Final draft DIP Anil sir - PMKSYconstitutes three very ancient temple namely Raj Rajeshwar Temple, Chaturbhujnathji Temple and Narsingh Temple, and in which Rajmata and his 15 year

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1

Index

Chapters No. Contents Page

No.

1 General Information of District 3

1.1 Introduction and Historical Background 4

1.2 Location 5

1.3 Demographic profile 7

1.4 Livestock 9

1.5 Agro-ecology, Climate, Hydrology, and Topography 11

1.6 Rainfall and Run off 13

1.7 Soil profile 14

1.8 Block wise Soli type 16

1.9 Land Use Pattern 17

1.10 Soil Erosion and Runoff Status 19

2 Pradhan Mantri Krishi Sinchayee Yojana 20

2.1 Introduction 21

2.2 Background 21

2.3 The Objectives of PMKSY 22

2.4 Strategy 22

2.5 Methodology 23

2.6 Steps followed 23

3 District Water Profile 25

3.1 Area wise, Crop wise irrigation status 26

3.2 Production & Productivity of Major Crops 30

3.3 Irrigation based Classification 31

3.4 Source wise Irrigated area 32

4 Water Availability 33

4.1 Status of water availability 34

4.2 Status of ground water availability 36

4.3 Status of command Area 37

4.4 Existing type of Irrigation 38

5 Water requirement and demand 39

5.1 Domestic water demand 40

5.2 Crop water requirement 42

5.3 Livestock water demand 47

5.4 Industrial water demand 48

5.5 Total water demand of the district for various sectors 49

5.6 Water Budget 50

6 Block wise Strategic Action Plan for Irrigation 51

6.1 Rajgarh 52

6.2 Khilchipur 53

6.3 Jirapur 54

6.4 Biaora 55

2

6.5 Narsinghgarh 56

6.6 Sarangpur 57

7 Strategic Action Plan for Irrigation of District Rajgarh 58

3

CHAPTER-1

General Information of the District

4

1 GENERAL DESCRIPTION OF DISTRICT:

1.1 Introduction and Historical Background

The District takes its name from the headquarters town Rajgarh. Rajgarh

District was constituted after the formation of Madhya Bharat in May, 1948. Prior to this

the area of the present District was parceled out among the States of Rajgarh,

Narsinghgarh, Khilchipur, Dewas (Senior) Dewas (Junior) and Indore. Rajgarh was the

headquarters of a mediatised State, ruled by the Umath Rajputs and branch of the great

Paramar clan; they enjoyed a Sanad Estate under the Sultans of Delhi and Mughal

emperors in succession. The first capital was Duparia, now in Shajapur District. Later on it

was shifted to Dungarpur (19 Km from Rajgarh) and then to Ratanpur (19 Km. west of

Narsinghgarh) and back. In order to avoid disturbance by the frequently passing Mughal

armies, the Ruler of the Estate, Mohan Singh, acquired the present side, originally known

as Jhanjhanipur from the Bhils in A.D. 1640. Finally he shifted the headquarters in the

year1645, giving the place its present name.

During the reign of Akbar (A.D. 1556-1605) a Khilat and a Sanad were

granted to Udaji of Tatanpur. At that time, Sarangpur was a Sarkar in the Subah of Malwa.

Its jurisdiction extended from the western part of present Sehore District to the eastern part

of Ujjain District. Among its twenty four mahals many have retained their original names

and are identified as Ashtah, Talain (Talen), Agra (Agar), Bajilpur (Bijilpur), Bhorsah,

Khilchipur, Jirapur, Sarangpur, Sondarsi (Sundarsi), Sosner (Sunner) Sajapur, Kayatha and

Navgam (Tarana). In 1908, Rajgarh State was divided in to seven Parganas, namely

Newalganj, Biaora, Kalipith, Karanwas, Kotra, Seogarh and Talen. Narsinghgarh State

was divided into four Parganas, namely Huzur (Narsinghgarh), Pachor, Khujner and

Chhapera. The Parganas were place in the charge of a Tahsildar each for revenue matters

and magisterial work. Khilchipur State was divided into three Paraganas. Sarangpur was as

now, the tahsil headquarters of Dewas (Senior) and Dewas (Junior) States. Jirapur was a

tahsil of Mahidpur District of former Indore State. It has now been abolished and merged

in Khilchipur tahsil.

In 1645 with the permission of Rajmata, Deewan Ajab Singh defeated the

Bhils in the hilly region of Rajgarh and he constructed a Palace in 1745 which was having

five main gates namely, Itwaria, Bhudwaria, Surajpol, Panradia and Naya Darwaja. And it

constitutes three very ancient temple namely Raj Rajeshwar Temple, Chaturbhujnathji

Temple and Narsingh Temple, and in which Rajmata and his 15 year old son Rawat

Mohan singh was living safely. In Jhanjharpur which was capital and it is having a palace

due to which this place is known as Rajgarh and it had become famous.

5

1.2 Location

Rajgarh District is located in the Northern part of Malwa Plateau. It forms the

North Western part of Division of Bhopal Commissioner. Rajgarh District extends between the

parallels of Latitude 23027' 12" North and 24

017' 20" North and between the meridians

of Longitude 76011' 15" and 77

014' East. It has a Quadrangular shape with the Northern and

Western sides longer than the Southern and Eastern sides respectively. The zigzag boundaries of

the District resemble a pear. Rajgarh District is bounded by Shajapur District in the South as well

as west. The District of Sehore, Bhopal, Guna and Jhalawar (Rajasthan) enclose it from the

South-East, East, North-East, and North directions respectively. The district headquarters is

situated at the bank of river Nevaj and linked with National Highway No. 12. (the Jaipur

Jabalpur Road) There are six development blocks and seven Tahasils in the district. The total

Geographical area of the District is 6,154 sq.km. with a population of 15,45,814 according to

census 2011. It is one of the small districts of Madhya Pradesh both in respect of area and

population. It is 145 KMs from the State capital Bhopal.

Table 1.2.1 Block wise GPS Locations

S. no. Block Latitude Longitude

1 Rajgarh 23042' - 24

010' 76

032' - 76

055'

2 Khilchipur 23055' - 24

018' 76

026' - 76

042'

3 Jirapur 23051' - 24

014' 76

011' - 76

030'

4 Biaora 23048' - 24

005' 76

045' - 77

010'

5 Narsinghgarh 23028' - 23

046' 76

045' - 77

010'

6 Sarangpr 23029' - 23

052' 76

002' - 76

047'

6

Rivers in Rajgarh district:

Entire district area comes under Chambal River basin. There are two major rivers

Parvati and Kalisindh flow through the district. River Parvati flows independently and falls in

Chambal River, on other hand river Kalisindh, Nevaj, Ghodapachad, Ajnar, Dudhi, Chapi and

Ghadganga are tributaries.

Table 1.2.2 Rivers in Rajgarh district S.

No.

Name of River Catchment area in

Squire Kilometres

Percent of

Catchment area

Length of River in

Kilometres

1 Parvati 720 11.77 83.20

2 Kalisindh 990 16.19 99.20

3 Nevaj 2350 38.42 142.40

4 Ghodapachad 385 6.30 33.80

5 Ajnar 494 8.08 72.00

6 Chapi 586 9.58 41.82

7 Gadganga 591 9.66 48.00

Ongoing Major Irrigation projects:

There are two major Irrigation Projects named Kundaliya and Mohanpura

multipurpose projects. These projects are under construction. Kundaliya project is on river

Kalisindh and Mohanpura is getting constructed on river Nevaj. Once complete will provide

irrigation to area of 1.95 lakh hectare.

Ongoing Minor Irrigation projects:

At present Bankpura and Mundla two Minor Irrigation projects are under

construction. The Bankpura Minor Irrigation project is getting constructed on river Ghodapachad

and Mundla Minor Irrigation project is getting constructed on river Ajnar. On completion the

Irrigated area will be 3980 ha. through these projects. Bankpura project also provide the facility

of 4.5 MCM water for drinking supply and 5 MCM water for Industrial use.

7

1.3 Demographic Profile

District Rajgarh has total population 1545814 as per census 2011. The literacy

level in the district is 61.21%. The total SC and ST population comes in tune of 22.60% in the

district as per census 2011. Table 1.3 Demographic profile (Sources : Census 2011)

S.no. Indicators Status

1 Total Population 1545814

Male 790212

Female 755602

SC 295718

ST 53751

Urban 276457

Rural 1269357

Sex ratio 971

Population Growth 26.24%

Population Density 251/sq km

2 Literacy Total 61.21%

Male Literacy 69.53%

Female Literacy 37.37%

8

Fig. 1.3

9

1.4 Livestock

Livestock is very important source of income district. Rural economy in the district is highly dependent upon its

livestock. Indigenous cow and Descriptive buffalo is the main source of Milk in the area. In totality the higher number of milk

producing animals (939944) as compared to other meat producing and small animals (195345) can easily be seen in the district. On the

other hand in the areas of low agricultural production like block Khilchipur, Rajgarh and Jirapur the small animals especially Goat

rearing is very much in trend. Poultry farming is done in the areas where there is a good market available. Poultry in increasing as an

alternate to the crop farming in the areas of block Rajgarh, Narshinghgarh and Sarangpur. Being close to Bhopal Poultry farming is

done in Narsinghgarh most. Other Small animals like Ducks, Pigs and Sheep are other lives stock available in a small quantity in the

district.

Table 1.4 Livestock of district S.

no.

Name of Block Small Animals Large Animals Any

other

milch

or

meat

animal

Nos.

Draft

animal

(Baffallo/

yak/

Bulls/ any

other

Nos.

Poultry

Nos.

Duc

ks.

Nos.

Pigs

Nos.

Goat

Nos.

Sheep

Nos.

Indigenous

cow Nos.

Hybrid

Cow

Nos.

Descriptive

Buffalo

Nos.

Hybrid

Buffalo

Nos.

1 Rajgarh 6465 9 766 31035 208 81977 380 82921 0 0 147

2 Khilchipur 454 0 294 22932 951 67713 124 74036 0 0 886

3 Jirapur 616 0 270 31065 109 40161 13 73946 0 0 355

4 Biaora 1899 1 253 22402 17 61236 512 91735 0 0 22

5 Narshinghgarh 9214 3 1139 23606 8 60086 8471 116303 0 0 83

6 Sarangpur 4603 0 1055 35955 16 67642 2895 109793 0 0 91

10

Fig. 1.4 Livestock in Rajgarh District:

11

1.5 Agro-ecology, Climate, Hydrology, and Topography

The district is part of central high land of Malva plateau with Basalt rocks. The Average rainfall in the district is 1107

mm. Comparison of Average rainfall for last 10 years with the normal rainfall shows that in block Rajgarh the average rainfall is less

than Normal rainfall. In other blocks average rainfall is more than normal rainfall. The average number of rainy-days in the district is

51. In summer season the temperature reaches up to maximum 43° C and goes minimum 23°C. In winter the maximum temperature

remains up to 35°C and Minimum touches 7° C. The rainy seasons are quite humid and maximum temperature reaches up to 44° C

and Minimum 19°C in the district.

Table 1.5 Block wise Agro climatic Zone, Normal & Average Rainfall and Temperature

S.

no.

Block Agro

Climatic

Zone

Block

Area

Normal

annual

Rainfall

(mm)

Average

Rainfall

(mm)

No.

Of

Rainy

Days

(no.)

Average temperature (°C)

Summer (April-

May)

Winter (Oct-Mar) Rainy (June-Sept)

Min. Max. Mean Min. Max. Mean Min. Max. Mean

1 Rajgarh Malva

Plateau

110510 1133.3 1014.29 51 27 42 34.5 7 34 20.5 20 44 32

2 Khilchipur 79214 865.6 1016.56 49 24 42 33 7 35 21 22 44 33

3 Jirapur 84534 865.6 1060.79 49 24 41 32.5 8 34 21 23 43 33

4 Biaora 114764 1205.7 1283.17 51 24 42 33 8 34 21 22 44 33

5 Narsinghgarh 134863 1182.7 1255.5 52 23 43 33 8 34 21 19 43 31

6 Sarangpur 92224 1115.8 1154.5 52 24 43 33.5 9 35 22 19 43 31

12

Fig. 1.5 Comparison between Normal Rainfall and Average rainfall:

13

1.6 Rainfall and Run off

The following table shows the position of block wise rainfall in the district. There is 6249.132 MCM water available

for the district as rainfall and 3749.479 MCM water is lost. Out of this rainfall only 2499.653 is available for harvesting in the district.

Table 1.6 Rainfall and Run off

S.no. Block Geographical

Area (ha.)

Rainfall

(mm.)

Total Rain water available Water Loses

(MCM)

Availability of

water for

Harvesting

(MCM)

Remark

Ha. mt. MCM

1 Rajgarh 110510 1014.29 112089.2 1120.892 672.5351 448.3568

2 Khilchipur 79214 1016.56 80345.97 803.4597 482.0758 321.3839

3 Jirapur 84534 1060.79 85741.99 857.4199 514.4519 342.968

4 Biaora 114764 1283.17 116404 1164.04 698.4239 465.6159

5 Narsinghgarh 134863 1255.5 136790.2 1367.902 820.7412 547.1608

6 Sarangpur 92224 1154.5 93541.88 935.4188 561.2513 374.1675

Total 616109 624913.2 6249.132 3749.479 2499.653

Fig. 1.6 Block wise total rainfall, water loss and available water for harvesting.

14

1.7 Soil Profile

Rajgarh district is situated on the

Northern East part of the Malwa region. The district can

be distributed into three major parts according to soil

type. The soil types are Medium to Deep Black Soil,

Shallow Black soil and Gravelled mixed. 54% of the

area is having Medium to deep black soil covering the

blocks Sarangpur, Narsinghgarh, Biaora, and parts of

Rajgarh, Khilchipur and Jirapur. Shallow black soil

covers 17% area in the district. Gravelled Mixed soil

covers area of 29% in mostly Rajgarh, Khilchipur and

Jirapur.

Slope up to 8-25% is found in the areas

specially covered by Gravelled Mixed soil which is 13%

of the total district area. 17% of the land is having 3-8%

slope which is also found in the areas of Gravelled

Mixed soil. 70% of the area in the district is having 0-

3% slop which is mostly covered by Medium to deep

black soil.

Table 1.7 Soil type and land slope

Soil Type Land Slope

Major Soil

Classes

Area (ha) 0-3%(ha) 3-8%(ha) 8-25%(ha) >25%(ha)

Medium to

Deep Black

Soil

328250.00 328250.00 0.00 0.00 0.00

Shallow

Black Soil

101820.00 94820.00 0.00 0.00 0.00

Gravelled

Mixed

178960.00 0.00 100000.00 78960.00 0.00

District Total 609030.00 423070.00 100000.00 78960.00 0.00

15

Fig. 17

16

1.8 Block wise area based on Soil type

Following table shows block wise distribution of soil in the district. The data shows that Medium

to Deep Black soil covers a very large part of block Sarangpur and Narsinghgarh 80% and 70%

respectively, Shallow Black Soil is found 15% in Sarangpur and 25% in Narsinghharh and only

5-5 percent Gravelled Mixed soil is found in the two blocks. In block Jirapur and Biaora Shallow

Black Soil is found up to 70%, Medium to Deep Black Soil is only 10- 10 percent and Gravelled

Mixed is found 20-20 percent in Jirapur and Biaora blocks. In block Rajgarh and Khilchipur

Gravelled Mixd soil covers 60% and 70% of the area respectively, whereas Shallow Black Soil

covers 35% in Rajgarh and 30% in Khilchipur, Medium to Deep Black Soil has cover of only 5%

in Rajgarh block but Medium to Deep Black Soil is not found in Khilchipur Block.

Table 1.8 Soil type in percent

S.

no.

Type of

Soil

Rajgarh Khilchipur Jirapur Biaora Narsinghgarh Sarangpur

1 Medium to

Deep Black

Soil

5 0 10 10 70 80

2 Shallow

Black Soil

35 30 70 70 25 15

3 Gravelled

Mixed

60 70 20 20 5 5

Total 100% 100% 100% 100% 100% 100%

Fig 1.8 Block wise Soil type

17

1.9 Land Use Pattern

There are 1728 villages in the district with total geographical area of 616109 hectares. The area

under forest is 17627 hectares, waste land is 83936 hectares and area under other uses is 75435

hectares.

The gross cropped area in the district is 785002 hectares out of which the net sown area is

439102 hectares and the area sown more than once is 345900 hectares. The cropping intensity is

178.8%. The largest gross cropped area is found in block Narsinghgarh with 205053 hectares and

on the other hand the Gross cropped area is block Khilchipur only 87211 hectares which is

117842 hectares less then Gross cropped area in block Narsinghgarh.

The Cropping intensity in Narsinghgarh and Sarangpur blocks is highest with 191.5% and

182.8% respectively in the district. And Rajgarh block is lowest at 162.7% Cropping intensity at

compared with other blocks in the district.

Block Narsinghgarh has the largest forest cover of 7033 hectare, block Jirapur and Sarangpur has

no forest. After Narsinghgarh block Biaora has 6121 hectares of forest Rajgarh and Khilchipur

block have 3034 hectare and 1439 hectare forest area respectively.

In block Rajgarh 20765 hectare land is used under other uses.

Table 1.9 Land use Pattern S.

no.

Block No. Of

Village

Total

Geographical

Area Ha.

Area Under Agriculture Cropping

intensity

in %

Area

Under

Forest

Ha.

Area

under

waste

land

Ha.

Area

under

other

uses

Ha.

Gross

Cropped

Area (1)

Net

Sown

Area

(2)

Area

Sown

more

than

once

(1-2)

1 Rajgarh 388 110510 109496 67296 42200 162.7 3034 14508 20765

2 Khilchipur 335 79214 87211 50211 37000 173.7 1439 18281 7304

3 Jirapur 220 84534 102818 58618 44200 175.4 00 14760 14463

4 Biaora 287 114764 139161 78661 60500 176.9 6121 15513 14021

5 Narsinghgarh 260 134863 205053 107053 98000 191.5 7033 11774 8992

6 Sarangpur 238 92224 141263 77263 64000 182.8 00 9100 9890

Total 1728 616109 785002 439102 345900 178.8 17627 83936 75435

18

Fig 1.9 Land Use Pattern

19

1.10 Soil erosion and runoff status

Table 1.10 Soil Erosion and Runoff status S.

no.

Block Longitude Latitude Soil

Erosion

(Tone/ha.)

Peak Rate

(cum/ha.)

Runoff Drought

Frequency Frequency

of peak

(no. In

months)

Total

Runoff

Volume of

Rainy

season (ha-

m)

Time of return of Maximum

flood

5 Years 10

Years

In Years

1 Rajgarh 23.42N 76.32E 15 to 20 20.43 to 25.76 4 70.81 to

337.20

0 Yes 10 10 Years

2 Khilchipur 23.55N 76.26E 15 to 20 20.43 to 25.76 4 70.81 to

337.20

0 Yes 10 10 Years

3 Jirapur 23.51N 76.11E 15 to 20 20.43 to 25.76 4 70.81 to

337.20

0 Yes 10 10 Years

4 Biaora 23.48N 76.45E 11.70 to

12.60

20 to 24 4 113.4 to

720.48

0 Yes 10 10 Years

5 Narsinghgarh 23.28N 76.44E 11.70 to

12.60

20 to 24 4 113.4 to

720.48

0 Yes 10 10 Years

6 Sarangpur 23.29N 76.02E 11.70 to

12.60

20 to 24 4 113.4 to

720.48

0 Yes 10 10 Years

11.70 to

12.60

20 to 24 4 113.4 to

720.48

20

CHAPTER-2

Pradhan Mantri Krishi Sinchayee Yojana

21

2.1 Introduction

All the living creatures on our planet earth are formed by five elements, Water,

Earth, Fire, Air and Space (sky). In human life all these elements are essential, but in the present

context unplanned exploitation of nature is disturbing the natural balance. Erosion in the farm

land, dropping water table, and shrinking surface water sources has became alarming.

Rajgarh is one of the backward districts of the state of Madhya Pradesh. District

shares its borders with district Guna, Sehore and Shajapur of Madhya Pradesh and district

Jhalawad of Rajasthan State. Most of the population lives in rural areas depending upon

agriculture and agricultural labour work for their livelihood. Rajgarh is distributed into two

entirely opposite soil patterns. On one hand Biaora, Narshinghgarh and Sarangpur blocks are

highly productive in Agriculture and on other, parts of Rajgarh, Khilchipur and Zirapur are

becoming deserted and produce single crop. There is a huge population pressure on Agriculture.

2.2 Background

In the district most of the farmers are marginalised and small farmers with small

land holdings. In the absence of proper monsoon there remains an uncertainty of harvest. In such

conditions these poor farmers go for seasonal migration, which is very common in the dry and

deserted areas of the district. The locals call this migration ‘Lavni’ which becomes main source

of arranging grains, arranging money for marriages, Loans payoffs, and to meet the educational

and health expenses.

Forest Green cover is disappearing from the district very fast and soil erosion is

increasing. The major area of district is rain fed agricultural land. As compared to other districts

of the state Rajgarh is quite backward in availability of Natural resources.

In the absence of adequate and scientific water and land management initiatives

the agriculture in this area has became less productive and less profitable. There is immediate

need of introduction of developed, easy and affordable agriculture and irrigation technologies

especially the technologies which are adaptable and sustainable.

There are evidences that suggest that, assessed or protective irrigation programs

encourages farmers to invest more in farming technology and inputs leading to productivity

enhancement and increased farm income.

Concerned over the slow pace of growth in Agriculture and allied sectors, the

Govt. of India have launched ‘Pradhan Mantri Krishi Sinchayee Yojana’ (PMKSY) to ensure

access to means of protective irrigation to all Agriculture farms in the counting to produce “ per

drop more crop” thus bringing much desired rural prosperity.

22

2.3 The Objectives of PMKSY

The major objective of PMKSY is to achieve convergence of investments in

irrigation at the field level, expand cultivable area under assured irrigation, improve on-farm

water use efficiency to reduce wastage of water, enhance the adoption of precision-irrigation and

other water saving technologies “ per drop more crop” enhance recharge of aquifers and

introduce sustainable water conservation practices by exploring the feasibility of reusing treated

municipal waste water for peri-urban agriculture and attract greater private investment in

precision irrigation system. Other outlined objectives of PMKSYare:

� Achieve convergence of investments in irrigation at the field level (preparation of district level

and, if required, sub district level water use plans).

� Enhance the physical access of water on the farm and expand cultivable area under assured

irrigation (Har Khet ko pani).

� Integration of water source, distribution and its efficient use, to make best use of water through

appropriate technologies and practices.

� Improve on-farm water use efficiency to reduce wastage and increase availability both in

duration and extent.

� Enhance the adoption of precision-irrigation and other water saving technologies (More crop per

drop).

� Enhance recharge of aquifers and introduce sustainable water conservation practices.

� Ensure the integrated development of rainfed areas using the watershed approach towards soil

and water conservation, regeneration of ground water, arresting runoff, providing livelihood

options and other NRM activities.

� Promote extension activities relating to water harvesting, water management and crop alignment

for farmers and grass root level field functionaries.

� Explore the feasibility of reusing treated municipal waste water for peri-urban agriculture.

� Attract greater private investments in irrigation.

This will in turn increase agricultural production and productivity and enhance farm income.

2.4 Strategy

To achieve above objectives, PMKSY will strategize by focussing on end-to-end

solution in irrigation supply chain, viz. water sources, distribution network, efficient farm level

applications, extension services on new technologies & information etc. Broadly, PMKSY will

focus on -

1- Creation of new water sources; repair, restoration and renovation of defunct water sources;

construction of water harvesting structures, secondary & micro storage, groundwater

development, enhancing potentials of traditional water bodies at village level.

2- Developing/augmenting distribution network where irrigation sources (both assured and

protective) are available or created.

23

3- Promotion of scientific moisture conservation and run off control measures to improve ground

water recharge so as to create opportunities for farmer to access recharged water through shallow

tube/dug wells.

4- Promoting efficient water conveyance and field application devices within the farm viz,

underground piping system, Drip & Sprinklers, pivots, rain-guns and other application devices

etc.

5- Encouraging community irrigation through registered user groups/farmer producers’

organisations/NGOs.

6- Farmer oriented activities like capacity building, training and exposure visits, demonstrations,

farm schools, skill development in efficient water and crop management practices (crop

alignment) including large scale awareness on more crop per drop of water through mass media

campaign, exhibitions, field days, and extension activities through short animation films etc.

2.5 Methodology

District Irrigation Plan (DIP) prepared by the Distinct Level irrigation Committee

followed the methodology suggested by guidelines prescribed by Govt. of India. DLIC followed

the Participatory Planning process and Participatory Rural Appraisal tools to involve Gram

Panchayat (G.P.) and the committee in the grassroots planning process. A Road map was

developed to achieve the desired result in the allocated time frame, Block wise separate teams

were constituted comprising of civil Engineers and field level staff of concerning departments.

The teams take lead in consultation coordination, collection of information from all possible

sources collecting the data set and information to derive certain definitive appraisal of the current

situation and comprehending the proposals to be included in the final plan with active support

from the Gram Panchayat Elected representatives and other Public representatives.

A District Level Irrigation Committee (DLIC) headed by District Collector with

the members of head of the concerning departments, leading NGOs and progressive farmers

taken the responsibility of orientation Training cum Workshop in the entire Planning process.

The DLIC have conducted one district Level training cum workshop and one Block level training

cum workshop in each block with officials and functionaries of concern departments. The DLIC

conducted a series of internal meetings to built the capacity of core members and get feedback

during preparing the plan.

2.6 Steps followed in Developing District Irrigation Plan (DIP)

2.6.1 Consultation Meeting and Orientation Training

The internal consultation meeting cum orientation training of all the members

involved in the developing (DIP) were organizes at district as well as block level. The

participants were given through understanding of PMKSY guidelines, the scope of planning

exercise the process to be followed along with the planning tools to be used. The orientation

24

module included the principals of participatory planning process, mechanism to collect most

relevant information both from secondary and primary surveys, developing the information base

using village level survey, especially focus group discussions (FGD) for developing the vision of

the district. Collection of data from Gram Panchayat, Block, and District and finalize the Action

Plan for the district.

2.6.2 Collection of Primary Information

The team members visited each village carrying out the interactive process of

appraisal with the local communities. Active involvement of local leadership to acquire the

desired information as per prescribed schedules is ensured. This process helped in public

awareness generation for the priorities, identifying critical issues, available options/alternatives,

community’s aspiration, indigenous knowledge, and communities conduct to drive their

livelihood.

2.6.3 Collection of Secondary Data

The operational task team started desk review and developed check list of reports

of the concerning department for collection, compilation and analysis of the secondary data.

Efforts were made to collect the published and authentic records from the concern departments

for preparing the District Irrigation Plan. SREP from ATMA and CDAP from departments of

Agriculture & Farmer welfare have been collected for reference and review to incorporate the

key findings in terms of specific needs under each agrological situation.

2.6.4 Reconnaissance Survey

To explore available resources and need of district, a team of experts in irrigation

and watershed management systems visited the district. The team has done visual observation

and rapid appraisal with the rural communities. Farmer group discussions were conducted to

understand their aspirations and prepare the prospective district vision for irrigation and

agriculture.

2.6.5 Processing and Analysis

All the collected information from both primary & secondary sources, desk

review and research notes were analysed and standardized. The analysed data have been used in

developing the vision document, strategy and Action Plan for the district.

25

CHAPTER-3

District water profile

26

3.1 Area wise, crop wise irrigation status

Cereals, Pulses and Oil seed Crop

Maize, Soybean, Gram, Wheat, Mustard, Peanut, Sesame, Pigeon pea, Mung,

Urad etc. are produced in the district. In the Kharif season total area cropped in the district is

433891 ha. that is entirely rainfed. In the Rabi season 257110 ha. is sown on the irrigated land.

Very little area is sown for the crops in the summer season on the irrigated land.

Horticulture and Plantation Crop

Orange production in the district is touching new heights. Orange is becoming

every farmer choice as a promising crop day by day. Mango, Guava, and Pomegranate are also

grown in the district. Sita fal (custard fruit), Jamun and Bere are mostly grown in forests region

specially Block Narsinghgarh is largest producer of these fruits in the District. The total area

covered for fruit plantation is 20008 ha.

In horticulture and plantation crop vegetable like Onion, Garlic, Cauliflower,

Potato, Brinjal etc are grown on the Irrigated and Rainfed areas as per the cropping season on

4471 ha in Kharif season, and on 7708 ha in Rabi season. Vegetable are grown in summers on

5018 ha area on irrigated land.

The district is one of the largest producer of Coriander in the State, with this other

spices are also grown in on small patches. Floriculture is done on the small patches in the

district. Most of the production is consumed in the district itself.

27

Table 3.1.1 Cereals, Pulses and Oil seed Crop

Crop

Type

Kharif (Aria in Ha) Rabi (Area in Ha) Summer (Area in Ha) Total (Area in Ha)

Irrigated Rainfed Total Irrigated Rainfed Total Irrigated Rainfed Total Irrigated Rainfed Total

Cereals 00 00 00 127400 00 127400 00 00 00 127400 00 127400

Coarse

cereals

00 74441 74441 00 00 00 00 00 00 00 74441 74441

Pulses 00 17460 17460 122910 00 122910 433 00 433 123343 17460 140803

Oil Seed 00 341990 341990 6800 00 6800 00 00 00 6800 341990 348790

Total 00 433891 433891 257110 00 257110 433 00 433 257543 433891 691434

Fig. 3.1.1

28

Table 3.1.2 Horticulture and Plantation Crop

Crop

Type



Fruit 00 00 00 00 00 00 00 00 00 19338 670 20008

Vegetable 00 4471 4471 7708 00 7708 5018 00 5018 12225 4471 17197

Spices 00 596 596 55466 00 55466 00 00 00 55466 596 56062

Flower 00 160 160 135 00 135 06 00 06 141 160 301

Total 00 5227 5227 63309 00 63309 5024 00 5024 87170 5897 93568

Fig 3.1.2

29

Table 3.1.3 Total cropped area of District

Crop

Type



Cereals,

Pulses

and Oil

seed

Crop 00 433891 433891 257110 00 257110 433 00 433 257543 433891 691434

Horticult

ure 00 5227 5227 63309 00 63309 5024 00 5024 87170 5897 93568

Total 0 439118 439118 320419 0 320419 5457 0 5457 344713 439788 785002

30

3.2 Production & productivity of major crops

The Major crops grown in the Kharif season are Soybean, Maize, Peanut, Sesame, and Pigeon peas. The Chavli beans

are also grown in this season as multi crop with Maize. This entire cropping season is rainfed and covers area of 433892 ha with

production of 454284 Mt./year or 1047 Kgs/ha costing Rs. 20544/ha.

In the Rabi season Gram, Wheat, Mustard, Pigeon pea, etc. are grown on the irrigated area covering 257100 ha. land,

with production 602128.2 Mt. /year or 2342 Kgs/ha costing Rs 25724/ha.

In Horticulture the total area covered is 93568 ha. with production 83232 Mt. /year on rainfed area and 459865

Mt./year on irrigated land.

Table 3.2 Production & productivity of major crops

Season

Crop Sown (Area in ha) Rainfed Irrigated Total

Cer

eals

Co

arse

Cer

eals

pu

lse

oil

see

d

Fib

re

An

y o

ther

cro

ps

Are

a h

a.

Pro

du

ctio

n

Mt/

Yea

r

Pro

du

ctiv

ity

or

yie

ld

Kg

s/H

a.

Co

st o

f

Cu

ltiv

atio

n

Rs.

/h

Pro

du

ctio

n

Mt.

/Yea

r

Pro

du

ctiv

ity

or

yie

ld

Kg

s/H

a.

Co

st o

f

Cu

ltiv

atio

n

Rs.

/h

Pro

du

ctio

n

Mt.

/Yea

r

Pro

du

ctiv

ity

or

yie

ld

Kg

s/H

a.

Co

st o

f

Cu

ltiv

atio

n

Rs.

/h

Kharif - 74441 17460 341990 - - 433892 454284 1047 20544 0 0 0 454284 1047 20544

Rabi 127400 - 122910 6800 - - 257100 0 0 0 602128 2342 25742 602128 2342 25742

Summe

r - - 433

- - -

433 2165 500 21500 0 0 0 2165 500 21500

Horticu

ltural

&

Plantati

on

Crops 93568 83232 27238 - 459865 26714 - 543097 53954 -

Total 127400 74441 140803 348790 - - 785002 539681 28785 42044 1061993 29056 25742 1601674 57843 67786

31

3.3 Irrigation based Classification

In the district gross irrigated area is 345900 ha., the net irrigated area is 52014 ha.,

partly irrigated area is 293886 ha., and unirrigated or totally rainfed area is 93202 ha. This data

shows that out of gross irrigated area, net irrigated area is only 15% and remaining is the

partially irrigated or protective irrigated area is 85%.

Table 3.3 Irrigation based classification

Name of the

Block

Total Geograp

hical Area

Total

Agriculture

Area

Irrigated (Area in ha) Rainfed (Area in ha)

Gross Irrigated

Area

Net Irrigated

Area

Partially Irrigated/

Protective Irrigated

Unirrigated or

Totally rainfed

Rajgarh 110510 67296 42200 13570 28630 25096

Khilchipur 79214 50221 37000 5762 31238 13211

Jirapur 84534 58618 44200 8511 35689 14418

Biaora 114764 78661 60500 9344 51156 18161

Sarangpur 92224 77263 64000 4941 59059 13273

Narsinghgarh 134863 107053 98000 9886 88114 9053

Total 616109 439112 345900 52014 293886 93212

Fig. 3.3

32

3.4 Source wise irrigated area of District

Table 3.4 source wise irrigated area

S. no. Source of irrigation Unit Area in Ha. Percent

Kharif Rabi

1 Well Ha. - 164377 47.52

2 Tube well Ha. - 43844 12.68

3 Tank Ha. - 32667 9.44

4 River and stream Ha. - 85665 24.77

5 Canal Ha - 19347 5.59

Fig. 3.4

33

CHAPTER-4

Water availability

34

4. Water availability

The average rainfall in the district in 1107 mm. The average number of rainy days

in the district is 51. Despite the great network of rivers and numerous seasonal streams the

majority of the cultivation area is rainfed only. The district lies in the part of the Chambal and

Betva basin. The major rivers in the district are Kalisindh, Nevaj and Parvati. The catchment area

of the Kalisindh River is 4900 Sq.Kms and Nevaj River is 3825 Sq.Kms. The Major tributaries

are Ghodapachad, Ghadganga, Ajnar, and Chhapi. .

4.1 Status of water availability

The total water availability for irrigation in the district is 1140.51 Million Cubic

Meter of which 286.03 MCM is available from Surface irrigation which comprising of Canal

82.06 MCM, Minor Irrigation tanks 151.02 MCM and Lift Irrigation 41.53 MCM.

And through Ground water sources it is 865.9 MCM, including open well 692.72 MCM and deep

tube well 173.18 MCM .

Table 4.1 Surface and Ground Water Irrigation

SNO. SOURCES KHARIF RABI

(MCM)

SUMMER

(MCM)

TOTAL

1 Surface Irrigation I. canal(major & medium irrigation) - 82.06 - 82.06

II. Minor irrigation tanks - 151.02 - 151.02

III. Lift irrigation / diversion - 41.53 - 41.53

IV. Various Water Bodies Including

Rain water Harvesting - 27.481612 - 27.481612

V. Treated Eflluent Received from

STP - - - -

VI. Untreated effluent - - - -

VII. Perrinial Source of water - - - -

2 Ground Water Irrigation - - - -

I. Open Well - 692.72 - 692.72

II. Deep Tube Well - 173.18 - 173.18

III. Medium Tube Well - - - -

IV. Shallow Tubewell - - - -

Total - 1167.99 1167.99

35

Fig 4.1 Surface and Ground Water Irrigation

36

4.2 Status of Ground water availability

The Draft-Recharge Gap for ground water shows that the district has two blocks

which fall under the safe category, these are Rajgarh, and Jirapur with Draft-Recharge gap of

56.39 MCM, and 36.15 MCM respectively. On the other hand Khilchipur, Sarangpur and

Narsinghgarh are under semi-critical category with Draft-recharge gap of 27.96 MCM, 18.2

MCM and 27.48 MCM respectively.

Table 4.2 Block wise Draft-Recharge Gap

Status of Block As per Central Ground Water Board

Notification

Ground Water (MCM)

Block critical Semi-

critical

Safe Draft Recharge Gap

Rajgarh - - Safe 109.70 166.09 56.39

Khilchipur - Semi-

critical

- 102.95 130.91 27.96

Jirapur - - Safe 76.50 112.65 36.15

Sarangpur - Semi-

critical

- 126.68 144.88 18.20

Biaora - Semi-

critical

- 123.44 166.62 43.18

Narsingarh - Semi-

critical

- 191.98 219.46 27.48

Fig. 4.2

37

4.3 Status of Command Area

The following data gives block wise data of canal command, and information on

total developed and undeveloped command.

Table 4.3 Status of command area

S.n Name of Block

Information on

developed canal

command (Ha.)

Information on developed of

other services command

(Ha.)

Total Area Ha.

1 Rajgarh 13570 28630 42200

2 Khilchipur 5762 31238 37000

3 Jirapur 8511 35689 44200

4 Biaora 9344 51156 60500

5 Sarangpur 4941 59059 64000

6 Narsinghgarh 9886 88114 58000

Total 52014 293886 345900

Fig. 4.3 Block wise developed and undeveloped command area

38

4.4 Existing type of Irrigation

Looking at the existing type of irrigation and the command area it shows that the

open well are most commonly used means of irrigation in the district. The command area of

open wells is 164377 ha. In comparison with this, there are only 60 Govt. Canals with 19347 ha

command area. Electricity pumps and diesel pumps are other largely used means of irrigation in

the district. 181 Govt. Reservoir/Minor irrigation and 12200 tube wells have 32667 ha. and

42844 ha command area respectively.

Table 4.4 Existing type of irrigation

S.no. Type of Source Nos. Command Area ha

1 Govt. Canal 60 19347

2 Community Ponds - 0

3 Govt. Reservoir /Minor irrigation 181 32667

4 Tube well 12200 43844

5 Open well 89209 164377

6 Electricity Pump/ Diesel Pump 84641 85665

Total - 345900

39

CHAPTER-5

Water Requirement and Demand

40

Water Requirement and Demand

This chapter deals with Crop water requirement for domestic, Irrigation,

Livestock and Industrial purposes.

5.1 Domestic Water Demand:

Total Population for District Rajgarh in 2011 was 15,45,814, as per growth rate,

projected population in 2016 is 17,25,901 and in 2020 it will be 1869970. Average per capita

domestic water requirement is 135 liters per day. Based on this information gross water demand

for whole district in current year is 51.419764 MCM per annum. The projected gross water

demand in year 2020 will be 55.712085 MCM per annum. With the increase in population the

use of water also increases substantially. Due to modern living standards water usage per capita

has increased multifold. People have also started using water filtration techniques like R.O.

devices which consumes more water.

Table 5.1 Domestic water demand

Block Population

2011

Population

2016

Population 2020 Gross water demand (MCM)

In 2016 In 2020

Rajgarh

Rural 199276 222492 241064 5.684662 6.15919

Urban 40511 45231 49006 2.228734 2.414778

Biaora

Rural 220887 246620 267207 6.30115 6.827139

Urban 59689 66643 72206 3.283822 3.55794

Khilchipur

Rural 163636 182700 197950 4.667975 5.057634

Urban 27429 30624 33181 1.509021 1.634987

Jirapur

Rural 168475 188102 203804 4.806015 5.207198

Urban 31200 34835 37743 1.716485 1.859769

Narsinghgarh

Rural 262448 293023 317483 7.48674 8.1117

Urban 49811 55613 60255 2.7403 2.9691

Sarangpur

Rural 254635 284300 308032 7.26386 7.8702

Urban 67817 75718 82039 3.731 4.04245

Total 1545814 1725901 1869970 51.419764 55.712085

41

Fig 5.1

42

5.2 Crop Water Requirement:

Crop Water Demand

Water requirement of a crop is the quantity of water needed for normal growth

and yield and may be supplied by precipitation or by irrigation or by both. Water is needed

mainly to meet the demands of evaporation (E), transpiration (T) and metabolic need of the

plant, all together known as Consumptive Use (CU), CU = E + T + Water needed for

Metabolic Purposes Water requirement is a demand whereas the supply consists of

contribution from irrigation water, effective rainfall (ER) and soil profile contribution

including that from shallow water table. The water requirement of any crop is dependent

upon (i) Crop factors- variety, growth, stage, duration, plant population and growing season,

(ii) Soil factors- texture, structure, depth, topography, (iii) Climate factor- temperature,

relative humidity, wind velocity, (iv) Crop management practices- fillage, fertilization,

weeding, etc. Water requirement of a crop varies from area to area and even sometimes from

field to field on a farm depending on the above mentioned factors.

Total crop water demand for 2016 is 2022 MCM. Existing surface water

availability is 219 MCM. Hence 1803 MCM potential is to be created for 2016. To

accommodate more crops and increase the productivity of crops, efficient water management

techniques like Drip, Sprinkler, rain-gun, plastic mulch, pipelines and micro-sprinkler will be

promoted. Major percentage of crop water demand is for wheat crops only.

Fig. 5.2 total crop water demand, existing water availability and potential to be created

43

Table 5.2.1 Crop wise water requirement Block- Rajgarh

Block Name of

Crop

Sown

Area

(ha.)

Irrigated

Area

(ha.)

Crop

Water

Demand

(MM)

Water

potential

required

(MCM)

Existing

water

potential

(MCM)

Water

Potential

to be

created

(MCM) Rajgarh Wheat 23735 7142 609.6 144.68856 36.067 108.62156

Barley 20 0 508 0.1016 0 0.1016

Chickpeas 13700 4071 152.4 20.8788 6.2042 14.6746

Masoor 1300 680 152.4 1.9812 1.03632 0.94488

Peas 300 180 152.4 0.4572 0.27432 0.18288

Mustered 300 220 152.4 0.4572 0.33528 0.12192

Horticulture

Fruits 3865 0 1270 49.0855 0 49.0855

Vegetables 2845 1257 635 18.06575 7.98195 10.0838

Spices 6985 0 508 35.4838 0 35.4838

Flower 65 20 762 0.4953 0.1524 0.3429

Total 53115 13570 271.69491 52.05147 216.64344

Table 5.2.2 Crop wise water requirement Block- Khilchipur

Block Name of

Crop

Sown

Area

(ha.)

Irrigated

Area

(ha.)

Crop

Water

Demand

(MM)

Water

potential

required

(MCM)

Existing

water

potential

(MCM)

Water

Potential

to be

created

(MCM) Khilchipur Wheat 23500 3040 609.6 143.256 18.53184 124.72416

Barley 20 12 508 0.1016 0.06096 0.04064

Chickpeas 9000 1510 152.4 13.716 2.30124 11.41476

Lentil 1519 450 152.4 2.31495 0.6858 1.62915

Peas 300 110 152.4 0.4572 0.16764 0.28956

Mustard 600 190 152.4 0.9144 0.28956 0.62484

Horticulture

Fruits 2681 0 1270 34.0487 0 34.0487

Vegetables 2028 430 635 12.8778 2.7305 10.1473

Spices 6065 0 508 30.8102 0 30.8102

Flower 33 20 762 0.25146 0.1524 0.09906

Total 45746 5762 238.74831 24.91994 212.82837

44

Table 5.2.3 Crop wise water requirement Block- Jirapur

Block Name of

Crop

Sown

Area

(ha.)

Irrigated

Area

(ha.)

Water

Demand

(MM)

Water

potential

required

(MCM)

Existing

water

potential

(MCM)

Water

Potential

to be

created

(MCM) Jirapur Wheat 26000 4511 609.6 158.496 27.499056 130.996944

Barley 28 0 508 0.14224 0 0.14224

Chickpeas 12200 2200 152.4 018.5928 3.3528 15.2400

Masoor 900 350 152.4 1.3716 0.5334 0.39624

Peas 305 250 152.4 0.46482 0.381 0.08382

Mustered 3580 1045 152.4 5.45592 1.59258 3.86334

Horticulture

Fruits 3381 0 1270 42.9387 0 42.9387

Vegetables 1171 150 635 7.43585 0.9525 6.48335

Spices 10740 0 508 54.237 0 54.237

Flower 16 05 762 0.12192 0.0381 0.0382

Total 58321 8511 289.25685 34.349436 257.907414

Table 5.2.4 Crop wise water requirement Block- Biaora

Block Name of

Crop

Sown

Area

(ha.)

Irrigated

Area (ha.)

Water

Demand

(MM)

Water

potential

required

(MCM)

Existing

water

potential

(MCM)

Water

Potential

to be

created

(MCM) Biaora Wheat 32000 5500 609.6 195.072 33.528 161.544

Barley 40 25 508 0.2032 0.127 0.0762

Chickpeas 22054 2500 152.4 33.61029 03.81 29.80029

Masoor 1550 680 152.4 2.3622 1.03632 1.32588

Peas 650 220 152.4 0.9906 0.33528 0.65532

Mustered 350 100 152.4 0.5334 0.1524 0.381

Horticulture

Fruits 3930 0 1270 49.911 0 49.911

Vegetables 3808 300 635 24.1808 1.905 22.2758

Spices 14230 0 508 72.2884 0 72.2884

Flower 48 19 762 0.36576 0.14478 0.22098

Total 78660 9344 379.51765 41.03878 342.47887

45

Table 5.2.5 Crop wise water requirement Block- Narsinghgarh

Block Name of

Crop

Sown

Area

(ha.)

Irrigated

Area

(ha.)

Water

Demand

(MM)

Water

potential

required

(MCM)

Existing

water

potential

(MCM)

Water

Potential

to be

created

(MCM) Narsinghgarh Wheat 57000 5700 609.6 347.472 34.7472 312.7248

Barley 50 0 508 0.254 0 0.254

Chickpeas 35500 2300 152.4 54.102 3.5052 50.5968

Masoor 2050 950 152.4 3.1242 1.4478 1.6764

Peas 705 400 152.4 1.07442 0.6096 0.46482

Mustered 200 126 152.4 0.3048 0.192024 0.112776

Horticulture

Fruits 3129 0 1270 39.7383 0 39.7383

Vegetables 2410 375 635 15.3035 2.38125 12.92225

Spices 5924 0 508 30.09392 0 30.09392

Flower 85 35 762 0.6477 0.2667 0.381

Total 107053 9886 492.11484 43.149774 412.965066

Table 5.2.6 Crop wise water requirement Block- Sarangpur

Block Name of

Crop

Sown

Area

(ha.)

Irrigated

Area

(ha.)

Water

Demand

(MM)

Water

potential

required

(MCM)

Existing

water

potential

(MCM)

Water

Potential

to be

created

(MCM) Sarangpur Wheat 28000 3400 609.6 170.688 20.7264 149.9616

Barley 50 0 508 0.254 0 0.254

Chickpeas 26000 960 152.4 39.624 1.46304 38.16096

Masoor 5000 280 152.4 7.62 0.42672 7.19328

Peas 700 96 152.4 1.0668 0.146304 0.920496

Mustered 300 80 152.4 0.4572 0.12192 0.33528

Horticulture

Fruits 3091 0 1270 39.2557 0 39.2557

Vegetables 3899 110 635 24.75865 0.6985 24.06015

Spices 6242 0 508 31.70936 0 31.70936

Flower 51 15 762 0.38862 0.1143 0.27432

Total 73333 4941 315.82233 23.697184 364.125146

46

Table 5.2.7 Crop water demand for district

Block Name of

Crop

Sown

Area

(ha.)

Irrigate

d Area

(ha.)

Water

potential

required

(MCM)

Existing

water

potential

(MCM)

Water

Potential to

be created

(MCM)

Rajgarh All

Crops

53115 13570 268 52 216

Khilchipur 45746 5762 237 25 212

Jirapur 58321 8511 291 34 257

Biaora 78660 9344 383 41 342

Sarangpur 73333 4941 336 24 412

Narsinghgarh 107053 9886 407 43 364

Total 416228 52014 2022 219 1803

47

5.3 Livestock Water Demand:

Table 5.3 shows district water demand for livestock for current year and for

2020. Number of livestock as per Animal census is 1136873. Estimation is done based on

livestock water demand which is different for each animal. We have taken 115 liters per

livestock per day for Pigs, 15 liters per livestock per day for Goats, 135 liters per livestock

per day for Cow, 135 liters per livestock per day for Buffalo. Current structures are not

sufficient for meeting the demand for livestock.

Table 5.3 Block wise Livestock water demand

Block Total no. of

livestock

Present Water

Demand (MCM)

Water Demand

in 2020 (MCM)

Water Potential to

be created (MCM)

Rajgarh 203908 18.6 2.79 1.43

Khilchipur 167390 1.52 2.29 0.62

Jirapur 146535 1.34 2.01 0.72

Biaora 178077 1.62 2.43 6.5

Sarangpur 198239 1.81 2.71 1.06

Narsinghgarh 1242724 2.21 3.31 9.6

Total 1136873 10.37 15.54 10.89

Fig 5.3 Livestock water demand for present & in 2020, existing potential and potential to be

created

48

5.4 Industrial water demand

In view of the industrialization of the district it shows that Narsinghgarh block has

largest number of Industries functioning. There are very few industries working in Jirapur,

Biaora and Sarangpur Blocks. There is no industry functioning in block Rajgarh and Khilchipur.

In this sequence the water demand for industries is highest in Narsinghgarh with 2.5 MCM

which will to grow up to 7 MCM in 2020. The present Industrial water demand in the district is

2.87 MCM which is anticipated to grow up to 20.16 MCM in 2020.

Table 5.4 Block wise Industrial water demand

Block

Total no.

of

Industry

Present Water

Demand (MCM)

Water Demand in

2020 (MCM)

Water Potential to be

created(MCM)

Rajgarh - - 4 4

Khilchipur - - 2 2

Jirapur - 0.09 2 1.91

Biaora - 0.15 6 5.85

Narsinghga

rh - 2.5 7 4.5

Sarangpur - 0.1 2 1.90

Total 2.84 23 20.16

49

5.5 Total water demand of the district for various sectors

Overall water demand for the district is 1885 MCM including Domestic, Crop,

Lives and Industries. Out of this demand as compared to any other block of the district, block

Sarangpur is having highest water demand, for Domestic it is 7 MCM, for Crop it is 412 MCM,

for Livestock it is 1.81 MCM and for industries it is 4.5 MCM.

Table 5.6 Block wise total water demand for various sectors S.No.

Block Components Total (MCM)

Domestic Crop Livestock Industry Power

generation

1 Rajgarh 8 216 1.86 4 - 230

2 Khilchipur 6 212 1.52 2 - 222

3 Jirapur 7 257 1.34 1.91 - 267

4 Biaora 10 342 1.62 5.85 - 359

5 Sarangpur 7 412 1.81 4.5 - 425

6 Narsinghgarh 14 364 2.21 1.90 - 382

Total 51 1803 10.36 20.16 1885

Fig. 5.6

50

5.6 Water Budget

To prepare Water budget for the district, first we calculated the village-wise water

demand and its availability, thus we reached out to Block-wise demand and its availability. Total

water availability, we calculated on the basis of surface and ground water availability. The

highest available water is in Narsinghgarh block with 246 MCM and still it is having the widest

gap of 303 MCM. All the blocks have deficiency of water and to compete with it, many

structures needs to be constructed, which includes Check Dam, Percolation tank, Stop Dam, etc.,

so that rain-water runoff is collected and used in irrigation purposes. Every drop of water is

precious that is why advance agricultural techniques like Drip, Sprinkler, Mulching, etc needs to

be promoted. Following table gives block wise data of water availability, water demand and

water gap for current year and projected in the year 2020. The overall present gap is 717 MCM

and projected gap in 2020 will be 1113 MCM.

Table 5.6 water availability and demand in the district Name of

Block

Existing water availability Water Demand (MCM) Water Gap (MCM) Surface

water

Ground

water

Total (MCM) Present Projected

(2020)

Present Projected

(2020)

Rajgarh 80 146 226 230 264 4 38

Khilchipur 31 122 152 222 255 69 102

Jirapur 45 115 159 267 302 103 142

Bioara 71 153 224 359 402 125 178

Sarangpur 26 133 159 425 348 143 189 Narsinghgarh 49 198 246 382 710 303 463

Total 302 866 1168 1885 2281 717 1113

Fig. 5.6

51

CHAPTER-6

Strategic action plan for irrigation

52

6.1 Strategic Action Plan for Irrigation block-Rajgarh

Geographical Area (GCA) - 110510 Ha.

NET Sown Area (CCA) - 67296 Ha.

Irrigated Area - 13570 Ha.

Partial + Undeveloped - 53826 Ha.

Water Requirement - 219.442 MCM

Concerned

Ministry

/Department

Component Activity No. MCM Command

Area (Ha.)

Cost in

(Crore

Rs.)

MOWR

AIBP

Mohanpura Dam 1 572 66948 4776.34

Mundla Dam 1 12.08 2000 95.00

S.

N

o

Proposed (newly)

1 Major Irrigation 0 0 0 0

2 Medium Irrigation 0 0 0 0

3 Surface Minor Irrigation 6 10.47 1975 59.802

4

Har Khet ko

Pani

Lift Irrigation 0 0 0 0

5

Ground Water

development 2448 45 0 6.48

6 RRR of Water Bodies 0 0 0 0

7

DOLR-

MORD

PMKSY

Watershed &

Convergence

with

MGNREGA

Farm Ponds/ tanks 430 7.516 1294.16 20.56

8 Check Dams 451 10.187 2112.62 48.259

9 Tanks 127 30 4400 31.71

10 stop dam 32 4.8 800 12.8

11 MOA&FWD

AC&FW

Per Drop

More Crop

DPAP Drip 883 0 0 8.83

12 DPAP Sprinkler 3115 0 0 6.54

Proposed (To be

Renovated)

1

MOWR

AIBP

Major Irrigation 0 0 0 0


3 Surface Minor Irrigation 0 0 0 0

4

Har Khet ko

Pani


5

Ground Water

development 0 0 0 0

6 RRR of Water Bodies 6 16.62 1127 5.4

7

DOLR-

MORD

PMKSY

Watershed &

Convergence

with

MGNREGA

Farm Ponds/ tanks 164 8.88 1738.08 19.5

8 Check Dams 54 1.967 380.57 7.72

9

Renovation of water

bodies including de-

silting 0 0 0 0

10

Tank/Stop dam

renovation 1 0.03 7.14 0.1

Total 3721 719.55 82782.57 5099.04

53

6.2 Strategic Action Plan for Irrigation block-Khilchipur

Geographical Area -79214 Ha.

NET Sown Area - 50221 Ha.


Partial + Undeveloped – 44449 Ha.

Water Requirement - 231 MCM

Concerned

Ministry

/Department

Component Activity No. MCM Comma

nd Area

(Ha.)

Cost in

(Crore

Rs.)

MOWR

AIBP

From Mohanpura 0 0 38300

Proposed (newly)




4

Har Khet

Ko Pani


5

Ground Water



7

DOLR-MORD

PMKSY

Watershed

&

Convergenc

e with

MGNREG

A

Farm Ponds/ tanks 394

28.93

4 7912.93 30

8 Check Dams 241 4.724 1272.74 31.07

9 Stop dam 197 8.71 3816.15 44.05

10 Tanks 105 13.78 3244.29 45.42

11 MOA&FWDAC

&FW

Per Drop

More Crop

DPAP Drip 261 0 0 2.61


Proposed (To be

Renovated)

1

MOWR

AIBP




4

Har Khet

Ko Pani


5

Ground Water

development 0 0 0 0


7

DOLR-MORD

PMKSY

Watershed

&

Convergenc

e with

MGNREG

A

Farm Ponds/ tanks 60

12.59

5 4341.42 5.27

8 Check Dams 133 4.002 1396.57 8.17

9

Renovation of water

bodies including de-silting 46 1.31 328.57 4.6

10 Tank/Stop dam renovation 6 0.148 38.57 0.6

Total 1630 95.58 63768.24 221.47

54

6.3 Straegic Action Plan for Irrigation block-Jirapur

Geographical Area -84534 Ha.



Partial + Undeveloped -50107 Ha.


Concerned Ministry

/Department Component Activity No. MCM Command

Area

(Ha.)

Cost in

(Crore

Rs.)

MOWR

AIBP

From Kundaliya 1 552.75 35000 3448

Proposed (newly)




4

Har Khet Ko

Pani


5

Ground Water

development 0 0 0 0


7

DOLR-MORD

PMKSY

Watershed

&

Convergence

with

MGNREGA

Farm Ponds/ tanks 85 7.041 1148.76 122.038

8 Check Dams 272 13.586 2420.22 39.31

9 Tanks 72 4.3 786.42 18.69

10 stop dam 136 4.64 887.21 31.4

11 MOA&FWDAC&FW

Per Drop

More Crop

DPAP Drip 3211 0 4816.5 32.11


Proposed (To be

Renovated)

1

MOWR

AIBP




4

Har Khet Ko

Pani


5

Ground Water

development 0 0 0 0


7

DOLR-MORD

PMKSY

Watershed

&

Convergence

with

MGNREGA

Farm Ponds/ tanks 312 11.012 2038.21 30.42

8 Check Dams 141 2.88 623.96 12.25

9

Renovation of water

bodies including de-silting 18 0.51 128.57 1.8


Total 1048 604.501 50108.27 3778.178

55

6.4 Strategic Action Plan for Irrigation block-Biaora

Geographical Area - 114764 Ha.

NET Sown Area – 78661 Ha.

Irrigated Area – 9344 Ha.



Concerned Ministry

/Department


Area

(Ha.)

Cost in

(Crore

Rs.)

MOWR

AIBP

Bankpura 1 26 1990 93.00

Semlapar Barrage 1 0.6 315 6.77

Proposed (newly)

1

Major Irrigation (Parvati,

Rinsi) 0 0 10000 0



4 Har Khet ko

Pani


5 Ground Water development 0 0 0 0


7

DOLR-MORD

PMKSY

Watershed &

Convergence

with

MGNREGA

Farm Ponds/ tanks 84 1.628 290.03 11.18

8 Check Dams 394 0.936 639.66 37.57

9 Tanks 163 8.951 2362.14 37.07

10 stop dam 351 8.367 4536.28 53.75

11 MOA&FWDAC&FW

Per Drop

More Crop

DPAP Drip 3812 0 6099.26 38.12

12 DPAP Sprinkler 39868 0 39868 83.72

Proposed (To be Renovated) No. MCM Command

Area

Cost

1

MOWR

AIBP




4 Har Khet ko

Pani


5 Ground Water development 3 0 0 0.11


7

DOLR-MORD

PMKSY

Watershed &

Convergence

with

MGNREGA

Farm Ponds/ tanks 144 1.98 897.42 8.29

8 Check Dams 306 2.163 714.82 16.715

9

Renovation of water bodies

including de-silting 69 2.17 454.27 6.36


Total 1562 56.433 69317.59 414.155

56

6.5 Strategic Action Plan for Irrigation block-Narsinghgarh

Geographical Area - 134863 Ha.





S.No. Concerned Ministry

/Department


Area

(Ha.)

Cost in

(Crore

Rs.)

MOWR

AIBP

Barrage 6 2.95 1125 13.5

Proposed (newly)

1

Major Irrigation(Parvati,

Rinsi) 1 180 20000 2400



4 Har Khet Ko

Pani




7

DOLR-MORD

PMKSY

Watershed

&

Convergence

with

MGNREGA

Farm Ponds/ tanks 106 6.122 1542.44 23.72

8 Check Dams 600 2.498 840.63 70.61

9 Tanks 12 1 221.43 3.1

10 stop dam 388 19.616 4916.43 59.38

11 MOA&FWDAC&FW

Per Drop

More Crop

DPAP Drip 5444 0 8166 54.44

12 DPAP Sprinkler 53883 0 53883 113.15

Total

Proposed (To be

Renovated)

1

MOWR

AIBP




4 Har Khet Ko

Pani




7

DOLR-MORD

PMKSY

Watershed

&

Convergence

with

MGNREGA

Farm Ponds/ tanks 202 6.25 1642.85 21.61

8 Check Dams 455 5.19 1701.57 25.89

9

Renovation of water bodies

including de-silting 7 0.23 50 0.7

10 Tank/Stop dam renovation 31 1 221.42 3.1

Total 1832 236.746 97167.77 2835.37

57

6.6 Strategic Action Plan for Irrigation block-Sarangpur

Geographical Area - 92224

NET Sown Area - 77263

Irrigated Area - 4941

Partial + Undeveloped -72332

Water Requirement -292.125 MCM

Concerned Ministry

/Department


Area (Ha.)

Cost

in

(Crore

Rs.)

MOWR

AIBP

From Kundaliya 0 0 35000 0

From Mohanpura 0 0 17752 0

Proposed (newly)




4

Har Khet ko

Pani


5

Ground Water

development 0 0 0 0


7

DOLR-MORD

PMKSY

Watershed

&

Convergence

with

MGNREGA

Farm Ponds/ tanks 66 1.225 220.5 9.9

8 Check Dams 920 2.779 651.71 105.38

9 Tanks 67 1.33 449.91 7.02

10 stop dam 270 1.56 547 24.6

11 MOA&FWDAC&FW

Per Drop

More Crop

DPAP Drip 4694 0 7041 46.94

12 DPAP Sprinkler 5898 0 5898 12.38

Proposed (To be

Renovated)

1

MOWR

AIBP




4 Har Khet ko

Pani


5

Ground Water

development 0 0 0 0


7

DOLR-MORD

PMKSY

Watershed

&

Convergence

with

MGNREGA

Farm Ponds/ tanks 346 6.34 1828.89 25.71

8 Check Dams 344 3.336 1165.45 26.07

9

Renovation of water


silting 4 0.13 28.57 0.4

10

Tank/Stop dam

renovation 3 0.1 21.43 0.3

Total 2042 23.383 72332.46 271.64

58

CHAPTER-7

Strategic action plan for district irrigation

59

7 Strategic Action Plan For District

Total Geographical Area =616109 Ha.

Cultivated Area =439102 Ha.

Irrigated Area =52014 Ha.

Partially + Undeveloped Area = 387088 Ha.

S.

No

.

Concerned

Ministry

/Department

Component Activity No. MCM Comman

d Area

(ha.)

Cost Rs.

Crore

1

MOWR

AIBP

On going 11 1166.38 198430 8433

5 Proposed (newly)

6

Major

Irrigation(Parvati,Rinsi) 1 180 30000 2400


8

Surface Minor

Irrigation 70 38.32 8980 212

9

Har Khet Ko

Pani


10

Ground Water

development 2884 50 0 8


12

DOLR-

MORD

PMKSY

Watershed &

Convergence

with

MGNREGA

Farm Ponds/ tanks 1165 52.466 12408.82 217

13 Check Dams 2878 34.71 7937.58 332

14 Tanks 546 59.361 11464.19 143

15 stop dam 1374 47.693 15503.07 226

16 MOA&FWD

AC&FW

Per Drop

More Crop

DPAP Drip 17161 0 26122.76 183

17 DPAP Sprinkler 100167 0 100167 218

18 Total 126257 1677 411013.42 12372.13

19

Proposed (To be

Renovated)

20

MOWR

AIBP



22

Surface Minor

Irrigation 0 0 0 0

23 Har Khet Ko

Pani


24

Ground Water


25 RRR of Water Bodies 13 33.7 4408 18

26

DOLR-

MORD

PMKSY

Watershed &

Convergence

with

MGNREGA

Farm Ponds/ tanks 1228 47.24 12486.87 110.8

27 Check Dams 1433 19.538 5982.94 96.815

28

Renovation of water


silting

144 4.35 989.98 13.86

29

Tank/Stop dam

renovation 85 2.618 595.69 8.5

Total 2906 107.446 24463.48 247.725

30 Grant Total 11835 1737 435476.9 12620

60

Fig. 7.1

61

DEPARTMENT,COMPONENT,YEAR WISE OF DIP PMKSY DISTRICT RAJGARH S

.

N

o

.

DEPARM

ENT

Compo

nent

Sub

Component

Total Year wise action plan

2016-

17

2017-

18

2018-

19

2019-

20

2020-

21

2021-

22

1 RD

IWMP

(PMKSY-

WATERS

HED

DEVLOP

MENT

form ponds /

check dam

275

Fin.in

crore

Fin.in

crore

Fin. in

crore

Fin.in

crore

Fin.in

crore

Fin.in

crore

27.5 55 55 55 55 27.5

IWMP

(other

Inreventi-

0 0 0 0 0 0 0

MGNREG

S (other

Inreventi

ons)

Check Dams/

stop dam 644 64.4 128.8 128.8 128.8 128.8 64.4

Sub Total 919 91.9 183.8 183.8 183.8 183.8 91.9

2 WR

RRR

Check Dams/

stop dam/

tanks/renovati

on of water

bodies

230 23 46 57 58 46 0

CAD - 0 0 0 0 0 0 0

AIBP

Major

Irrigation/

Surface

Irrigation

11045 1104.5 2209 2209 2209 2209 1104.5

Har khet

ko pani

Lift / RRR of

Water bodies/

Ground Water

development

25 2.5 10 10 2.5 0 0

Sub Total 11300 1130 2265 2276 2269.5 2255 1104.5

3 AGRICULT

URE

Micro

Irrigation - 0 0 0 0 0 0 0

Per drop

more crop

DPAP Drip 58 0 2.05 6.5 12.5 18 19

DPAP Sprinkler 202.58 12.6 20.58 34.4 38 45 52 ATMA

TRg. - 0 0 0 0 0 0 0

Sub Total 260.58 12.6 22.63 40.9 50.5 63 71

4

HORTICUL

TURE

Micro

Irrigation - 0 0 0 0 0 0 0

Per drop

more crop

DPAP Drip 125 4 8 17 24 30 42

DPAP Sprinkler 15.45 1.58 2.17 2.8 2.2 3 4

Sub Total 140.45 5.58 10.17 19.8 26.2 33 46

Others 0 0 0 0 0 0 0

Grand

Total 12620 1240.08 2481.6 2520.5 2530 2534.8 1313.4

62

Documents

Final draft DIP Anil sir - PMKSYconstitutes three very ancient temple namely Raj Rajeshwar Temple, Chaturbhujnathji Temple and Narsingh Temple, and in which Rajmata and his 15 year