a Concept<br />

of People participation was introduced.<br />

5.4. Technical Details of water harvesting-<br />

The work was executed by the members of<br />

user group Sanio. The farmers cleaned the water<br />

source and the discharge was taken to a small storage<br />

cum siltation tank. GI pipe ( 3 inch) was selected as<br />

conveyance system by the irrigation expert since the<br />

discharge was comparatively less than the irrigation<br />

demands of command area so other option like open<br />

channels as conveyance system was not preferred.<br />

People also wanted that every drop of water<br />

harvested should reach to the last point (750meters<br />

away from source). Farmers laid out the pipe under<br />

expert supervision and after every interval of 150<br />

meters gate valve was provided to supply water for<br />

the agricultural fields. There were three old tanks<br />

in the fields and after minor repairs they were made<br />

functional. One new tank has also been constructed<br />

from the project funds. Now the water is being stored<br />

in these tanks (2.0 lac liters cumulative capacity)<br />

and is not allowed to go waste during night hours or<br />

surplus period . Since the flow of water is continuous<br />

and the conveyance system is passing through village<br />

Sanio, two another out lets have been provided in<br />

the village and farmers meet out their domestic water<br />

demands from these taps. The topography of the<br />

area also benefitted the villagers as the conveyance<br />

system is running on the top of village boundary and<br />

farmers are getting the water by gravity to their roof<br />

tanks by plastic pipes for domestic needs. The source<br />

of water is clean and is being taken in a covered<br />

pipe line, the farmers are using this water for drinking<br />

also. The work in this module has been taken in three<br />

components<br />

441<br />

1. Collection of water in a small storage cum<br />

siltation tank.<br />

2. Conveyance system for water transport from<br />

source to fields.<br />

3. Storage of water from source in big tanks for<br />

irrigation purpose.<br />

The total expenditure incurred to make this<br />

module operational was Rs 3,63,000=00 The tanks<br />

were made of RCC material and GI pipes were<br />

used for conveyance system. The farmers<br />

contributed 10-15 % share in the shape of labour,<br />

time, local material and devoted lot of time and energy<br />

for supervising the work.<br />

5.5. Findings-<br />

By instinct, we tend to protect something, on<br />

which we have invested. The farmers have invested<br />

their labour and time in construction and<br />

maintenance of the system. So they all worked for<br />

the success of this module. This module is now<br />

operational and the farmers are getting every drop<br />

of water harvested and there is virtually no wastage.<br />

The socio- economic effects of water harvesting<br />

module have been studied as below -<br />

5.5.1. Rain water harvesting and its<br />

availability to society -<br />

The day, this module became functional the<br />

water availability in the village and fields is round<br />

the clock as the water is flowing continuously from<br />

the source to tanks and to farmers fields.<br />

The average availability of water is now 2.0<br />

ha-m to 2.4 ha-m. annually as against 0.03 to 0.04<br />

ha-m in the past . The area has also been increased<br />

from merely 2-3 ha annually to 15.0 ha every crop<br />

season under irrigation and the beneficiary families<br />

are now more than 50 as against 2-3 in the past.<br />

Earlier the water losses were more than 85 % which<br />

are now below five percent.(Table 1.) The resource<br />

poor and weaker section farmers were having no<br />

access to this water but now they are comfortable<br />

and getting water for irrigation and other needs.<br />

The sowing of crops which used to be dependent on<br />

rains is now at the wish of farmers. The availability<br />

of irrigation has improved the crop stand and growth.<br />

The farmers are getting higher yields .The rain<br />

water harvesting module has turned out to be a<br />

social asset to the farmers of Sanio Village.

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