CHAPTER III KUKADI CANAL IRRIGATION PROJECT
CHAPTER III
KUKADI CANAL IRRIGATION PROJECT
KUKADI CANAL IRRIGATION PROJECT
CONTENTS
3.1 Background of canal irrigation
3.1.1 Background of canal irrigation in India
3.1.2 Background of canal irrigation in Maharashtra
3.1.3 Background of canal irrigation in study area
3.2 Kukadi canal irrigation project
3.2.1 General information
3.2.2 Necessity of Kukadi project
3.2.3 History of Kukadi project
3.2.4 Salient features of kukadi project
3.2.5 Canals of Kukadi project
3.2.5.1 Kukadi Left Bank Canal
3.2.6 Social and Economic status of projected area
3.2.7 Irrigation capacity of Kukadi project
3.2.7.1 Tahsil- wise irrigable area of project
3.3 Functioning of kukadi canal irrigation department
3.4 Conclusion
KUKADI CANAL IRRIGATION PROJECT
3.1 Background of canal irrigation
The history of water supply is as old as human being. Though there is
total available water on the earth is 1.39 ͯ 10km. but the useful water is not 1%
too. To get water, by digging well is common and traditional method. But the
supply of water management has done from late six- seven thousand years
ago.
In Egypt, there is a proof that before six thousand years the dam
created on Nile River and made the supply of water. There is the belief that on
Nile River at ‘Koshesh’ dam is built in 2900 B.C. and its height is 15 meters.
This dam presumes as an ancient dam.1this dam is built for water supply to
‘Menkis’, the capital of king Miniz. In Egypt, on Nile river, ‘sad-el-kakara’
named dam is built by stones in 2700B.C. which is known as one of the
ancient one. This dam is collapsed because of there was not availability of
water discharge facility and due to flood water. Then after many years
Egyptian did not built any dams of stones. We have the information about the
water supply throughout the Canals and water bridge that the people of
Babylon before 4000 years ago, in Baluchistan before 3500 years ago, in
Persia before 3000 years ago, in Greece 2500 years ago and in Rome before
2500 years ago done it.2
Syrian peoples built a dam at samara and other places on Tigris River
in 1000 years B.C. to supply water for agriculture. They built a dam on Tigris
River for provide water to Nineveh city in 700 years B.C.
In china, in 2280 years B.C., the King Yav has built dams and canals to
supply ware for people and agriculture. In 300 years B.C., there is a chain of
dams on the river Mina through which the water supplied for extensive area.
Irrigation method is present from ancient period.3
3.1.1 Background of canal irrigation in India
The history of Indian canal irrigation and water supply is an ancient
one. We get proofs in literature and various places for in Krughvedas and
epics of Ramayana.
There are the references of wells and water supply facilities. In Mohan-
je-dado, before 2500years B.C., the progressive water supply management
was available. This proof is available for us.4
In ancient India and Shri Lanka the people built soil dams to provide
water for the people and agriculture. In the northern part of India, the rivers
are perennial so the people built low height dams and turned water supply for
agricultural fields. And they took good crops upon it.
In the southern part of India, the most of rivers are imperial so, the
dams are built with the help of soil and stones etc. there is reference of King
Pallav and others built up many soil dams during 500 to 1800 years A.D., in
southern part of India. In second century, the Chol King, ‘Karikal’ had built up
a dam on kaveri river known as great ‘Anie-kattu-grand canyon’ with stones
and till today it provides water to thousands of acres in Tanjawar District.5
In shrilanka, 4th B.C. the rainy season water is accumulated in Kalabala
tank for supplying water to agriculture of Anuradhpur, an ancient town.
In Tamilnadu during 1011-1037 A.D. Virnam dam is built about 16km.
in medieval period, Firozshaha Tughlag built up Yemunaduab dam in 14th
century. This dam is developed by King Akbar Alishahajan. This canal is
restructured by Britishers in 1873 for increasing irrigated area.6in 17th century,
Ali Mardan Khan built Bari Duab canal in Punjab.
Before the independence period, Britishers had used western
technologies to build canals. In 1879, the dam is built upon the river, Ravi
about 1000meter to irrigate the area about 335710 hectare. Khadakwasla is
the first dam in India to build up it with the help of stones. This dam is built up
in 1879.7the dams on Godavari in Andhra Pradesh at Dola Ishwaram, in
Tamilnadu Banking ham canal, in Utter Pradesh Ganga canal and Madhavpur
in Punjab in 1859. Bari-Duab is one of the most and largest dam built in 1882,
before pre-independence period. In 1878, lower Ganga canal has completed
due to this in utter Pradesh about 465000 hectare area comes under
irrigation. In 1854, upper Ganga canal has completed through which 96000
hectare area come under irrigation. In 1831 through which east Yamuna canal
near Faijabad about 2 lakh Hectare areas comes under irrigation.
In 1875 through which Agra canal 150000 hectare areas, in 1886
through which Betawa canal about 83000 hectare areas and in 1852 through
which Vijayawada dam on Krishna river about 203 hectare areas comes
under irrigation.
In 1866, Sankesula dam has built upon Tungbhadra River through
which 1.30 Lac. Hectare area brought under irrigation. Nagarjun sagar project
is one of the largest in India which is established in Andhra Pradesh.
In Tamilnadu, Mettur project is completed on Kaveri River during 1925
to 1934. Through this project 1.2 Lac. Hectare area comes under irrigation. In
1897, the damis built on Ghatprabha River in Karnataka, due to which 120600
hectare of Belgaum and Vijapur districts come under irrigation. There is a dam
built upon periyar in Kerala, in 1896 which water is used for agricultural
irrigation. Most of the highest dams are built after 1930.8The canals are built
for agriculture from rivers, dams, reservoirs, tanks etc. canal irrigation is one
of the important mode of irrigation. From total irrigation 35% irrigation has
been done by canals. Canals are perennial sources of water supply. Out of
total canals in India 50% canals are in Utter Pradesh, Haryana, Punjab and
Andhra Pradesh and remaining are in West Bengal, Tamilnadu, Bihar,
Rajasthan, Karnataka and Maharashtra.
3.1.2 Background of canal irrigation in Maharashtra
In Maharashtra, there is heavy rainfall in Western Ghats so many dams
are built up and the stored water and supplied it through canals in many
regions.
The first stone dam is built on Mutha River at Khadakwasala in 1879; it
is 16km. away from Pune. There are two canal systems on it. The right bank
canal of khadakwasala supplies water for Pune city and the water is made
available for 45000 hectare land irrigation. This canal brought most of the
regions under irrigation of Pune and Ahmednagar District. This is one of the
ancient dams in Maharashtra. Upper part of Kahadakwasala dam, there are
two dams 27km. away from it that is Panshet dam on Ambi River and
Varasgaon dam on Mula River.9
In 1906 Veer Dam has built on Nira River and through the right bank
canal in 1938 water supplied for Solapur district through which 32850 hectare
area comes under irrigation.
In 1957 the Purna project has taken in to hand. Yeldari and
Siddheswar are two soil canals are built on Purna River in Parbhani
district.10Due to this 61514 hectare area of Parbhani district comes under
irrigation. In 1964 there are two dams built on Bhima River, Pavana dam one
of them is built near fagana Village. And another one at Ujani dam near Ujani
village in Solapur district. The Pawana dam has no canals; Ujani Dam has
length of 430km canals. Due to this about 124292 hectare areas of Pune and
Solapur comes under irrigation.11
There are three major Dams on Krishna River in Satara district; trough
which 134km. length canal from Dhom dam, from Borkhal dam 181km. length
of canal, from Kanehere dam 272km. length of canals are there. Through
which them about 106290 hectare areas comes under irrigation in Satara
district.
Jayakwadi project is one of the important projects in Maharashtra
which is built upon Godavari River in Aurangabad district. It has 185km.
canals which have brought 141.64 hectare areas under irrigation of
Aurangabad, Beed, and Parbhani and Ahmednagar districts.
In Sangali district, on Varana River, there is a dam built by soil and
stones. Through the left and right bank canal irrigation facilities made
available for 99058 hectare area. In Nasik district on Godavari River, there are
four dams in Dindori Tahsil such as Karanjvan, Waghad, Oxerkhed and
Palkhed through which about 44267 hectare areas come under irrigation.
There are another dam in Nasik on Girna and Panjan river which make water
available for 57106 hectare of Jalgaon district.
At the west of Nagpur on 443km, there is a dam in Buldhana district on
Nalganga River at sanglad village. With the help of canal irrigation 15782
hectare areas brought under irrigation.12
Most of the canal irrigation projects in Maharashtra are developed after
post-independence period.
3.1.3 Background of canal irrigation in study area
In Ahmednagar district, at Baragaon Nandur a dam is built in 1971 on
Mula River whose length is about 2820meter and the height is about 47meter
through this dam, with the help of right and left bank canal in Ahmednagar
district 82920 hectare areas come under canal irrigation. 13
At Pimpalgaonjoge, on the tributary of Kukadi River, Manikdoh and
Yedgaon dams built on Kukadi River and the left bank canal brings about
52838 hectare area under irrigation of Ahmednagar district.
On the boundary of Shrigonda Tahsil of Ahmednagar and Shirur Tahsil
of Pune district dam built at Chinchani on Ghod River the tributary of Bhima
River. Through Ghod left bank canal about 14310 hectare areas comes under
irrigation.
In 1926, at Bhandardara a dam is built on Pravara River whose height
is about 90metre the dam is known as Wilson dam. This dam helped to bring
under irrigation about33860 hectare areas of Ahmednagar which is always
under drought prone zone. Upper Pravara project is in progress after
completion of this project 1116.90 hectare area will come under irrigation.
The help of upper Godavari project In 1974 Karanjawan and in 1980
Waghad dams are built through which 2742 hectare and 7311 hectare areas
come under irrigation respectively of Ahmednagar district.14
Except to above mention major projects in Ahmednagar, there are some small
projects too. In 1994 Khairi project is erected and due to this 2318 hectare
areas come under irrigation. In 1976 Adhala project bring 3914 hectare under
irrigation. Visapur dam supplies water for 5388 hectare in 1927. Sina project
is one of the important and it is built on river Sina in 1986. About 8445 hectare
area comes under irrigation. In 1965 Sangvi project is erected through which
503 hectare area come under irrigation. There are some other projects such
as in 1982 Mandohal project irrigates 2266 hectare in Parner Tahsil, in 2003
Therda project irrigates 3401 hectare in pathrdi Tahsil, and in 2005 Tajanapur
project irrigates 2744 hectare area etc.15
Thus, with the help of major and medium projects most part of
Ahmednagar district come under canal irrigation.
3.2 Kukadi canal irrigation project
3.2.1 General information
In western Maharashtra the main sources available for irrigating the
scarcity affected areas of Pune, Ahmednagar and Solapur districts are the
Ghod and the Kukadi rivers. Mina a tributary of Ghod meets it’s near
Nirgudsar, Tal. - Ambegaon, Dist. - Pune. Pushpawati and Ar rivers meet
Kukadi River upstream of Yedgaon, Tal. - Junner, Dist. - Pune. All these five
rivers have their sources in Western Ghats in the Junner and Ambegaon
Tahsils of Pune district, where the rain fall is between 3810mm to 5080mm.
This rainfall drops down to about 1000mm. within a short distance of
about 32 to 40kms. And then it further dwindles to 635mm. within the next
50kms. So on Beyond the Pune Nasik road, towards the east, rainfall
gradually reduces from 635mm. to 460mm. which is the traditional rainfall
shadow area where crop failures are common, yields are low and the area is
conspicuous by poverty of the Agriculturists.
In the original Bhima Project, the utilization of 1416M.Cum was
earmarked for this project. The total 75% dependable yield up to the proposed
dam sites is 1206M.Cum. (42.606TMC.). Consequent to the declaration of
Krishna Water Dispute Tribunal award, the study team appointed by the
Government, has recommended a utilization of 1101.50M.Cum. (38.90TMC.)
for this project and the project is, therefore planned accordingly.
3.2.2 Necessity of Kukadi project
The problems of providing irrigation benefits to the scarcity area from
Pune, Ahmednagar and Solapur Districts was engaging an attention of the
state for quite a long time. Shirur Tahsil of Pune District, Parner,
Karjat,Shrigonda, Tahsils of Ahmednagar District and Karmala Tahsil of
Solapur Districts are chronically affected by scarcity year after year. Lands in
the valleys are fertile and capable of growing a variety of crops if irrigation
facilities are made available. This has been evident from the irrigation
practiced on a number of wells, in this area. The rainfall varies from 460mm.
to 635mm. which is inadequate, for growing crops especially when it is
unevenly distributed.
This happens, for almost every alternate year. The poverty of the tract
and non-sustaining character of the lands are evident by the depleted
population in these Tahsils as compared to the adjoining Kopargaon and
Shrirampur Tahsils. The entire area would remain undeveloped if the project
as now contemplated and which is already under construction does not
materialize.16
3.2.3 History of Kukadi project
As far back as 1903 to 1910, intensive investigations were carried out
by Mr. Beak, the superintending Engineer, on special duty, for utilization of
water resources of the three rivers, Ghod, Mina and the Kukadi for irrigating
lands in their valleys and also irrigating the scarcity affected portion of the
state in Shrigonda and Karjat Tahsils of Ahmednagar District and Karmala
Tahsil of Solapur District. Since that time, various schemes for utilization of
waters, of the above rivers had been considered.
The various alternatives studied by Mr. Beak have been
explained in detail in the project report, submitted by the state in 1966. The
final proposal, described here under is already under construction. The project
report of the Kukadi project was sent to C.W. &P.C. under irrigation
Department letter no. PIM/3465/12050-I.P. dated 30/04/1965. This was
administratively approved by Government of Maharashtra under IP No.
PIM/3465/12231-IP (4) dated 08/11/1966 vide Appendix no. I (1).17 (Kukadi
canal map attached in appendix I)
3.2.4 Salient features of kukadi project
Table No. 3.1 Salient Features of Kukadi Project
Sr.
No.
Item Parameter Yedgaon
dam
Manikdoh
dam
Wadaj dam Dimbhe dam Pimpalgaonjoge
dam
Total
1 location
State Maharashtra Maharashtra Maharashtra Maharashtra Maharashtra
Region Western
Maharashtra
Western
Maharashtra
Western
Maharashtra
Western
Maharashtra
Western
Maharashtra
District Pune Pune Pune Pune Pune
Tahsil Junner Junner Junner Ambegaon Junner
Village Yedgaon Manikdoh Wadaj dam Dimbhe Pimpalgaonjoge
Toposheet No. 47 I/4 47 E/16 47 E/16 47 E/12 47 E/15
Latitude 19010’30’’N 19012’30’’N 1908’9’’N 1905’45’’N 19018’45’’N
Longitude 7401’30’’E 74050’0’’E 73052’0’’E 73044’30’’E 73052’0’’E
2 Source Kukadi river
tributary of
Ghod river
Kukadi river
tributary of
Ghod river
Meena river
tributary of
Ghod river
Ghod river
tributary of
Bhima river
Ar river tributary
of Pushpawati
river
Continue…
Sr.
No.
Item Parameter Yedgaon
dam
Manikdoh
dam
Wadaj dam Dimbhe dam Pimpalgaonjoge
dam
Total
3 Type of Dam Earth Masonry Earth Masonry Earth
4 Catchment area Sq. Miles 178 50 60 115 37 440
Sq. Kms. 461 129 155 412 91 1139
5 75% Dependable
Yield in
TMC 6.616 10.996 4.457 14.666 5.879 42.614
M. Cum. 188 311 126 415 166 1206
6 Rainfall Inches 37 to 25 150 to 237 131 to 231 150 to 158 134 to 137
7 A) Gross Storages TMC 3.30 10.88 1.27 13.50 7.695 36.640
M. Cum 93.43 307.91 35.94 382.06 217.915 1037.06
B) capacity of Live
storage in
TMC 2.80 10.18 1.17 12.50 3.274 29.920
M. Cum 79.276 288.10 33.11 353.75 92.650 846.28
C) Capacity of
storage at MDDL
in
TMC 0.500 0.700 0.100 1.00 4.420 6.72
M. Cum 14.15 19.81 2.83 28.304 125.10 190.194
D) Utilization in TMC 21.543 1.907 2.598 8.449 4.374 38.871
M. Cum 610.024 53.937 73.566 239.247 123.857 100.691
8 Total length of
Dam in.
Meters 4470 930 1830 852 1493
Sr.
No.
Item Parameter Yedgaon
dam
Manikdoh
dam
Wadaj dam Dimbhe dam Pimpalgaonjoge
dam
Total
9 Max. height of
Dam from river bed
in
Meters 23.6 50.38 26.42 67.65 27.57
10 Area under
submergence
Acres 3745 4608 1134 5438 6128 21045
Hectares 1498 1843 460 2202 2480 8483
11 Work starting year 1970 1975 1977 1977 1992
12 Work completion
year
1977 1984 1983 1995 2000
Source: Govt. of Maharashtra irrigation department kukadi irrigation project Vol. II page 21 -22.
3.2.4a Yedgaon weir cum storage on Kukadi River
The site at Yedgaon is situated upstream of both the Pune-Nasik road
as well as the Pimpalwandi village. It will, therefore affect neither the road nor
the township. But the conditions of foundations at this site are not as favorable
as at Kandali Village. Rock is exposed on the right bank of the river. It is,
however, deep seated on the left flank, and is available in the river bed at a
reasonable depth. Rough cost studies indicate that considering the
submergence, cost at Kandali are still higher than the costlier foundation at
Yedgaon, even after considering the cost of additional 7Km. length of canal in
favor of Kandali, Yedgaon is thus chosen for this project.
The site is situated 2.5km. downstream of the Yedgaon village
Latitude 190-10’-30’’ North and Longitude 740-1’-30’’ East, and is
approachable by a cart track, taking off from the Pune-Nasik road in mile No.
49/6 and about 5km. away from the National Highway.18
Construction of Yedgaon dam has been completed in all respects with
full storage capacity up to June, 1977, and the layout described below is one
finally adopted for construction after considering the various alternative
layouts in the past. The principal command lies on the left flank and the canal
taking off from Yedgaon weir is the Kukadi Left Bank Canal. However, since
there is deep over burden on the Left Bank and rock is deep seated, the outlet
structure is located on the right bank river at Ch. 2804m. At this location the
earth dam has been terminated by divide wall on left side of outlet is provided
with a non-overflow section as the same was found to be economical and
convenient.19
On first lake fill in monsoon of 1977, it is observed that some
area downstream of dam goy water logged. Therefore, in 1979, numbers of
relief walls were constructed as remedial measure. Now water logged area is
considerably reclaimed.
3.2.4bManikdoh storage on Kukadi River
The river Kukadi flows between two hill ranges which are off
shoots of Western Ghats, going in an eastern direction and forming the
dividing ranges between the Ar and the Kukadi on side and the Kukadi and
the Meena on the other. These off shoots have a few spurs approaching close
to the banks of the river Kukadi at a few places between Thakarwadi and
Padli villages. A few alternative dam sites were therefore investigated in this
reach and they are described in detail in the earlier project report. In the
administratively approved project report of 1966, a site near village Manikdoh
had been recommended for this project and a composite am with masonry
section in the main gorge and earth embankment on the both the flanks was
proposed.20
The dam site is located at 190-14’ north Latitude and 730-49’ East
Longitude. The site is approachable by Junner-Ghatghar road and is about
3km. from Junner.
The dam on the river Kukadi at Manikdoh (i.e. Thakarwadi) envisages
a gross storage of 308Mcum (10.88 TMC). Initially it is proposed to let out the
water in to the river through six river sluices each of 1.2M. ͯ 1.8M provided in
the spillway portion. This water was to be picked up at Yedgaon dam, already
existing on the downstream for releases in the main Kukadi Left Bank Canal.21
During the course of construction, the people from Junner Tahsil
demanded irrigation water from this storage at Manikdoh. Considering their
demand a small Left Bank Canal having 1.52Cumecs capacity at head is
proposed, for a length of 23.5Kms. Due to this proposal out of the six river
sluices originally proposed in the gorge, two are shifted near the outlet
location at Ch. 270mtr in addition to the one for Manikdoh Left Bank Canal.
Thus now there are four river sluices in the four piers in the spillway portion
and three outlets of the same size at Ch. 270M at the starting of Manikdoh
Left Bank Canal. The construction of the main dam is practically completed in
June 1984.22
3.2.4c Dam at Wadaj on the Meena River
The river Meena is a left bank tributary of the Ghod and joins it
near the village Shingve, situated about 16Kms. east of the village Manchar
on Pune-Nasik road. The river rises on the eastern slopes of the western ghat
at an altitude of about 1067M. Above M.S.L. it flows down the steep slopes of
the hills and then runs through the valley defined by two parallel of shoots of
the Sahyadris along the two banks of the river. The river valley opens in to a
wide valley near Nirgudsar village; from the downstream of Wadaj village the
valley becomes so wide that a storage site, which is both feasible and
economical, is hardly possible. Any site downstream of Wadaj village entails
heavy submergence of valuable and cultivated land.23
The Wadaj dam is located on River Meena near village Wadaj in
Junner Tahsil of Pune district. The geodetic location of the dam site is 190-8’
North latitude and 730-54’ East Longitudes.
According to the approved revised project report of Kukadi Project, the
water from Wadaj dam was to be let out in to Meena River and picked up
downstream at Basti pick-up weir from which a canal was to take off and was
to be connected to Dimbhe Left Bank Canal. After reviewing the above
proposal and studying necessary alternatives in the year 1977, it was found,
that it would be more economical to take a direct canal from Wadaj storage
instead of Ex-Basti pick-up weir. Moreover, there was similar demand of
villagers for taking direct canal from Wadaj and provide irrigation to the lands
at higher level. The construction of the main dam is practically completed in
June 1983. The total storage capacity of tis storage is 35.94Mcum (1.27
TMC).24
3.2.4d Dam at Dimbhe on the Ghod River
The Ghod River is one of the major northern tributary of Bhima
River. It rises on the eastern slope of the Sahyadri range at an altitude of
about 1067.07 m. above M.S.L. It then flows down the valley along Ambegaon
town, where the valley starts opening out. Upstream of Ambegaon, the valley
is generally narrow and good storage basin is hardly available.
Any storage below Ghodegaon, which will permit diversion of water in
to the Kukadi Left Bank Canal, taking off from the Yedgaon weir, is left with
the possibility of submergence of Ghodegaon which is a Tahsil head quarter.
A dam site has been therefore located suitably in the reach of the river
between the towns of Ambegaon and Ghodegaon.25
The dam site is situated about 1.5 km. upstream of the supedhar. A
steeply sloping spur almost touches the left bank of the river. The nose of this
spur is connected to a steeply rising massive hillock on the right bank to the
north of the Dimbhe (Bk.) village; good rock is exposed along the left bank as
well as in the river bed. After taking in to account the results of trial bores
Government has given approval for this alignment and the construction of
dam is already started on this line.
The location of this dam is situated on 190-5’-45’’ North Latitude and
730-44’-30’’ East Longitude. It is easily approachable by asphalt road on the
right bank of river taking off from the Manchar town on the Pune-nasik road
i.e. National Highway No. 50. The dam site is about 25 km. away from the
Manchar town. There are no good means of communications on the left bank,
as county is more or less hilly.26
Dimbhe Left Bank Canal takes off from the reservoir on the left bank
and Dimbhe Right bank Canal takes off from Dimbhe Left bank canal In Km.
No. 3. The outlets have a maximum discharging capacity of 39cumecs with
three gates in fully opened condition. Total storage capacity of dam is
382.06Mcum (13.50 TMC). The construction of dam completed in the year
1995.
3.2.4e Pimpalgaonjoge Dam on the Ar River
The storage on Ar River near Pimpalgaonjoge was mainly intended to
feed the Yedgaon dam and to a certain extent firm up the irrigation on the
existing Bandhara at netwad on the Pushpawati River. Since 1976 there was
increasing demands for irrigating additional areas by starting new canals and
extending the present canals.
A note based on water requirement by pan evaporation method was
submitted to Government by working out the water requirement for 8 monthly
cropping patterns to bring an additional area of 36300 hectare under irrigation.
Out of this area, Pimpalgaon joge was recommended to have 55 km left bank
canal to irrigate about 11500, hectares.27
The location site lies about 1.6 km. upstream of village Pimpalgaonjoge
and is accessible from right flank by an un-metaled road leading to Junner, an
important Tahsil town and is about 19 km. away from it. Also it can be
approached by Ane-Malsej state highway; the dam line is just near this road
and is about 25 km. away from Alephata towards Bombay. The geodetic
location of the dam is as 190-18’-45’’ North latitude and 730-52’-30’’ East
Longitudes. The Earthen Dam of Pimpalgaon joge, catchment area is 97 sq.
miles with a corresponding Ingles discharge of 1145Cumecs (40.470 Cusecs).
The total storage of this dam is 217.915M.cum (7.695 TMC). The dam
construction was completed in the year 2000.28
3.2.5 Canals of Kukadi Project
The construction of the canal has been originally taken up in hand
during scarcity period of 1971-72. The work is in progress since then and is
being completed in stages. The work up to 114 km. is completed and the
water has been realized through canals. The remaining work of kukadi left
bank canal is to be completed by the end of year 2000. The phasing of
construction of canal system has been planned accordingly and same is
explained below.
Yedgaon weir has been completed by the end of 1975-76. The
irrigation potential so created during monsoon of 1976 has been utilized for
the first 25 km. of Kukadi Left Bank Canal during Rabi season of 1976. The
irrigation potential thus created in the first 25 km. of kukadi left bank canal is
about 2106 hectare. Since the taintor-gates have been erected by the end of
June, 1977 full water potential of Yedgaon weir was created by end of 1978-
79.
Thus water potential created is utilized by completing first 55kms of
Kukadi left bank canal would be about 10,000 hectares. Now the work is
completed up to 114 km. and the potential created is 28,569 hectare.
Manikdoh dam is completed in 1983-84 and the full water potential is
created. It is proposed to utilize the water potential so created for kukadi left
bank canal through Yedgaon reservoir. The storage of about 0.7 TMC will be
utilized for irrigation under Manikdoh left bank canal.
The area of about 20,719.50 hectare and irrigation area 10,416 hectare
between Visapur Tank and Saraswati River is already under the control of
Visapur Tank. At present only fraction of above area 2,428 Ha. is irrigated
every year on average, on account of the poor water resources of Visapur
tank. For the remaining area the cultivators get water from the tank once in
every 5 to 6 years according to the availability of monsoon run off in the
catchment of the Visapur tank. By linking the kukadi canal with the Visapur
canal full irrigation can be developed immediately in the command of Visapur
tank, as the cultivators are already irrigation minded and they are waiting for
irrigation water. The existing Visapur system will have to be remodeled and
this has been provided for in the estimate and in the programme of work.
During the construction period of the project the farmers can be
advised regarding crop pattern, agriculture practices, and manners to be used
and necessary help can be given through agriculture department. So that all
villages can watch the farm, their increased productivity and utility and will be
convinced of the benefits of irrigation for growing new crops as suggested in
the project by the time, full irrigation potential will be created.29
The details regarding the Gross command area, Cultivable command
area and irrigable command area and the canal system of Kukadi Project are
given in the following table 3.2.
Table No. 3.2 Canals of Kukadi Project
Sr.
No.
Name of
canal
Length
of
canal
in km.
G.C.A.
in
hectares
C.C.A.
in
hectares
I.C.A in
Hectares
Cropped
area in
Hectares.
(I.C.A. ͯ
1.07)
1 i) Kukadi left
bank canal
249 129533 103626 67355 72070
ii) Sina left
bank canal
24.5 9051 7241 4707 5036
iii) Chilewadi
branch
23 26043 20835 13543 14491
iv) Pondewadi
branch
14 8622 6898 4484 4798
Total kukadi
left bank
canal
310.5 173249 138600 90089 96395
2 i) Meena
feeder canal
14 6856 5485 3565 3815
ii)Dimbhe left
bank canal
55 5060 4048 2631 2815
iii)Ghod
branch canal
13 8327 8327 4330 4633
iv)Meena
branch canal
40 28873 23098 15014 16065
Total Ghod
Meena canal
system
122 49116 40958 25540 27328
3 Dimbhe right
bank canal
132 17978 22382 14549 15568
Continue…
Sr.
No.
Name of canal Length
of
canal
in km.
G.C.A.
in
hectares
C.C.A.
in
hectares
I.C.A in
Hectares
Cropped
area in
Hectares.
(I.C.A.
1ͯ.07)
4 Manikdoh left
bank canal
23.5 4356 3485 2265 2424
5 Pimpalgaonjoge
LBC
71 22134 17708 11510 12316
6 Wadaj right
bank canal
10 692 554 360 385
7 Pushpawati
canal
16 4346 2677 1740 1862
Total for
canals
685 280871 224699 146053 156278
Source: govt. of Maharashtra irrigation department kukadi irrigation project Vol. II 23-24.
Above mentioned table no. 3.1 and 3.2 made it clear that most of the
area of Pune district is under project and maximum benefiters are in
Ahmednagar district. Taking in to account that the collection of water of five
dams is nearly 75% and decided to use water for Kukadi project. It is about
42.09Mcft. From this, 0.5mcft water for Pushpawati dam and 0.2mcft water for
Ghod canal made available. In 1970 and 1971 the demand of water increased
in the peoples of Kukadi area. So the water availability also increased with the
help of Visapur and Ghod right bank canal.
3.2.5.1 Kukadi Left Bank Canal:
An extensive survey were carried out by Mr. Beale during 1903 to 1908
for aligning kukadi left bank canal with storages for the integrated kukadi
project and from the surveys it was concluded that the key to the problem of
alignment of the kukadi left bank canal is to keep the canal as high as
possible at a level not less than R.L. 627.88 at Pimpalwandi where the Pune –
Nasik road crosses the canal. This level was the obligatory and hence the
same is maintained during construction. Yedgaon weir is about 6km.
upstream of this crossing and at Yedgaon has been kept as 629.715m.
The canal off takes from Yedgaon weir with at 629.715 m. the principal
command lies on the left bank of kukadi river, the main canal therefore is on
the left bank of the kukadi.
Normally the canal would have been taken off from a suitable location
on the left bank of the weir but such a possibility is precluded by the deep
over burden on the left flank. The surplusing arrangement and head regular
are therefore provided on the right bank near river gorge. The head regulator
is designed to pass 59.60cumecs discharge with three openings of 1.8 ͯ2.7m.
The canals divided broadly in three sections according to the
topography of the country as below:
Section I : Km. 0 to 64 Yedgaon to Dudh Nala.
Section II : Km. 64 to 114 Dudh Nala to Visapur tank.
Section III : Km. 114 to 249 Visapur tank to Temburni road including
Sina LBC, Chilwadi and Pondewadi branch.
Section I: This is considered as the best section for irrigation. The soils
till Alkuti Nala are very fertile and productive. Further till Dudhnala the lands
are potentially good for irrigation. Total command area is 16896 hectare in the
length with an average command of about 265 hectare per kilometer length of
canal.
The entire alignment for this section of the canal that is up to Dudhnala
has been complied including lining. The canal alignment runs along a falling
contour with a bed fall of 1 in 6700. Some of the important features of the
alignment are as below.
The alignment in the Km. no 3 is taken through cutting slightly more
than full cutting to avoid bagayat lands. The deep cutting is not costly as the
excavation in mostly in soil. In Km. no 4&5 to avoid passing through village
pimpalwadi and crossing undulating cut up land the alignment has been taken
on higher ground in deep cutting. In Km. no 6 the canal crosses the Pune-
Nasik road (National Highway No. 50). From Km. no. 8 to 50 the alignment
runs mostly through normal cutting and bank till km no. 30. The soil mantle is
thick and beyond this the soil are murmy.
From km. no. 51 to 64 there are number of deep cuts. There are no
special features in the remaining kilometers the canal runs along a falling
contour all along.
Section II:Km. No. 64 to 114: Dudhnala to Visapur Tank:
In this section of the canal is intercepted with a number of spurs. Major
portion of the lands has high soils which are quite fertile and suitable for
irrigation. The total command area in this section is 22309 hectare with an
average command area of 445 hectare per kilometer length of canal. The
entire alignment for this length of canal has been surveyed, and the
excavation for this length is already done. Earthwork and lining up to Km. 114
is almost completed. The important features of the alignment in this section
are as follows: excluding the above features the alignment runs mostly along
falling contour in Km.115 to 117 the canal is taken downstream of the Visapur
Tank crossing the Hanga Valley by means of an aqueduct and suitable
provision is made in the estimate. From 64 to 96 Km. the county in this
section is intercepted with number of spurs and hill ranges. In order to avoid
long detour of the canal for crossing this county, deep cuts are provided for
shortening of the length of the canal.
Section III: (Visapur Tank to Karmala Temburni Km. No. 114 to 249.)
The command area for which irrigation is proposed in this project
entirely lies in the scarcity zone, where the rainfall is scanty. This area with
potential fertility and eminently suitable for irrigation, is now proposed to be
irrigated through the Kukadi Left Bank Canal.
The total command area in this section is 114006 hectares with an
average commanded area of 820 hectare per Kilometer of canal length. The
Kukadi Left Bank Canal in this reach i.e. km. 117 to 249 runs all along falling
contour and there is no difficulty in aligning the canal. The Kukadi Left Bank
Canal crosses the central Railway line of Dhond- Manmad section in Km.
120/260. In the earlier project report it was proposed to have branch canals in
the Sina Valley off taking by cut in Km. 194. In the recent studies, it is
revealed that there are many deep cuts and cross-come all these difficulties it
is decided to run the main canal through Sina Valley, by having a cut in Km.
192.
This canal replaces the old Sina Right Bank Canal and further
connects to the old alignment in Km. 223. By this change there is no change
in the area previously proposed for irrigation. In the present concept to branch
canals are completed, the first branch, (namely Chilwadi Branch) off takes
from Km. 192 and caters the area under the old canal alignment between Km.
192 to 212. The second branch namely Pondewadi Branch off takes from Km.
No. 223 and caters the in between the old canal alignment reach from Km. no.
212 to 223.
Extension of Kukadi Left Bank Canal in to Sina Valley:
It is completed to take water to Sina Valley to irrigate drought prone
area of Karjat and Karmala Tahsil. A branch canal which cuts ridre to reach
the Sina Valley starts from Km. No. 190 of Kukadi Left Bank Canal, after
entering in to Sina Valley, Sina Left Bank Canal off takes at Ch. 193/165 of
Kukadi Left Bank Canal. Due to this canal about 35094 hectare Gross
Command Area from Karjat and Karmala comes under command and about
18250 hectare of land will get irrigation benefits.30
In the present situation, some agricultural area is added in kukadi project
according to the report of 1976s; following major points are added newly:
1. To extent kukadi left bank canal till Sina basin and about 12145
hectare area under irrigation.
2. To bring under irrigation, the area about 11510 hectare with the help of
Pimpalgaonjoge left bank canal.
3. To supply water for 3565 hectare area with the help of Wadaj left bank
canal.
4. To supply water for 360 hectare area with the help of Wadaj right bank
canal.
5. To bring under irrigation, the area about 2265 hectare area, with the
help of New Manikdoh left bank canal.
3.2.6 Social and Economic status of projected area
Kukadi project helped to Pune, Ahmednagar and Solapur districts
which are primarily remained in drought prone zone. This project served for
538760 farmers. Due to this, many people get available extra employment
opportunities and get impelling to industrial development
3.2.7 Irrigation Capacity of Kukadi Project
Table No. 3.3 Dam-wise proposed water utilization in million cubic feet.
Sr.
No.
Particular Dimbhe
Dam
Wadaj
Dam
Manikdoh
Dam
Pimpalg-
aonjoge
Dam
Yedgaon
Dam
Total
1 Total
storage
13500 1270 10880 8310 3300 37256
2 For
Yedgaon
Dam
6217 556 8566 110 00 15439
3 For
Irrigation
7010 2296 521 3047 20721 33595
4 Evaporation 806 246 935 1822 880 4631
5 Carrying
Outgoing
633 56 451 5 00 1145
6 Total 3+5 8449 2598 1907 4374 21543 38871
7 Total 2+6 14666 3154 10463 4484 21543 42600
Source: Department kukadi irrigation project divisional office No. 1 Vol. I page 3.
Kukadi canal irrigation Project includes five dams 1) Manikdoh 2)
Dimbhe 3) Yedgaon 4) Wadaj and 5) Pimpalgaonjoge. The plan made
according that the water of four dams are stored in Yedgaon dam and
supplied through Left Bank Canal for irrigation.
This project planned irrigation for only Kharip and Rabi season and not
for summer season. Total irrigation capacity of Kukadi project is nearly
156278 hectare and at the end of 2004, irrigation capacity fixed for 114271
hectare area. The command area of Kukadi canal irrigation Project Junner,
Ambegaon and Shirur Tahsil in Pune, Parner, Shrigonda, Karjat Tahsils of
Ahmednagar and Karmala Tahsil in Solapur Districts are comes under
irrigation. This project become from five dams. The water management of this
project is done as follows.
Department of irrigation has decided that the total importation of water
is nearly 75% from these five dams. And total water is taken into account
nearly 42600m.c.ft. Total water storage of dams is 37256m.c.ft.
The planning of present water storage is made as follows:
1. Total water storage 37256m.c.ft.
2. For Yedgaon Dam 15439m.c.ft.
3. For irrigation 33595m.c.ft.
4. Evaporation 4631m.c.ft.
5. Carrying outgoing 1145m.c.ft.
6. Total use of water (3+5) 39371m.c.ft.
7. Reserved for Pushpawati 500m.c.ft.
8. Total proposed use of water 38871m.c.ft
Table No. 3.4 Season-wise irrigation capability of Dams in kukadi project
Sr. No. Name of the Storage
Dam
Irrigation
capability in
Kharip
(Hectare.)
Irrigation
capability in
Rabi
(Hectare.)
Total
irrigation
capability
(Hectare.)
1 Yedgaon Dam 46846 49550 96396
2 Manikdoh Dam 1178 1246 2424
3 Wadaj Dam 9848 2159 12007
4 Pimpalgaonjoge Dam 6890 7287 14177
5 Dimbhe Dam 11184 20090 31274
Total 75946 80332 156278
Source: Department kukadi irrigation project divisional office No. 1 Vol. I page 3.
The final proposed irrigation capacity of the Kukadi project is 156278
hectare. Out of this, in Kharip season 52% (75946 hectare) according to
cropping pattern and for Rabi season 55% (80332 hectare) according to
cropping pattern is decided to irrigate.
Figure 3.1 Season-wise
Table No. 3.5 Dam-wise
Sr.
No.
Name of the
Storage Dam
1 Yedgaon Dam
2 Manikdoh Dam
3 Wadaj Dam
4 Pimpalgaonjoge
Dam
5 Dimbhe Dam
Total
0
20000
40000
60000
80000
100000
46846
49550
wise irrigation capability of Dams in kukadi project
wise canalirrigation capability in kukadi project
Name of the
Name of the canal Kharip
irrigable
area in
hectares
Kukadi LBC system 46846
Manikdoh Dam Manikdoh LBC 1178
Meena feeder canal 1854
Meena branch canal 7807
Wadaj RBC 187
Total 57872
Pimpalgaonjoge Pimpalgaonjoge LBC 5985
Pushpawati canal 905
Total 6890
Dimbhe LBC 1368
Dimbhe RBC 7565
Ghod branch 2221
Meena branch ---
75946
1178
98486890
49550
12462159
7287
96396
242412007
14177
Irrigation capability in Kharip (Hector)
Irrigation capability in Rabi (hector)
Total irrigation capability (hector)
irrigation capability of Dams in kukadi project
apability in kukadi project
irrigable
area in
s
Rabi
irrigable
area in
hectares
49550
1246
1961
--
198
52955
6330
954
7287
1447
8003
2382
8258
80332
11184
2009014177
31274
Irrigation capability in Kharip (Hector)
Irrigation capability in Rabi (hector)
Total irrigation capability (hector)
Source: Department kukadi irrigation project
Kukadi left Bank Canal provides water for 96396 hectare out of
Yedgaon Dam. For this 20721m.c.ft water is
useful water storage of Yedgaon dam is nearly 2800m.c.ft. So, the water of
other four dams is provided water for Kharip and Rabi season cropping
through Yedgaon dam.
3.2.7.1 Tahsil-wise irrigable area of kukadi canal project (in
The gross command to be covered has broadly been delineated with
the intention of serving various areas. It is intended to extend irrigation
benefits to Junner, Ambegaon & Sirur Tahsils from Pune District, Parner,
Shrigonda and Karjat Tahsil fro
from Solapur District. These areas are to be irrigated by various canals. The
gross command area, cultivable command area and the area proposed to be
irrigated under different canal systems are given in the table no
C.C.A is based on the village statistics and from the Maharashtra Krishi
Jeevan. The average percentage of G.C.A. to C.C.A. is taken as 80%. The
percentage for Cultivable area to irrigable area is adopted as 65% to spread
out irrigation facilities to larger area as the tract is drought prone.
29990
Figure 3.2 Taluka
Ambegaon Taluka
Parner Taluka
Karmala Taluka
epartment kukadi irrigation project divisional office No. 1 Vol. I page 4
Kukadi left Bank Canal provides water for 96396 hectare out of
Yedgaon Dam. For this 20721m.c.ft water is expected. But the projected
useful water storage of Yedgaon dam is nearly 2800m.c.ft. So, the water of
other four dams is provided water for Kharip and Rabi season cropping
through Yedgaon dam.
wise irrigable area of kukadi canal project (in
The gross command to be covered has broadly been delineated with
the intention of serving various areas. It is intended to extend irrigation
benefits to Junner, Ambegaon & Sirur Tahsils from Pune District, Parner,
Shrigonda and Karjat Tahsil from Ahmednagar District and Karmala Tahsil
from Solapur District. These areas are to be irrigated by various canals. The
gross command area, cultivable command area and the area proposed to be
irrigated under different canal systems are given in the table no
C.C.A is based on the village statistics and from the Maharashtra Krishi
Jeevan. The average percentage of G.C.A. to C.C.A. is taken as 80%. The
percentage for Cultivable area to irrigable area is adopted as 65% to spread
es to larger area as the tract is drought prone.
15418
27115
1474030616
24562
Figure 3.2 Taluka-wise irrigable Area of Kukadi Canal Project
(in Hectors)
Ambegaon Taluka Junner Taluka Shirur Taluka
Shrigonda Taluka Karjat Taluka
Karmala Taluka
divisional office No. 1 Vol. I page 4.
Kukadi left Bank Canal provides water for 96396 hectare out of
expected. But the projected
useful water storage of Yedgaon dam is nearly 2800m.c.ft. So, the water of
other four dams is provided water for Kharip and Rabi season cropping
wise irrigable area of kukadi canal project (in hectares)
The gross command to be covered has broadly been delineated with
the intention of serving various areas. It is intended to extend irrigation
benefits to Junner, Ambegaon & Sirur Tahsils from Pune District, Parner,
m Ahmednagar District and Karmala Tahsil
from Solapur District. These areas are to be irrigated by various canals. The
gross command area, cultivable command area and the area proposed to be
irrigated under different canal systems are given in the table no. 3.6. The
C.C.A is based on the village statistics and from the Maharashtra Krishi
Jeevan. The average percentage of G.C.A. to C.C.A. is taken as 80%. The
percentage for Cultivable area to irrigable area is adopted as 65% to spread
es to larger area as the tract is drought prone.31
27115
13834
14740
wise irrigable Area of Kukadi Canal Project
Shirur Taluka
Karjat Taluka
Table No. 3.6 Tahsil-wise irrigable area of kukadi canal project (in hectares)
Sr.
No.
Canal system Pune District Ahmednagar District Solapur
District
Total
Ambegaon Junner Shirur Parner Shrigonda Karjat Karmala
1 Kukadi LBC -- 1678 -- 9550 30616 29990 24562 96396
2 Dimbhe LBC 2124 691 -- -- -- -- -- 2815
3 Dimbhe RBC 8661 -- 6907 -- -- -- -- 1558
4 Meena Feeder -- 3815 -- --- --- -- -- 3815
5 Meena Branch -- 9135 6930 -- -- -- -- 16065
6 Ghod Branch 4633 -- -- -- -- -- -- 4633
7 Pimpalgaonjoge LBC -- 7125 -- 5190 -- -- --- 12315
8 Manikdoh LBC -- 2424 -- -- -- -- -- 2424
9 Wadaj LBC -- 385 -- -- -- -- -- 385
10 Pushpawati -- 1862 -- -- -- -- -- 1862
11 Total Irrigable Area in Tahsil 15418 27115 13837 14740 30616 29990 24562 156278
12 Total Irrigable Area in District 56370 75343 24562 156278
Source: Govt. of Maharashtra irrigation department kukadi irrigation project Vol. II page. 10-11.
The above table no. 3.6 indicates that Pune, Ahmednagar and Solapur
districts get the benefits of Kukadi Left Bank Canal commanded Tahsils. Out
of this, Shrigonda Tahsil in Ahmednagar district gets more benefits as its most
of area (30616 hectare) comes under irrigation.
Table No. 3.7 District -wise projected irrigation capacity
Sr.
No.
District Gross
command
area (in
Hectares)
Percentage Irrigated
command
area (in
Hectares)
Percentage
1 Pune 56370 36.07 35201 30.81
2 Ahmednagar 75346 48.21 74188 64.92
3 Solapur 24562 15.72 4882 4.27
Total 156278 100 114271 100
Figure 3.3 District-wise projected irrigation capacity
The total projected irrigation capacity of Kukadi Project is about an
area of 156278 hectare. This includes the area of Pune, Ahmednagar and
Solapur Districts. Above table no.3.7 shows that the main project is located in
Pune district and most of the area comes under irrigation in Ahmednagar
district that is about 75346 hectare.
36.07
48.21
15.72
30.81
64.92
4.27
0
10
20
30
40
50
60
70
Pune Ahmednagar SolapurGross Command Area Irrigated command Area
Table No. 3.8 Cropping Pattern of kukadi project
Sr.
No.
Projected Crops Cropping
intensity
(percentage)
Irrigable
Area in
hectares
Percentage
1 Kharip crops
i. Jowar (Hybrid)
ii. Bajra (Hybrid)
iii. Paddy Drilled
iv. Groundnut
v. Chillies
vi. Vegetables
Total
20
10
2
15
2
3
52
29211
14605
2921
21908
2921
4382
75948
38.47
19.24
3.84
28.85
3.84
5.76
100
2 Rabi crops
i. Wheat
ii. Jowar Local Rabi
iii. Jowar Hybrid Rabi
iv. Jowar Rabi
v. Gram Peas
vi. Vegetable / Onion
vii. Other/ Potatoes
Total
16
15
12
2
5
2
3
55
23368
21908
17520
2921
7303
2921
4383
80330
29.09
27.27
21.82
3.64
9.09
3.64
5.45
100
Total cropping
intensity
107 156278
Source: Department kukadi irrigation project divisional office No. 1 Vol. I page 29
The World Bank considered Eight Monthly cropping pattern for Kukadi
project with reference to letter dated on 20/11/1980 and made 107% capacity
of irrigation. In this Kharip crops it is 52% and irrigable area is 75948 hectare
while Rabi season it is 55% and irrigable area is 80330 hectare.
The irrigation periods, for the two seasons i.e. Kharif and Rabi,
according to the present practices are as 1) Kharif – From 15th June to 14th
October. 2) Rabi – From 15th October to 14th February. A suitable design
cropping pattern was evolved for the project, taking in to account the present
agricultural practices, agro-meteorological conditions, soil classification etc.
28.85
Figure 3.4 Proposed Kharip Cropping pattern of Kukadi
Jowar (Hybrid)
Groundnut
21.82
3.649.09
Figure 3.5 Proposed Rabi Cropping pattern of Kukadi
Wheat
Jowar Rabi
Other/Potatoes
38.47
19.24
3.84
28.85
3.84
5.76
Figure 3.4 Proposed Kharip Cropping pattern of Kukadi
irrigation Project
Jowar (Hybrid) Bajari (Hybrid) Paddy Drilled
Groundnut Chillies Vegetables
29.09
27.27
9.09
3.64
5.45
Figure 3.5 Proposed Rabi Cropping pattern of Kukadi
irrigation Project
Jowar Local Rabi Jowar Hybrid Rabi
Gram Peas Vegetable/Onion
Other/Potatoes
38.47
Figure 3.4 Proposed Kharip Cropping pattern of Kukadi
Paddy Drilled
Vegetables
Figure 3.5 Proposed Rabi Cropping pattern of Kukadi
Jowar Hybrid Rabi
Vegetable/Onion
Net water requirement for consumptive use of crops is worked out by
deducting effective rainfall from crop water requirement, suitable adjustment
for drying out before harvesting of crops have also been made while working
out net crop water requirement at field. In these studies watered computer
programme developed by South Asia Department of World Bank has been
used. The net water requirement so worked out is converted in to demand at
the canal head, by assuming the field efficiency at 65% and conveyance at
75%.32
3.3 Functioning of kukadi canal irrigation department
Kukadi canal irrigation Department no.2 Tal. Shrigonda Dist.-
Ahmednagar. In which come under Ghod and Kukadi left bank canal
command area from 114km. to 178km. and visapur medium project. One
minor project, five K.T. wares, on Ghod in Pune district and one K.T. Ware at
Kapse wasti and eight minor canal projects come under this management.
The dam, Ghod has built up at in between Chinchani Tal.- Shirur Dist.-
Pune and along with Vadgaon Tal.- Shrigonda Dist.- A. Nagar on Ghod river.
The total water storage of Ghod project is nearly 216.31m.c.ft. And useful is
154.80m.c.ft. This project brings under the 14310 hectare Ahmednagar and
6190 hectare area of Pune district, total 20500 hectare area comes under
irrigation.
The length of Kukadi Left Bank Canal from 114km. in Ahmednagar and
Solapur districts brings under irrigation about 52838 hectare and 24562
hectare area respectively. At presently, PWD has transformed the area under
178km. to irrigation department for irrigation. The area From 178km only
water used to fill dams for drinking water as follows the order of senior office
canal committee and collector office .
Currently, Visapur medium project is included in Kukadi canal. Its water
storage capacity is nearly 922Mcft. and brings under irrigation about 5388
hectare area.
Five minor projects in Shrigonda and three minor projects in Karjat
Tahsils come under the command area of Kukadi canal. Its total water
storage capacity is about 16.45mm3 and 3288 hectare area comes under
irrigation. As the same, there is a K.T. Wares at Kapase wasti which provide
water for irrigation about 267 hectare areas. Total water storage capacity of
this dam is nearly 1.38mm3.
In the year 2009-10, the committee of canal irrigation made a decision
on 15/10/2011 that all the minor and medium projects such as Ghod, Visapur
are be filled before Rabi season with full capacity.
In Rabi season project-wise area irrigated in Shrigonda Tahsil as
follows Ghod Project 11606 hectare, Kukadi Project 24722 hectare, Visapur
medium project 3956 hectare, minor projects 1028 hectare, K.T Wares 1014
hectare, total irrigated area is 39714 hectare.
The canal irrigation committee made a decision that two rotations
should be provided from Ghod and Kukadi left bank canal in summer season
with available water storage. With that decision, two rotations are supplied.
In summer season project-wise area irrigated in Shrigonda Tahsil as
follows Ghod project 4797.45 hectare, Kukadi project 5768.30 hectare,
Visapur project 2850 hectare, Minor projects 651 hectare, K.T. Wares 1000
hectares, total 15060 hectare area irrigated.33The report of stored water of
Kukadi, Ghod, Visapur and other minor projects in Shrigonda Tahsil dated on
08/09/2010 is as follows in year 2009-10, there was a heavy rainfall in Kukadi
watershed. So the other dams and reservoirs made full with the water of
overflows.
3.4 Conclusion
The researcher made an attempt to study the history of kukadi project,
its features and benefits for the irrigated area. This study is much closer with
the statement of the problem.
Table No. 3.9 Kukadi project present storage condition
Sr.
No.
Name of the Dam Level of Dam Total water storage Useful water storage
Total
level
(Mtrs.)
Present
level
(Mtrs.)
Total
water
storage
(M.Cum.)
Present
water
storage
(M.Cum.)
Total
water
storage
(M.cum.)
Present
water
storage
(M.Cum)
Percentage
of useful
water
1 Yedgaon Dam Tal. Junner
Dist. Pune
641.0 640.9 93.4 92.4 79.2 78.3 98.7
2 Manikdoh Dam Tal. Junner
Dist. Pune
711.2 711.2 307.9 308.0 288.1 288.1 100
3 Wadaj Dam Tal. Junner
Dist. Pune
717.5 719.5 35.9 36.02 33.1 33.2 100
4 Dimbhe Dam Tal.
Ambegaon Dist. Pune
719.1 719.1 382.0 381.8 353.7 352.5 99.9
Sr.
No.
Name of the Dam Level of Dam Total water storage Useful water storage
Total
level
(Mtrs.)
Present
level
(Mtrs.)
Total
water
storage
(M.Cum.)
Present
water
storage
(M.Cum.)
Total
water
storage
(M.cum.)
Present
water
storage
(M.Cum)
Percentage
of useful
water
5 Pimpalgaonjoge Dam Tal.
Ambegaon Dist. Pune
686.8 686.8 217.9 235.5 92.6 110.3 100
6 Ghod Dam Tal. Shirur Dist.
Pune
548.6 548.5 216.6 213.9 154.8 152.4 98.5
7 Visapur Dam Tal.
Shrigonda Dist.
Ahmednagar
607.2 607.2 26.1 25.61 26.10 25.61 100
Total 904.6 904.6
Source: kukadi irrigation division No. 2, Shrigonda dated 9/9/2006 report page no. 3-4
REFERENCES
1. Marathi Vishwakosh, (2000) Dams and weirs, Vol. 8, p. 1
2. Marathi Vishwakosh, (2007) Water supply, Vol. 9, p. 501
3. Marathi Vishwakosh, (2000) Dams & weirs, Vol. 8, p.1, L.1-2
4. Marathi Vishwakosh, (2007) Water supply, vol. 9, Pp. 501-502
5. Ibid, Pp. 504
6. Sharma & Coutinho (1999), ‘Economic and Commercial Geography’, John Hopkins University press,Pp. 64-67
7. Marathi Vishwakosh, Dams and weirs, Vol. 8, p. 2
8. Kumbhare Arjun, (2003), ‘Agriculture Geography’, Payal Publication Pune, Pp.57-59
9. Ibid, Pp. 62-64
10. Ibid, P. 69
11. Ibid, Pp.71-73
12. Sharma & Coutinho (1999), ‘Economic and Commercial Geography’,John Hopkins University press, Pp. 68-70
13. Kumbhare Arjun, (2003), ‘Agriculture Geography’, Payal Publication Pune, P. 70
14. District statistic department (2003-04), ‘Socio-Economic Survey of Ahmednagar ’, Pp. 45-46
15. Ibid, Pp. 47-48
16. Kukadi irrigation project (2006),Department of irrigation,Government of Maharashtra, ‘General Description and History’ , vol. II, p.1
17. Ibid, p. 2
18. Kukadi irrigation project (2006),Department of irrigation,Government of Maharashtra, ‘Head works’ , vol. II, Pp. 37,38
19. Ibid, page no. 39
20. Ibid, page no. 47
21. Ibid, page no. 49
22. Ibid, page no. 53
23. Ibid, page no. 54
24. Ibid, page no. 63
25. Ibid, page no. 65
26. Ibid, page no. 67
27. Ibid, page no. 72
28. Ibid, page no. 77
29. Kukadi irrigation project (2006),Department of irrigation,Government of Maharashtra, ‘Construction Programme and Organisation’ , vol. II, Pp. 181,182,186
30. Kukadi irrigation project (2006),Department of irrigation,Government of
Maharashtra, ‘Canal & Distribution System’, vol. II, Pp. 80-84
31. Kukadi irrigation project (2006),Department of irrigation,Government of
Maharashtra, ‘Water planning, vol. II, p. 23
32. Ibid, Pp. 26,28
33. Kukadi irrigation project (2010),Department of irrigation,Government of
Maharashtra, ‘Divisional office no. 1(Narayangaon) report , vol. II, Pp.1-5