Accepted Papers - 3.pdf - UNESCO
Accepted Papers - 3.pdf - UNESCO
Accepted Papers - 3.pdf - UNESCO
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Work Done Storage No. of Area No. of Avg. Avg. Depth<br />
Cap.(MCM) wells benefited Farmers Depth of of water in<br />
benefited (Ha.) benefited water in wells (m)<br />
wells (m)<br />
Before After<br />
Water Diversion by<br />
Underground Pipeline 4.67 180 900 180 14.63 2.44<br />
The above arrangement also does not require<br />
any revenue expenditure on a perennial basis, except<br />
the checking and cleaning of the pipeline for any<br />
blockage. The schematic diagram of the<br />
arrangement and the photograph of the BARDA<br />
BHANDARA are given below. This project created<br />
an example of how the joint efforts of the<br />
community and NGO can make the positive<br />
difference. The adjoining farmers are now<br />
cultivating Rabi crops, which was distant dream for<br />
them previously.<br />
02. Inter-linking of waterbodies through link<br />
water channels :<br />
Taking a cue from the traditional wisdom and<br />
the much hyped “inter-linking of rivers” project,<br />
ACF initiated an innovative project called “interlinking<br />
of local rivers through open canals.” The<br />
basic concept behind the scheme is diverting water<br />
from surplus area to water deficit/scarce area.<br />
In Kodinar taluka, a lot of water from the rivers<br />
flows every year into the sea. These rivers drain the<br />
local watershed area and most of the water is lost to<br />
the sea. ACF studied the problem and a plan was<br />
conceptualized and formulated to divert water from<br />
excess zone to deficit zones and thereby minimize<br />
the outflow to the sea. Due care was taken in the<br />
scheme to include the network of existing water<br />
harvesting structures and water bodies like tidal<br />
regulators, ponds etc. At the same time, it was<br />
planned to help the water to remain within the area<br />
for a much longer period than the past for facilitating<br />
maximum recharge of the local aquifers.<br />
Studying the watershed dynamics and excess<br />
capacity in the existing rivers during monsoons, the<br />
potential sinks (rivulets, ponds, percolation tanks<br />
etc.) and the shortest possible route to these sinks<br />
were identified with the help of villagers by ACF.<br />
The direction and route the overflowing water<br />
420<br />
acquires was taken up for inter-linking with the water<br />
bodies. The local know how was utilized to the<br />
maximum extent to ensure that the local farmers<br />
benefit maximum from the proposed network and<br />
least amount of water is lost through run-off.<br />
The following steps have been undertaken for interlinking:<br />
� Inter-linking of existing tidal regulators<br />
through pipelines.<br />
� Construction of radial canals from existing<br />
tidal regulators.<br />
� Construction of canals from river to village<br />
ponds.<br />
� Deepening of ponds and rivers to increase the<br />
water holding capacity.<br />
� Building of check dams, waste-weirs or<br />
percolation tanks to increase the water recharging<br />
capacity in the watershed.<br />
� Linking up of water bodies like percolation<br />
tanks and ponds by constructing link water<br />
channels.<br />
Case of village Mitiaz, Devli, Kadodara, Damli and<br />
Pipli<br />
The above inter-linking project was started in<br />
1999-2000 involving above five adjacent villages<br />
to benefit from the excess water of river Goma. The<br />
village ponds in all these five villages were first<br />
deepened to increase the water holding capacity. An<br />
inter-linking canal was simultaneously constructed<br />
to connect these ponds.<br />
During monsoon, the Goma stream over flew<br />
and the water got collected in the Mitiaz pond. After<br />
the water level in this pond crossed the stipulated<br />
level, it automatically got diverted to the<br />
downstream village ponds one by one. The table<br />
below gives the details of the work done and their<br />
impacts: