EU STATE PARTNERSHIP PROGRAMME -Rajasthan GP IWRM...

EU STATE PARTNERSHIP PROGRAMME-Rajasthan GP IWRM PLAN

GP IWRM Plan format Page: 2

FOREWORD: DOCUMENTATION OF THE PLANNING PROCESS followed by VWH&SC

Describe here how VWH&SC, with support from NGO, managed the following steps of the planning process in the GP

(a) Community mobilization – describe how local community was motivated to take part in the planning process, describe the difficulties

met, if any

2 fnolh; izf’k{k.k ds i’pkr yksxksa dks tkx:d djus ds fy, fo|ky; ds iz/kkukpk;Z ] vkaxuokMh dk;ZdRrkZ ] vU; yksxks ds lg;ksx ls fo|kfFkZ;ksa Lo;a lgk;rk lewg ds lnL;ksa ] vU; yksxksa ds lkFk izHkkrQsjh ] jSyh dk vk;kstu dj okrkoj.k fuekZ.k A leqnk; ds yksxksa dh izfrHkkfxrk lqfuf’pr djus o c<kus gsrq izfrfnu la/;k le; xzke pkSikyksa dk vk;kstu vkbZ-MCY;w-vkj-,e dh ;kstuk ,ao izfdz;kvksa dh izxfr rFkk vxys fnu dh ;kstuk ds ckjs esa lgtdRrkZvksa }kjk cSBdksa dk vk;kstu fd;k tkuk ] rFkk ,dhdr ty lalk/ku fu;kstu ds mn~ns’;ks ds ckjs es voxr djkuk xko ds izeq[k yksxkss ,o aiapk;r jkt ds xzke Lrjh; tu izfrfuf/k;ks vkfn ds lnL;ks ds lkFk cSBdks dk vk;kkstu fd;kA

(b) Stakeholders’ participation – describe what was done in order to make sure that all the stakeholders were involved in the planning

process, and that all water user groups, including the less powerful (women, poor, etc…) were given a chance to express their needs and take

part in the decision making process

- Involvement of all Water User Groups- ty miHksDRkk lewg dh Hkkxhnkjh :- VWH&SC lnL;ks ds izf’k{k.k ds i’pkr xzke ds fof’k"V fgrxzkfg leqgks efgyk, ;qok cqtqZxks o cPpkS rFkk fiNMs o fo’ks"k fiNMs oxksZ ds lkFk cSBdks dk vk;kstu ] rFkk vkb-MCY;q-vkj-,e esa Iyku esa lHkh oxkZsa ds yksxksa dh Hkwfedk lqfuf’pr dj NksVs&NksVs lewg cukdj o"kkZ ty rFkk Hkwfe ty dh fLFkfr fofoj.k dj lHkh okVj ;wtj xzqi dks lEefyr fd;kA

- Involvement of women- efgyk Hkkxhnkjh :- VWH&SC dh efgyk lnL;ksa }kjk ] Loa; lgk;rk lewg ] vkwaxuokMh dk;ZdRrkZ vk’kk ANM ds }kjk xzke dh fiNMs o fo’ks"k fiNMs oxZ dh efgykvksa ls feydj o ty ds izfr efgykvksa dh ty ds izcU/ku izko/kku rFkk ty dh lqj{kk esa mudh Hkwfedk lkewfgd ppkZ djds mudh lgHkkfxrk lqfuf”pr dhA

- Involvement of backward groups (SC / ST, BPL)- xjhch js[kk ls uhps] vuqlwfpr tkfr o tutkfr oxZ dh Hkkxhnkjh :-VWH&SC ds SC / ST rFkk BPL lnL;ksa ds lkFk feydj lHkh VWH&SC lnL;ksa }kjk xzke ds fiNMs oxksZa ds yksxksa ls feydj mUgsa IWRM ls voxr djk;k] rFkk mudh leL;kvksa dk lek/kku muds }kjk djds mudh txg lqfuf’pr dh rFkk mudh lgHkkfxrk ls leL;kvksa dk lek/kku djds mudh Hkwfedk rFkk t:jrksa ds vuqlkj muds QSlyksa dks fy;k A

c) Situation analysis – describe how situation analysis was conducted, i.e which tools were used in order to assess water resources (quantity

& quality) in GP and existing water supply systems, analysis of water uses (drinking water, livestock, agriculture, industries, etc…) and water

demand

Xkzke lgHkkfxrk fu:i.k ¼ PRA Tool ½ ds }kjk xzke iapk;r ds ty lzks=ksa rd iagwp o mudh xq.koRrk rFkk ty dh ekax ] miyC/krk ] deh orZeku esa ty forj.k izcU/ku is;ty dh deh okys {ks= ] vuwlwfpr tkfr ] vuqlwfpr tu tkfr ] xjhch js[kk ls uhps ds ifjokjksa dh fLFkfr ] Hkwty dh fLFkfr ] LoPNrk ] i;kZoj.k ] flapkbZ ds deh okys {ks= ] ty iznw"k.k okys {ks= ] iqjkuh i)fr ls d`f"k o flapkbZ ] rFkk eosf’k;ksa ds is;ty dh O;oLFkk esa vlekurk vkfn ,slh dbZ fLFkfr rd igwpdj xzke iapk;r o VWH&SC ds lnL;ksa dks voxr djk;k ftlls fd os bu leL;kvksa dk mfpr lek/ku djsaA

(d) Problem analysis and Prioritization of IWRM measures – describe how water-related problems were identified and how priority

ranking was conducted

PRA Tool ds ek?;e ls VWH&SC ds lnL;ksa }kjk xzke esa ty dh xq.koRrk ,oa iznw"k.k ls lacaf/kr leL;k ] ty dh ek=k o miyC/krk lacaf/kr leL;k SC /ST /BPL ds oxkZsa ds yksxks dks ty dh mfpr O;oLFkk lacaf/kr leL;k ] Hkwty Lrj lacaf/kr leL;k ] ty laj{k.k lacaf/kr eqn~ns LoPNrk ‘’kkSpky; lacaf.kr leL;k ] eosf’k;ksads is;ty lacaf/kr leL;k ij jktLFkku dh jkT; ty uhrh ds vuqlkj izkFkfedrkvksa dk p;u fd;k ftlls fd lHkh oxksZa dh ty ls lacaf/kr leL;k ij vadq’k yxkdj xzke okfl;ksa dks ykHkkfUor fd;k tk lds A

(e) Approval of IWRM Plan by Gram Sabha –describe the process which was followed for the approval of the plan by Gram Sabha

2 fnolh; izf’k{k.k ds i’pkr 6&7 fnuksa ds iz;klksa ls tks Hkh eqn~ns lkeus vk;s bu eqn~nksa dks ;kstuk dk izk:i nsdj xzke lHkk ds vk;ktu ds fy, lHkh xzke okfl;ks o ljiap ls feydj xzke lHkk esa bu izLrkoksa dk lHkh dh lgefr ls dk;Z ;kstuk dk vuqeksnu djok;k A

1. GENERAL INFORMATION (Source: GP employee)



Name of Gram Panchayat Sawari

Block Bali Distance from Block Headquarter

in km

12 km

District Pali Distance from District

Headquarter in km

82 km

GP total surface area (in

Hectares)

Source: Patwari

3789 Hat

1.1 GP Total Population – Growth Trend

Year 2011 2017 2027

Data source Census Census Estimate from PRA (if

Census data not available)

Projected (using Decadal Growth

Rate DGR)

GP Population 9415 10539 11903

Source: Census Data / Projected population to be calculated using Decadal Growth Rate: Pop2021 = Pop2011 x (1+ DGR/100)

1.2 Population – Break-up

Name of the

Village

2011 2017

M F Total SC / ST M F Total SC / ST

Sewari 4566 4849 9415 1693/1893 5111 5428 10539 1895/2119

GP Total 4566 4849 9415 1693/183 5111 5428 10539 1895/2119

Source: Census Data (Estimates through PRA if Census data 2017 not available)

1.3 No of households Name of the

Village 2001 2011

Total BPL Total BPL

Sewari 875 119 1924 341

GP Total 875 119 1924 341

Source: Census Data

1.4 Livestock population

Name of the Village 2011 2017

Cow,Buffalo

& Camel

Goat,Sheep

& Pig

Other Total Cow,Buffalo

& Camel

Goat,Sheep

& Pig

Other Total

Sewari 632/1630/5 1560/2553/0 -- 6380 752/1925/2 1845/3255/0 -- 7779

GP Total 632/1630/5 1560/2553/0 -- 6380 752/1925/2 1845/3255/0 -- 7779

Source: Livestock Census Data (Estimates through PRA if Census data is not available)

1.5 Climate & soil type [Fill maximum data]

i) Agro-climatic Zone

Source: Agriculture Directorate Website

IInd B

ii) Temperature

Source: IMD (record from the closest location

to the GP)

Annual Maximum (in °C) 48°C (Location = Bali)

Annual Minimum (in °C)6°C

iii) Drought Years (dates, in the last 20 years)

Source: IMD

1999,2000,2002

iv) Soil types (in % of GP total surface area) Source: PRRD agriculture supervisor

a) Coarse textured soils - sand predominant - "sandy soils”

b) Medium textured soils - silt predominant - "loamy soils"

c) Fine textured soils - clay predominant - "clayey soils" √

v) Rainfall

Source: WRD website (record from the closest

rain gauge to the GP [at block])

Annual Average {(in mm) Average of past 10 years}: 691.45 mm

Monsoon (June – September) rainfall {(in mm) Average of past 10 years}: 650.35 mm

Non monsoon (October – May) rainfall {(in mm) Average of past 10 years}: 41 mm

(Rain gauge location Bali

1.6 Infrastructural facilities (provide map in Annex)

a) Health Centres (number & type) 1-SHC

b) Educational Institutions (number & type) 9(2-SEC, 4-UPS, 3-PS)

c) Industries, mines (number and type) --

Source: PRA

2. GP STAKEHOLDERS / WATER USER GROUPS



2.1 Village Water, Health and Sanitation Committee (VWH&SC): xzke ty LokLF; o LoPNrk lfefr

(a) Date of formation / reconstitution of the committee xBu dh frfFk&

(b) Number of members

15.08.2017

(i) Total No: dqy la[;k& 25

(ii) Male: iq:"k& 18

(iii) Female efgyk& 7

(iv) SC / ST vtk@vttk&12

(v) BPL xjhch js[kk ls uhps 1

(c) Details of membership lnL;ksa dk fooj.k

S.

no.

Name of member Village / hamlet Male /

Female

SC / ST /

BPL

Position in GP

(Teacher, ANM,

Gram Sewak, SHG,

CBO, etc…)

Proposed

position in

VWH&SC

(Chairman,

Secretary,

Treasurer,

etc…)

1. Sh. Mohan Lal Choudhary Sawari Male OBC Sarpanch Chairman

2. Sh. Suresh Kumar Dewasi Kothar Male SBC Secretary Secretary

3. Smt. Santosh Soni Sawari Female Gen. Vice Sarpanch Member

4. Sh. Narayan Lal Ghanchi Sawari Male OBC Ward Member Member

5. Sh. Jasraj Bharti Sawari Male OBC Ward Member Member

6. Sh. Sankal Chand Luhar Sawari Male OBC Ward Member Member

7. Sh. Narayan Lal Sawari Male OBC NGO Member

8. Sh. Timaram Meena Sawari Male ST HM Member

9. Smt. Nasiba Dolat Sawari Female MIN ANM Member

10. Sh. Bhanwar Lal Pindal Sawari Male OBC Jen. PHED Member

11. Smt. Oti Devi Padarla Female SC AWW Member

12. Smt. Basanti Devi Sawari Female SC SHG Member

13. Sh. Ramesh Kumar Sain Sawari Male OBC BPL Member Member

14. Sh. Mangi Lal Meghwal Sawari Male SC ST Member Member

15. Smt. Rekha Devi Sawari Female ST SC Member Member

16. Sh. Lalaram Choudhary Sawari Male OBC Ex sarpanch Member

17. Sh. Mularam Bhati Sawari Male SC Ex army Member

18. Sh. Babu Lal Gahlot Sawari Male OBC Yuwa calb mem. Member

19. Sh. Khushendra Kumar Sawari Male ST Yuwa calb mem. Member

20. Sh. Bhagaram Dewasi Sawari Male SBC CBO mem. Member

21. Sh. Nekaram Choudhary Sawari Male OBC CBO mem. Member

22. Sh. Haji Gaji Khaji Sawari Male MIN Ex Govtb Emp Member

23. Sh. Magniram Chipa Sawari Male OBC Ex Govtb Emp Member

24. Smt. Sudhiya Karvna Female SC TSC mem. Member

25. Smt. Manju Devi Meghwal Sawari Female SC TSC mem. Member

(d) Contact numbers of

VWH&SC Chairman and

Secretary

xzke ty LokLF; o LoPNrk lfefr v/;{k& Jh eksgu yky pkS/kjh&9928688616 xzke ty LokLF; o LoPNrk lfefr lfpo& & Jh lqjs'k dqekj nsoklh&9829184752

Source: PRA

2.2. Water User Groups / GP Committees having activities related to water management (Forest, Irrigation, Water User

Association, Watershed, Village Development Committee, etc)

Name of Water User Group /

committee

Year of

creation

Active /

Inactive

Main activities (describe) Involved in

planning process

(Yes / No)

NA

NA

Source: PRA

3. SITUATION ANALYSIS

3.1 Water resources status and potential water availability in the GP in the current year (to be calculated if data is

available, details of water availability calculations to be given in Appendix) – Refer to IWRM Training Manual, Module 4 for more

details



Groundwater

a) Pre monsoon Ground water level Z1 (in m below ground level) – current year (if available)

(Source: GWD) 38.90

b) Post monsoon Ground water level Z2 (in m below ground level) – current year (if available)

(Source: GWD) 30.20

c) Aquifer surface area A (in m2) (= GP area) (Source: Patwari) 1198000 sq.m

d) Aquifer specific yield Y (Source : Groundwater information system, GWD) 0.06

POTENTIAL GROUNDWATER AVAILABLE (m3 / year) : GW = (Z1 – Z2) x Y x A 6253560 m

3

Surface water (maximum theoretical potential run-off generated in the GP area)

a) Monsoon Rainfall R (in mm) – current year, June to September (Source: WRD) 842 m

b) GP area B (in m2) (Source: Patwari) 37890000 sq.m

c) Catchment type (Good / Bad / Average, as per Strange) (See Training Manual) Good

d) Estimated runoff coefficient Ro (as per Strange table – Refer to Training Manual) 0.308

MAXIMUM POTENTIAL SURFACE WATER AVAILABLE* (m3 / year) : SW = B x R/1000 x Ro 9826241.04 m

3

TOTAL (GROUNDWATER + SURFACE WATER) (in m3/ year) : GW + SW 16079801.04 m

3

Source: PRA (FGD) / Groundwater Information System, GWD / Detailed calculations at WRC / Support from GWD &

Watershed department if required

3.2 Existing water supply sources and supply systems within GP administrative boundaries (including uninhabited areas)

Water sources and supply

systems

(ex: talab, johad, river, canal,

tubewell, open well, baori, kund,

rooftop RWH, hand pump, GLR,

Public Stand Post, Household

connection, water tanker, etc…)

Number in use /

number abandoned

(if abandoned,

describe why; if dry,

describe from

month A to month

B) F-Functional, NF -

Not Functional

Water uses related to this source

(ex: drinking water, domestic use,

livestock, irrigation, industry, etc…)

Note: Several water user groups

can share the same water source

Total number

of persons

using this

source

(number of

BPL) (estimate)

Water quality

(ex: drinkable /

fluoride / brackish /

bacterial

contamination /

nitrates / etc…)

Note: if not tested;

write “not tested”

(a) Small water bodies (river, talab, johad, canal, anicut, check dam, etc…)

1 Badh 12 month Livestock, Irrigation(2-Pan) All GP Not tested

1 Talab 8 month Livestock 1800/65 Not tested

15 Nadi 4 month Livestock 750/35 Not tested

(b) Open wells, baoris & tubewells (list separately public and private infrastructures) 28 Private Tube well 12 month Irrigation -- Not tested

357 Private Open well 12 month Irrigation -- Not tested

1 Tube well 12 month Drinking water, Livestock, Domestic 4500/75 Drinkable

6 Open well 8 month Drinking water, Livestock, Domestic 1100/40 Drinkable

(c) Handpump, GLR, PSP and Household connection 43 Handpump 12 month Drinking water, Livestock, Domestic 3000/60 Drinkable

1 GLR 12 month Drinking water, Livestock, Domestic 8500/100 Drinkable

600 Household Connection 12 month Drinking water, Livestock, Domestic 3129 Family Drinkable

(d) Rooftop rainwater harvesting, tanka, kund, etc…

(e) External sources and supplies from GP (Water tanker, etc) Note: for water tanker, add number of trips per day and location of water

intake(same GP, GP located at 3km, etc)

Source: PRA (mainly Transect walk and Focus Group Discussion)

3.3 Existing water uses in the GP (village-wise) Water uses Existing sources

normally used

(including

number)

Average distance

from the sources

(ex: >250m or

<=250m for

drinking; 10m…)

Water quality

(ex: drinkable / fluoride /

brackish / bacterial

contamination / nitrates

/ not tested / etc…)

No of months

during which

sources can be used

in a year

Alternative sources

during dry months

Village Sewari

1 Drinking 1 GLR <=250 m Drinkable 12 month



Water uses Existing sources

normally used

(including

number)

Average distance

from the sources

(ex: >250m or

<=250m for

drinking; 10m…)

Water quality

(ex: drinkable / fluoride /

brackish / bacterial

contamination / nitrates

/ not tested / etc…)

No of months

during which

sources can be used

in a year

Alternative sources

during dry months

1 Tube well

6 Open well

600 HHC

43 Handpump

<=250 m

<=250 m

<=250 m

<=250 m

Drinkable

Drinkable

Drinkable

Drinkable

12 month

8 month

12 month

12 month

2 Livestock 1 Band

1 Talab

15 Nadi

1 GLR

1 Tube well

6 Open well

600 HHC

43 Handpump

<=250 m

<=250 m

<=250 m

<=250 m

<=250 m

<=250 m

<=250 m

<=250 m

Not tested

Not tested

Not tested

Drinkable

Drinkable

Drinkable

Drinkable

Drinkable

12 month

8 month

4 month

12 month

12 month

8 month

12 month

12 month

3 Domestic,

Commercial

Institutional

1 GLR

1 Tube well

6 Open well

600 HHC

43 Handpump

<=250 m

<=250 m

<=250 m

<=250 m

<=250 m

Drinkable

Drinkable

Drinkable

Drinkable

Drinkable

12 month

12 month

8 month

12 month

12 month

4 Agriculture 28 Private T.W

357 Private O.W

1 Band

<=250m

<=250m

<=250m

Not tested

Not tested

Not tested

Oct to march

Oct to march

Oct to dec

5 Other (Industry,

Power generation,

Environment & ecology,

Leisure, etc…)

Stone polishing-3

Vegetable oil-2

Iron scrap recycling

unit-1

Source: PRA (mainly Transect walk and Focus Group Discussion) 3.4 Detailed analysis of DRINKING water use in GP (existing situation)

(i) Access to safe drinking water in GP

Name of the Village Total

population

2017

Drinking water security for all is ensured

throughout the year

Total number of

people without

access to safe

drinking water

(quantity & quality)

throughout the year

% of population lacking

access to safe drinking

water throughout the

year (= Population lacking

access / Total population)

Quantity

(Yes / No)

Quality

(Yes / No)

Reliability [supply

hours are known in

advance and serviced]

(Yes / No)

Sewari 10539 Yes Yes No 175 1.6%

GP Total 10539 Yes Yes No 175 1.6%

Source: Estimate through PRA (Transect walk and Focus Group Discussion) (ii) Management, O&M of existing sources and systems, current practices for water conservation and water savings

Name of the Village Ownership of

main drinking

water supply

system (Private

/ Public)

Management

and O&M

(ex: PHED, GP

committee,

private, etc…)

Water tariff –

(Describe tariff system:

who pays and how

much)

O&M activities

(Appropriate / Not

appropriate) – If not

appropriate,

describe problems

Potential for water

savings – Describe

(ex: fix leakages, avoid

wastage, promote GW

recharge, etc…

Sewari Public GP, PHED 26rs per month per HH Appropriate promote GW recharge

Source: PRA (Transect walk and Focus Group Discussion) 3.5 Detailed analysis of AGRICULTURE water use in GP (existing situation) (i) CULTIVATED AREA AND CROPS GROWN in GP area (Current year information)

Name of the

Village

Kharif Rabi Double crop

Crop Approximate Crop Approximate Yes/No Approximate



Area (Hectares) Area (Hectares) Area (Hectares)

Sawari eDdk 30 xsgwWa 225

Tokj 130 TkkS 249

cktjk 17 puk 148

eqax 89 jkbZ 69

fry 68 thjk 4

Xokj 27

GP Total Total area

Kharif

631 Total area Rabi 695 Total area

Double crops

Source: Patwari

(ii) PRIMARY SOURCE OF WATER FOR CROP PRODUCTION (Current year information)

Name of the

Village

Total Arable

land

(Hectares)

Rainfed only

(Hectares)

Irrigated from Ground

Water (tube well,

open well, etc…)

(Hectares)

Irrigated from Surface

Water (canal, pond,

river, etc…)

(Hectares)

Irrigated from

Ground Water &

Surface Water

(Hectares)

Fallow land

(Hectares)

Sewari 2431 631 695 695 695 1358

GP Total 2431 631 695 695 695 1358

Source: Patwari and PRA (iii) Details of EXISTING IRRIGATION SYSTEMS (if any): Management, O&M, current practices for water conservation and

water savings Name of the

Village

Water source for

irrigation (Surface

water / Groundwater) +

name of river / canal or

total number of

tubewells for irrigation,

including number of

dried and brackish ones

Ownership of

main

irrigation

system

(Private /

Public)

Management

(WUA,

private, etc…)

Water tariff –

(Describe who

pays and how

much)

O&M

(Appropriate /

Not appropriate)

– If not

appropriate,

describe

problem

Use of water saving

devices, such as

drip & sprinkler

systems (Yes / No)

Describe Potential

for water savings

Sewari G.W, S.W Private, Public Private, GP No Tariff Appropriate No use savin device

Source: PRA

3.6 Detailed analysis of OTHER water uses in GP (if any)

Describe other water uses (industries, environmental, etc…) found in the GP and their impact on water resources in terms of

quantity (water requirement) and quality (water pollution) and their impacts on other water uses

Water use Impact on water resources

quantity (water requirements)

– Describe

Impact on water resources

quality (water pollution) –

Describe

Impacts / conflicts with other water

uses or human activities, if any –

Describe

3.7 Water demand in the GP (current year = 2017 and projection =2027) (details of water demand calculations to be given in

Appendix)

Water use Annual water demand (m

3) in

2017 Annual water demand (m

3) in 2027

Human drinking water 30773.88m3 34756.76 m

3

Livestock drinking water 57257.55m3 68700.3 m

3

Other domestic, commercial and water uses municipal 123095.52m3 139027.04 m

3

Agriculture Kharif

Rabi

Rain Based Rain Based

2732200 2732200

Power generation - -

Environmental and ecological - -

Industrial - -

Non consumptive uses, such as cultural, leisure and tourist uses - -

Others - -

TOTAL GP ANNUAL WATER DEMAND (in m3 / year) 2943326.95 m

3 2974684.1m

3

Source: PRA / Detailed calculations at WRC

3.8 Existing sanitation and wastewater disposal systems in the GP



(i) Existing household sanitation facilities

Name of the Village Total number of

households in

village

Total number of

households

having latrines

Number of

Latrines in use

Number of

Latrines not in

use (not

functional, etc…)

Approximate % coverage with

hygienic latrines (= Number of

latrines in use / Total number of

households)

Sewari 1924 1189 1189 --- 62%

GP Total 1924 1189 1189 --- 62%

Source: PRA

(ii) Existing public sanitation facilities (in GP building, schools, health centres, community latrines, etc…)

Location Toilet facilities (Yes

/ No)

Functional / Not

functional

If not functional, describe problem

GP building 1-Yes Functional

School 9-Yes Functional

Health centres 1-Yes Functional

Community latrines 2-Yes Functional

GP Total 13-Yes Functional

(iii) Existing wastewater disposal system

Name of the Village Existing wastewater

disposal system (soak pits,

gutter / drains, kitchen

garden, etc…) – Describe

Wastewater

disposal is

adequate

(Yes / No)

If not, describe problem

(flooding / water logging,

risk of contamination of

fresh water resources,

etc…)

Needs for complete sanitation

(latrine+wastewater disposal)

(number and type of systems)

– including new systems and

rehabilitation of existing

systems

Sewari Drain & Kachcha Drain Yes Need for complete sanitation

Source: PRA

3.9 Community’s perception about existing water-related problems in GP (i) Changes over time Describe here the situation in GP 30 years ago, 15 years ago and now.

30 years ago 15 years ago Now

Rainfall Good Good Good

Groundwater level 81 ft 98 ft 125 ft

Groundwater quality Good Good Avarage

Water sources used for drinking

water

Open well Open well, Handpump Open well, Handpump, GLR, Tube

well, Handpump, HHC

Number, size and functionality

of surface water bodies and

Traditional rainwater

harvesting structures

Band Band, Talab, Band, Talab,, Nadi

Number of tube wells in GP

area

---- ---- 31

Population in GP 5672 8051 10539

Livestock population in GP 8651 7458 7779

Cultivated area and type of

crops grown eDdk ] Xokj ] Tokj xsagw ] jkbZ eDdk ] Xokj ] Tokj ] fry ] xsagw ]

jkbZ ] tkS ] puk eDdk ] Xokj ] Tokj ] ewax ] fry ] cktjk] xsagw ] jkbZ ] tkS ] puk ] thjk

Main source of livelihood in the

GP

d`f’k ] i”kqikyu d`f’k ] i”kqikyu ] etnwjh d`f’k ] i”kqikyu ] etnwjh ] ukSdjh ] O;olk; ] izoklh

Source: PRA

(ii) Summary of encountered water and sanitation related problems in GP and suggested solutions (description) Allocation of

water for different uses

(describe how water allocation between different Water User Groups is decided and what is the system of prioritization of

water uses, especially in a period of water crisis – describe existing conflicts between Water User Groups and with

neighbouring GPs, if any)



Problems: 1&mi;ksx dRrkZvksa esa ty forj.k ds lEcU/k esa dksbZ O;oLFkk orZeku esa ugh gS fo"ks”k dj df’k {ks= esa ftlls ftlds ikl lk/ku miyC/k gS ¼uydwi ] dqvk ½ og mldk vf/kd ls vf/kd mi;ksx djrk gS ftlls lw[ks ds le; ihus ds ikuh dh deh gks tkrh gS lrgh ikuh dk ykHkkfUor d’kd vf/kd ls vf/kd mi;ksx djus dh izofr j[krk gS 2&ty leqnk; esa ty ds egRo ] ty dh orZeku fLFkfr ,oa ty izcU/ku ds lEcU/k esa laokn u gksuk 3&xzke iapk;r esa vkil esa dksbZ fookn ugh gS ijUrq {ks= vU; cMh ifj;stuk {ks= esa vkus ls o’kkZ ty laxzg.k <kaps cukus ij jksd gksus ls u;s <kapksa ds fuekZ.k ij jksd gS 4&{ks= vknZ “kq’d gksus ls ;gka dk o’kkZ dk forj.k vof/k ] rhozrk ] vkjEHk ,ao vUr cgqr vfu”fpr gs bldsd ckjs esa igys ls dqN Hkh ugh dgk tk ldrk ] tc vkSlr ls de o’kkZ gksrh gS mls lq[kk o’kZ dgrs gS ml o’kZ esa vf/kd o’kkZ okyh vof/k vk ldrh gSmlh rjg yEch o’kkZ okys o’kZ esa Hkh yEch vof/k okys lw[ks ds nkSj vk tkrsa gS vr% ty dh deh gksuk bl {ks= dh ,d lrr leL;k gS rFkk lrgh ty L=ksarksa dh deh ,ao Hkjko dh vfu”fprrk ds dkj.k {ks= ds Hkwty lalk/kuksa ij fuHkZjrk c< x;h gS ,d rjQ Hkw ty lalk/kuksa dh deh nwljh rjQ vi;kZIr vkSj /khek Hkwty iquHkZj.k ds dkj.k Hkwty lalk/kuksa esa rsth ls deh gksrh tk jgh gS

Proposed Solutions:

1&ty mi;ksx dRkkZvksa dh {kerk ds fodkl ds fy, nk?kZ dkfyd izfdz;k dks izkjEHk djuk ftlls ty izca?ku lgHkkfxrk ls dj lds VWH&SC dks “klEr djuk ;fn vko”;drk gks rks dkuwuh vf/kdkj Hkh fn;k tk;s ftlls miyC/k ty dk vkadyu dj fofHkUu mi;ksx dRrkZvksa esa forj.k O;oLFkk lgh dj lq[ks ds le; esa xfeZ;ksa esa ihus ds ikuh dh deh u gks 2& VWH&SC ds ek?;e ls tu leqnk; ls ty ds egRo ] orZeku fLFkfr ,oa ty izca/ku ds fodYi ds lEcU/k esa laokn dk;e dj mUgsa f”kf{kr djuk ftlls ty izcU/ku esa izR;sd mi;ksx dRrkZ lgHkkfxrk fuHkk lds ] ftlls leL;kvksa dk fuokj.k mfpr ty izca/ku ,o tu lgHkkfxrk ds ek?;e ls fd;k tk ldsA 3&LFkkfu; leL;kkvksa dk vkdyu dj o’kkZ ty laxzg.k <kapksa dsk cukus dh fo”ks’k vuqefr nsuk fo”ks’kdj ihus ds ikuh dh leL;kvksa dks ?;ku esa j[k djA 4&vr% lq[ks ds nq’izHkkoksa dks de djus ] ?kjsyw vko”;drkvksa dh iwfrZ gsrw ] d`f’k mRiknu esa fLFkjrk ykus rFkk {ksf=; ty lalk/kuksa ds fodkl djus gsrw ty dks izkjfEHkd dsUnz fcUnq ekudj izkd`frd lalk/kuksa dks iqu% LFkkfir djus dh vko”;drk gS lrgh ikuh o Hkw ty ds chp lEcU/k dh igpku dj ty laxzg.k dks fof/k;ksa dks viukuk pkfg,A 5& ty dh ek=k tks o’kkZ l= ds 3&4 ekg esa izkIr gksrh gS dk iqu%fu/kkZj.k djuk ftlls “ks’k 8&9 ekg lnhzZ ,oa xehZ ds ekSle esa mi;ksx vk lds A 6&ikEijkxr ty fodkl dk;Zdzeksa esa ikuh dks eq[; dsUnz fcUnq ekurs gqos fdz;kfUor fd;k tk;s ftlls vf/k ls vf/kd o de ls de futh ty lzkarksa esa iagqpsA 7&lrgh viokr dks v/kksHkwfe izokg esa cnyuk ftlls Hkw ty iqu%HkZj.k c<s ,ao ok”iu ls ok’Ii gksus okys ikuh dks cpk;k tk lds A 8&vf/kd o’kkZ ty mlh LFkku ij “kksf’kr dj e`nk ifjosfPNdk esa lafpr djuk ftlls o’kkZ vk/kkfjr ckjkuh d`f’k ,oa lfCt;ksa dk mRiknu c, lds ,oa o{kksa esa vf/kdre o`f) gks ldsA 9&ty laj{k.k dh og fof/k;ka viukbZ tk;s tks LFkkuh; tu leqnk; dks ekU; gks ,ao de ykxr dh gks ] mudh le> c<kusa ,ao mudh {kerkvksa ds fodkl ds fy, mUgsa izf”kf{kr fd;k tk, ftlls os mUgsa viuk ldsaA Dk;Z ;kstuk cukusa ,ao mlds fdz;kUo;u esa mDr fcUnqvksa dks lfEefyr djus ls lkekftd ,ao laLFkkxr ykHk gksxk ] D;ksa fd ikuh dk HkMkj.k iwjs {ks= esa gksus ls lHkh oxZ ,ao leqnk; ds yksx ykHkkfUor gksxs rFkk leku ty forj.k dks izksRlkfgr djsxkA

Source: PRA

a) Drinking water supply (quality, quantity, reliability of supply, etc…) –Describe encountered problems and what needs to be

done to improve the situation

Problems:

1 is;ty dh fuHkZjrk Hkq ty ij vk/kkfjr gSA vfu;fer o"kkZ ,oa de o"kkZ ds dkj.k Hkq ty dk iquZ%Hkj.k de gksus ls Hkq ty fd xq.koRrk izHkkfor gksrh gSA RkFkk ty Lrj fups pys tkus ls yo.krk c< tkrh gS ,oa dgh dgh QyksjkbM fd ek=k fu/kkZfjr ekin.M ls vf/kd gkstkrh gSA 2 ;g {kS= igkMh gksus ls dbZ vkckfn;k mapkbZ ij fLFkr gksus ls ikuh ykus okyh efgykvks dks fups <yku ls ykus es le; ,o Je dh gkuh gksrh gSA 3 ty Lrj fups pys tkus ls gSMiei xfeZ;ks es de ikuh nsrs gSaaA 4 gSMiEi ds }kjk ikuh gj le; ij miyC/k jgrk gSA ijUrq gSMiEi [kjkc gkuss ij mldh ejEer mfpr lqpuk rU= ds vHkko es [kjkc gksus RkFkk Bhd gksus eS dkQh fnuks dk vUrjky gks tkrk gSA:

Proposed Solutions:

uhfr fuekZrkvkS rFkk tu leqnk; dks Hkq ty ds egRo Hkq ty fd orZeku fLFkfr ,o Hkq ty izac?ku ds fodYi ds lEca/k es laokn dk;e dj mUgs f’kf{kr djuk ftlls is;ty L=ksrks ds vkl ikl d`f=e iqUkZ%Hkj.k <kapks dk fuekZ.k djuk ftlls ty Lrj Ck<k;k tk lds rkfd ikuh fd xq.koRrk es lq/kkj gks ty L=ksrks ds vkl ikl LoPNrk gks rFkk csdkj ikuh dk lgh fuLrkj.k gks ftlls is;ty iznqf"kr u gks 2 ,sls LFkkuks ij o"kkZ ty laxzg.k gsrq Vkadks dk fuekZ.k fd;k tkuk pkfg, ftlls ikuh ykus es yxus okys Je o le; dks de fd;k tk ldrk gSA 3 gSMiEi ds vkl ikl rdfufd n`f"V ls mi;qDr LFky miyC/k gksus ij Hkq ty dk iquZ%Hkj.k <kpkas dk fuekZ.k fd;k tkuk pkfg, rFkk mi;ksxdrZkvkS dks f’kf{kr fd;k tk; ftlls ikuh ds viO;; dks de fd;k tk ldsA 4 mfpr lwpukrU= LFkkfirfd;k tkuk pkfg;s mi;ksx drkZvkS es



ls fdlh O;fDr dks oagk fd ftEesnkjh ysuh pkfg, f dog gSMiEi feL=h dks lqfpr djs ftlls gSMiEi f’k/kz nqjLr gks lds rFkk mi;ksxdrkZvkS dks gSMiEi ds Bhd izdkj ls pykus ds fy, f’kf{kr djus ,oa gSMiEi feL=h dks nqjLr djus es vko’;d lg;ksx djsA

Source: PRA

(c) Sanitation – Describe encountered problems (water logging / flooding, risk of contamination of fresh water sources by

wastewater, status of waterborne diseases in GP, etc…) and what needs to be done to improve the situation Problems:

1&vke jkLrksa esa QSys gq, ikuh ls jkLrksa esa dhpM dh leL;k ] 2& gS.MiEi ds vkl ikl xUns ikuh dk bDdBk gksuk ] ftlls ikuh iznwf"kr gksus dk [krjk jgrk gSA

3&[kqys esa 'kkSp dh leL;k

4&xkaoksa esa xUns ikuh dh fudklh dh lgh O;oLFkk ughs gksus ls ikuh jkLrksa esa QSy tkrk gS rFkk okrkoj.k nwf"kr gksrk gSA

Proposed Solutions:

1&xUns ikuh dh fudklh ds fy, ukyh fuekZ.k ] 2&gS.MiEi ij [ksyh fuekZ.k 3& futh ,ao lkoZtfud 'kkSpky;ksa dk fuekZ.k fd;k tkuk pkfg, rFkk bu 'kkSpky;ksa dk mi;ksx gsrw tu leqnk; dks izsfjr fd;k tkuk pkfg,

Source: PRA

(d) Irrigation situation - Describe here the problems faced by farmers concerning water supply and what can be done to

improve the situation, including how to reduce water demand for irrigation Problems:

vf/kdka’k {kS= ckjkuh o"kkZ vk/kkfjr gS rFkk o"kkZ dk forj.k vof/k rhozrk vkjEHk ,oa vUr cgqr vfuf’pr gksus ls d`f"k mRiknu izHkkfor gksrk gSA bu {ks=ks es e`nk mRiknu {kerk Hkh de gS moZjdks dk ux.; iz;ksx ikS/k laj{k.k ij vf/kd /;ku u nsuk ,o [kjirokj ij fu;U=.k ugh gksuk fdlkuks dks u;h rdfudh dh tkudkjh dk vkHkko ] tehu dk vkHkko ] iqjkuh i)fr ls flapkbZ ] de iSnkoj ls vkfFkZd ijs’kkuhA xsgq fd Qly ysus ls ikuh fd deh dqvks ij fctyh dusD’ku fd leL;k 2 lky ls dusd’ku feyrk crk;k Qly ds Vkbe fctyh fd leL;k QOokjk mi;ksx NksVs [ksr gksus fd otg ls ugh dj ldrs

Proposed Solutions:

mfpr ty izca/ku }kjk mRiknu c<kuk laHko gS ;g dk;Z d`"kdks ds futh Hkqfe es ujsxk rgr fd;s tk ldrs gS 1 iVVh nkj [ksrh o [ksr rykbZ vUr dq.M ty laxzg.k i}fr Qly p;u ,slh Qlyks dk p;u ftufd ikuh fd vko’;drk de gksrh gks lq[kk lgu djus fd {kerk gksrh gks lUrks"k izn mit ns lds

[ksrh ,o i'kqikyu ,d nwljs ds iqjd gS vr% df"k ,ao i’kqikyu dks ijLij iqjd cukus gsrq pkjkxkg fodkl [kkn cht vkStkj ds LofuHkZj fd ;kstuk ij fopkj djuk gksxk muds fy, [ksrh gh thou dk vk/kkj gSA

Tku leqnk; ls ppkZ ds nkSjku ;g ?;ku esa yk;k x;k fd igkMksa ls fudyus okys ukys txg&txg vo☺ gks x;s gS ftlls muls tqMs rkykc o ,uhdVksa esa I;kZIr ikuh dh vkod ugha gksrh gS vr% ,ala ukyksa dh lQkbZ djokdj mgsa mi;ksxh cuk;k tk ldrk gS rFkk iwoZ esa cus rkykcksa o ,uhdVksa esa ikuh dh vkod c<kdj ?kjsyw o I’kqvksa ds ikuh d`f"k i;Zos{kdksa ls lEiZd rFkk fdlku dkWy lsUVj vkfn ds fo"k; esa lq>ko fn;s ] igkMh {ks= gksus ds dkj.k tehu de gS leqg es [ksrh djus gsrq izsfjr djus fd t:jr] ikuh dh cpr ds fy, fdlkuksa dks ¶Ookjk o cwan&cwan flpkbZ dh i)fr viukus ds fy, izsfjr fd;k ] fdlkuks dks uxnh Qly ckus ls gksus ls ykHk crk;s ds’k dzksi fd rjQ izksRlkfgr o uxnh Qlysa cksus ds fy, izsfjr djus ds fy, izf’k{k.k tkx:drk dsEi Qly p;u futk dq, fjpkZt vkfn ds ckjs es crkus fd t:jr mUgsa vkfFkZd ykHk gks ldsA

Source: PRA

(iii) Problem Tree



1- ukyk ejEer dk;Z 'kfu egkjkt eafnj ls ckcwyky@usdkth dh nqdku rd ugh gksus ds dkj.k xanxh dk QSyukA 2- ukyh ejEer dk;Z eq[; cl LVs.M ls egk dkyh eafnj rd ugh gksus ds dkj.k xanxh dk QSyukA 3- ukyk ejEer dk;Z lrh eka jsLVksjs.V ls xqMk I;km rd ugh gksus ds dkj.k xanxh dk QSyukA 4- ukyk ejEer dk;Z gjhtu cLrh ls unh dh vksj ugh gksus ds dkj.k xanxh dk QSyukA 5- ukyk fuekZ.kZ dk;Z jes'k dqekj dyky ls unh dh vksj ugh gksus ds dkj.k xanxh dk QSyukA 6- ukyh fuekZ.k dk;Z d`f"k izkFkfed fo|k- ls gkSyh pkSd rd ugh gksus ds dkj.k xanxh dk QSyukA 7- ukyh fuekZ.k dk;Z xzkeh.k cSd ls okMZ ua- 03 rd ugh gksus ds dkj.k xanxh dk QSyukA 8- th,yvkj fuekZ.k dk;Z lkadykbZ <k.kh esa ugh gksus ds dkj.k ihus ds ikuh dh leL;kA

(iv) Priority ranking 1- ukyk ejEer dk;Z 'kfu egkjkt eafnj ls ckcwyky@usdkth dh nqdku rd 2- ukyh ejEer dk;Z eq[; cl LVs.M ls egk dkyh eafnj rd 3- ukyk ejEer dk;Z lrh eka jsLVksjs.V ls xqMk I;km rd 4- ukyk ejEer dk;Z gjhtu cLrh ls unh dh vksj 5- ukyk fuekZ.kZ dk;Z jes'k dqekj dyky ls unh dh vksj 6- ukyh fuekZ.k dk;Z d`f"k izkFkfed fo|k- ls gkSyh pkSd rd 7- ukyh fuekZ.k dk;Z xzkeh.k cSd ls okMZ ua- 03 rd 8- th,yvkj fuekZ.k dk;Z lkadykbZ <k.kh

4. PROPOSED IWRM MEASURES (technical, management, economic, social, environmental, regulatory, integrated)

KEEP IN MIND: IWRM measures do not necessarily include construction works! Examples of measures which can be implemented include:

• Technical measures (new infrastructures + repair / rehabilitation of existing structures). Technical measures should cover

first rehabilitation of existing infrastructure wherever technically feasible, and creation of new facilities if required.

• Social measures (pro-poor, SC/ST, etc…)

• Management measures (new organization of Water User Groups for improved water management & conservation,

revival of traditional wisdom for water management, training of VWH&SC members, awareness raising & capacity

building, etc)

• Economic measures (water tariff, recovery of O&M costs, incentives for water saving and conservation, etc…)

Regulatory measures (regulation of tube well construction and groundwater draft, regulation of wastewater disposal,

etc…) (Describe proposed IWRM measures in brief and provide necessary drawings, layouts and technical details in Appendix)

IWRM measure Description in brief - what will be done, where (village and landmark), size and

main features of the proposed measure

No of beneficiaries

(including number of

SC/ST/BPL)

1. ukyk ejEer ukyk ejEer dk;Z 'kfu egkjkt eafnj ls ckcwyky@usdkth dh nqdku rd 41 FAMILY

2. ukyh ejEer ukyh ejEer dk;Z eq[; cl LVs.M ls egk dkyh eafnj rd 32 FAMILY

3. ukyk ejEer ukyk ejEer dk;Z lrh eka jsLVksjs.V ls xqMk I;km rd 44 FAMILY

4. ukyk ejEer ukyk ejEer dk;Z gjhtu cLrh ls unh dh vksj 33 FAMILY

5. ukyk fuekZ.k ukyk fuekZ.kZ dk;Z jes'k dqekj dyky ls unh dh vksj 48 FAMILY

6. ukyh fuekZ.k ukyh fuekZ.k dk;Z d`f"k izkFkfed fo|k- ls gkSyh pkSd rd 25 FAMILY

7. ukyh fuekZ.k ukyh fuekZ.k dk;Z xzkeh.k cSd ls okMZ ua- 03 rd 40 FAMILY

8. th,yvkj fuekZ.k th,yvkj fuekZ.k dk;Z lkadykbZ <k.kh 35 FAMILY

5. ESTIMATED COSTS OF THE PROPOSED MEASURES AND FINANCING PLAN KEEP IN MIND:

1. Itemized list of required material and labour with detailed Cost Estimate for each IWRM measure should be given in Appendix. Use the

guidelines of the scheme used for funding in order to estimate cost of material and labour

2. Government schemes / programmes: check relevant websites for last updates of the guidelines of available schemes and programmes 3. EU-SPP funds: they are meant for gap filling only. Amount available per GP is at least Rs.3 lakhs.

4. Public / private contribution: include GP own funds, local community contribution, sponsorship by an NGO or an individual, etc…

IWRM measure Total

Cost (Rs.)

Funding Source (Labour / Material and amount in Rs) Remarks

Labour Material Total Govt.

Schemes/Programmes

EU-SPP

Funds

Public/Private

Contribution

1- ukyk ejEer 88000 212000 300000 EU-SPP

2- ukyh ejEer 40000 60000 100000 TFC



3- ukyk ejEer 60000 120000 200000 TFC

4- ukyk ejEer 40000 60000 100000 TFC

5- ukyk fuekZ.k 40000 60000 100000 TFC

6- ukyh fuekZ.k 60000 120000 200000 TFC

7- ukyh fuekZ.k 60000 120000 200000 TFC

8- th,yvkj fuekZ.k 30000 70000 100000 PHED

Source: Key informants in GP / Analysis at WRC / Technical support from Line Departments if required

6. VWH&SC AND GRAM SABHA DECISIONS RELATED TO THE IMPLEMENTATION OF IWRM PLAN

6.1 Reasons for selection of IWRM measures - why the options are given priority by Gram Sabha (describe how the proposed

measures will help improving the water situation of the GP)

Ex: improve drinking water access, especially for the poor, make water use more efficient, better conserve water, reduce water

pollution, etc%

th-,y-vkj fuekZ.k o ejEer dk;Z ls mlesa ikuh vf/kd le; :dsxk ftlls xzkeh.ksa dks ijs”kkuh dk lkeuk ugha djuk iMsxk ] ukyk fuekZ.k gksus ls xzke iapk;r {ks= esa LoPNrk jgsxh rFkk “kkSpky; fuekZ.k gksus ls [kqYys esa “kkSpkfn dh leL;k dk fuLrkj.k gks tk,xkA

Note: Attach in Appendix a minutes of the Gram Sabha meeting held for selection of IWRM measures, covering options presented by the NGO,

queries raised by community members, decisions taken, attendance record. Also attach resolution of Gram Sabha approving the final IWRM

plan.

6.2 Local community financial contribution to funding of IWRM measures – Describe who will contribute to the funding of

IWRM measures, how (financial, labour) and how much (refer to column “Public / Private contribution” from Section 5. table for

total amount to be collected for each measure)

No

6.3 Availability of land for construction of facilities (if required) – Describe if the land required for new infrastructure is

Common or private land and how and when it will be made available. If some facilities are to be constructed on a private land,

written approval from land owner with date of availability of the land should be given in Appendix

Available Public Land

6.4. Management and O&M of selected IWRM measures

IWRM measure Water

User

Group or

VWH&SC

member

in charge

Operation and Maintenance

O&M

required

(Yes /

No)

If Yes, describe

what needs to be

done

O&M cost

estimate

(Rs / year)

Who will

be

responsible

for O&M

Who will pay for O&M

costs (community

contribution, GP own

funds, government

scheme, etc…) – describe

1- ukyk ejEer VWH&SC Yes Maintenance 2000 GP,VWH&SC GP own fund

2- ukyh ejEer VWH&SC Yes Maintenance 1000 GP,VWH&SC GP own fund



5- ukyk fuekZ.k VWH&SC Yes Maintenance 1000 GP,VWH&SC GP own fund

6- ukyh fuekZ.k VWH&SC Yes Maintenance 500 GP,VWH&SC GP own fund

7- ukyh fuekZ.k VWH&SC Yes Maintenance 500 GP,VWH&SC GP own fund

8- th,yvkj fuekZ.k VWH&SC Yes Maintenance 500 GP,VWH&SC GP own fund

Source: VWH&SC - WUGs / Analysis at WRC



7. SCHEDULE OF IMPLEMENTATION OF IWRM MEASURES – list here the activities to be undertaken for the implementation of

each of the IWRM measures selected (ex: submission of proposal, fund request, fund received, purchase of material,

implementation of the measure itself, organization of a training session, etc…) and tick when these activities will take place in

the calendar year

ACTIVITIES 2017 Financial Year 2017 / 2018 Financial Year 2018 / 2019

J F M A M J J A S O N D J F M A M J J A S O N D J F M

IWRM measure 1

1- ukyk ejEer √

2- ukyh ejEer √

3- ukyk ejEer √

4- ukyk ejEer √

5- ukyk fuekZ.k √

6- ukyh fuekZ.k √

7- ukyh fuekZ.k √

8- th,yvkj fuekZ.k √

Source: PRA and Analysis at WRC

8. DETAILS OF GP BANK ACCOUNT

Details of GP Bank Account where funds will be deposited

Name of the bank

(Nationalised / Cooperative

Bank)

Branch Account No. Balance at time of submission

of IWRM Plan for approval

(Date / balance in Rs.)

Authorized signatories

MGB Sewari 11068014129 Sarpanch, Secretary

Note: Bank account details to be given in Appendix

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