GOVERNMENT OF DISTRICT District Survey Report of Minor Minerals, Dumka. Prepared in accordance with Para 7 (iii) of S.O.141 (E) Dated 15th January 2016 of Ministry of Environment, Forest and Climate Change Notification.

PREPARED BY DEIAA, dumka DSR. Dumka, Jharkhand

2 DSR. Dumka, Jharkhand

CONTENT

Ch.No. Description Page No Forward 5 Preamble 6 1 Introduction 7 1.1 Location and Geographical Area 7 1.2 Administrative Units 10 1.3 Connectivity 10 2 Overview of mining activity in the district 13-15 3 List of Mining leases and other information in the district 16-48 3.1 List of operative stone mines in the district 17-23 3.2 List of non-operative stone mines in the district 23-29 3.3 List of Surrendered Mining Lease 30-40 3.4 Representative location of Existing Mining Leases of District (Working and 41-42 Non-Working) in Google Map 3.5 Some Probable / Future Prospecting Areas for Decorative Stone, Ornamental 43-45 Stone & Stone Chips 3.6 Information available/provided by Different Departments regarding Resources 46-48 3.7 Special Restricted Mining Areas from Tourist Places In 49-50 4 Detail of Royalty or Revenue received in last 3 years 51-53 5 Detail of production of minor mineral in last 3 years 53 6 General profile of the District 54-61 6.1 River System 54-56 6.2 Climate 57 6.3 Geomorphology 58 6.4 Soil 59 6.5 Irrigation 60 6.6 Physiography 60 6.7 Demography 60-61 7 Forest 62-67 7.1 Forest Density 62 7.2 Flora 63-63 7.3 Fauna 67 8 Land Utilization Pattern of the District 68 9 Ground Water Scenario 69-75 9.1 Hydrogeology 69-70 9.2 Depth to water level 71-72

3 DSR. Dumka, Jharkhand

9.3 Seasonal Fluctuation 72-73 9.4 Long term water level trend 73 9.5 Ground Water Resources 74 9.6 Ground water quality 74-75 10 Ground water management strategy 76-77 10.1 Ground water development 76 10.2 Ground water related issues & problems 76 10.3 Awareness and Training Activities 76 10.4 Area notified by CGWB 76 10.5 Recommendation 77 11 Rainfall: Month Wise 78 12 Geology & Mineral wealth of the area 79-86 13 Brief Disaster Risk Profile 87-88 13.1 Vulnerability of the state 87-88 13.2 Mine Disaster 88 14 Overview Of Impact Of Mining On Environment 89-93 15 Conclusion 94 16 References 95

4 DSR. Dumka, Jharkhand

FORWARD

In pursuance of MOEF&CC Notification S.O. 141(E) dated 15th Jan 2016,District Environment Impact Assessment Authority (DEIAA) & District level Expert Appraisal Committee (DEAC) has been formed for Category –B2 Minor Minerals having area less than or equal to 5 ha. In line with above guideline Chief Secretary of Government of Jharkhand issued a letter to all Deputy Commissioner’s vide letter No. -1874/Cs dated 01-08-2017 & Notification No. Khani(vivid) - 67/2017/1905 dated 16-08-2017 by Secretary, Department of Industries, Mines & Geology, Government of Jharkhand, to prepare a District Survey Report for all minor minerals as per guideline of Sustainable Sand Mining Guidelines with the assistance of Irrigation Department (Minor), Forest department , District Mining Officer & Geology Departments. The District Survey Report (DSR) for sand had already been prepared and submitted to the Government.

Considering the extent of deposit of stone & other minor minerals in Dumka, the effort have been made by the DEIAA committee members with the support from Geology & Mining Department, Forest Department , Executive Engineers from road / Industries , and Irrigation Departments of Dumka to prepare this DSR in a short span is commendable. This is an interim/ preliminary report prepared to provide information regarding the availablity of minor mineral resoureces in the Dumka, used as stone chips, ornamental stone, decorative stone and other industrial purposes to earn the livelihood of the local people & the requirement of infrastructure of the state. The Data bank of “District Survey Report” to be updated at regular interval.

It is clear from the report that some of the existing operative mines are having a lease period upto the year 2020 & 2021 and the livelihood of Dumka district is depended on mining and its related industries. Hence, it is recommended to initiate the investigation process to assess the actual avaiblity, quantity, quality and grade of deposits for auction in accordance with the existing rules/laws to meet the requirement of stone for the state and earn the revenue and support the livelihood of Dumka, even after the year 2020. I Wish the DEIAA will make all the efforts to complete the DSR in all respect in near future. With warm regards,

Dy Commissioner cum Chairman DEIAA, DUMKA

5 DSR. Dumka, Jharkhand

PREAMBLE

Keeping in view of experience gained in period of one decade, the MOEF&CC came out with Environmental Impact Assessment Notification S.O.-1533(E) dated 14th Sept.2006. It has been made mandatory to obtain environmental clearance for different kinds of development projects as listed in Scheduled -1 of notification. Further, pursuance of the order of Hon’ble Supreme Court Petition (C) No. 19628-19629 of 2009, dated 27th Feb.2012 In the matter of Deepak Kumar etc., Vs State of Haryana and others etc., prior environmental clearance has now become mandatory for Mining of Minor Minerals irrespective of the area of Mining Lease. In pursuance MOEF&CC Notification S.O. 141(E) dated 15th Jan.2016,District Environment Impact Assessment Authority (DEIAA) & District level Expert Appraisal Committee (DEAC) has been formed for Category –B2 Minor Minerals having area less than or equal to 5 ha. MOEF&CC in consultation with State Government has prepared Guidelines on Sustainable Sand & other Minor minerals mining detailing the provisions on Environmental Clearance for cluster. Creation of District Environmental Impact Assessment Authority (DEIAA) & proper monitoring of Minor Minerals Mining using Information Technology to track the mineral out material from source to destination. This is a preliminary description regarding availability of mineral resources, geographical setup, environmental and ecological set up of the district and replenishment of minerals and is based on data of various departments, published reports, Journal and websites. There after formation of District Environment Impact Assessment Authority (DEIAA) & District level Expert Appraisal Committee (DEAC) according to MOEF&CC Notification S.O. 141(E) dated 15th Jan 2016, for Category –B2 Minor Minerals having area less than or equal to 5 Hectare took place and soon Chief Secretary of Government of Jharkhand issued a letter to all Deputy Commissioners Vide letter No. -1874/Cs dated 01-08-2017 & Notification No. Khani(vivid) -67/2017/1905 dated 16-08-2017 by Secretary, Department of Industries, Mines & Geology, Government of Jharkhand, to prepare a “District Survey Report” for all minor minerals as per Sustainable Sand Mining guidelines with the assistance of Irrigation Department (Minor), Forest Department , Mining & Geology Departments. The main Objective of District Survey Report includes :- i. Preliminary information regarding Mineral Resources in the district. ii. Description of the area and proximity to infrastructure and installations where mining should be prohibited as per statutory requiremnt and DEIAA decision from time to time. District Survey Reports are to be reviewed time to time as per status; however this is a preliminary report, which will be updated at regular intervals

6 DSR. Dumka, Jharkhand

1. INTRODUCTION

1.1 Location and Geographical Area

Dumka district is the part of Santhal Paragana Commisionery and is located in the north eastern part of the Jharkhand state, lies between North Latitude 23°58’48” & 24°38’57” and East Longitude 86°53’13” & 87°42’7” and is covered under the Survey of Toposheet nos. 72 P/2, 3,4,6,7,8,10,11,12,16; 72 L/12, 14, 16; 73 M/1, 5 and 73 I/9, 13. It is bounded by Godda and Banka district (Bihar) in the north, Pakur in the east, West Bengal in the south and Jamtara and Deoghar in the west. The District has an area of 3716.02 Sq.KM and the total population of Dumka District is 1321442 with 12.31 lakh rural population and 0.90 lakh of urban population. The district comprises only one sub-division, Dumka and it consists 10 blocks: viz. , , Jama, Ramgarh, Dumka, Gopikander, Kathikund, , Raneshwar and Masalia and 2944 villages. Dumka District is enjoying the status of sub-capital of Jharkhand since 2000.

Dumka District has many popular temples like , Sirshanath and Dharamsthana. Baba Basukinath & Baba Sumeshwarnath is famous temple of Lord Shiva. Besides of above Masanjore Dam, Tatloi, Water Park, Shrishti Hill Park and Malooti are the famous tourist place in Dumka district having beautiful, attractive & greenish natural atmosphere. Malooti is a historical, archaelogical and religious place which is situated in Sikaripara Block on Dumka.

7 DSR. Dumka, Jharkhand

DUMKA DISTRICT AT A GLANCE

Sl. No. ITEMS Statistics

1. GENERAL INFORMATION

i) Geographical area (SqKm) 3716.02 Sq. Km. Administrative Division (As on 2011)

i) Number of Tehsil/ Block 10

ii) Number of Panchayat/Villages 256/2944

iii) Population (As on 2011 Census) 1321442

iv) Average Annual Rainfall (mm) 1422.5

v) Maximum Temperature 46°

vi) Minimum Temperature 4°

vii) Relative Humidity 50-60

2. GEOMORPHOLOGY

Major physiographic unit: Hills, Plateau and narrow valleys

Major Drainages: Brahmani, Balso and Mayurakshi

3. LAND USE (Sq. Km)

a) Net Cultivated Area 2503.13

b) Net Area Sown 2359.28

c) Net Area Irrigated 167.57

d) Percentage of Area Irrigated 7.10%

e) Forest 517.76 4. MAJOR SOIL TYPE Alluvial, Grey eroded scrap, Lateritic and forest soil 5. AREA UNDER PRINCIPAL CROPS (2011- Area Production Productivity 2012) (HA) (MT) (KG/HA)

a) Kharif 133097 368505 10840

8 DSR. Dumka, Jharkhand

b)Rabi 38630 44525 7388

6. IRRIGATION BY DIFFERENT SOURCES Area(Ha)147915 (Areas in Ha) (2007-08)

Canals 113

Tubewell / Borewell 3240

Tank/ponds 1902

Other sources 199

7. NUMBER OF GROUND WATER 16 MONITORING WELLS OF CGWB ( As on 31-12-2012)

No of Dug wells 16

No of Piezometers 00

9. HYDROGEOLOGY

Major Water bearing formation Chotanagpur Granite Gneiss, Gondwana, Traps

(Pre-monsoon Depth to water level during 4.45-12.3 2012) m bgl.

(Post-monsoon Depth to water level during 3.1-8.4 2012) m bgl.

Long term water level trend in 10 yrs (2003 Rise 0.0249

- 2012) in m/yr Fall 0.006 - 0.58

10. GROUND WATER EXPLORATION BY CGWB (As on 31-07-2007)

No of wells drilled (EW, OW, PZ, SH, Total) 18 (EW), 16( OW)

Depth range (m) 57-201

9 DSR. Dumka, Jharkhand

11. GROUND WATER QUALITY

Presence of Chemical constituents more - than permissible limit (e.g EC, F, As, Fe)

Type of water Potable

12. DYNAMIC GROUND WATER RESOURCES(2009)- in ham

Annual Replenishable Ground water 27050.58 Resources

Net Annual Ground Water Draft 7382.34

Projected Demand for Domestic and 2454.99 industrial Uses up to 2034

Stage of Ground Water Development 27.28% 13 MAJOR GROUND WATER PROBLEMS Long term ground water level decline AND ISSUES

1.2 Administrative Units:- The district comprises of ten blocks, namely, Saraiyahat, Jarmundi, Ramgarh, , Kathikund, Shikaripara, , Dumka, Jama and Masalia. The district comprises only one sub-division, Dumka and it consists 10 blocks: viz. Saraiyahat, Jarmundi, Jama, Ramgarh, Dumka, Gopikander, Kathikund, Shikaripara, Raneshwar and Masalia and 2944 villages. Dumka District is the sub-capital of Jharkhand since 2000.

1.3 Connectivity facilities in District:- Dumka is well connected by road to the other important cities such as Deoghar, Bhagalpur, Dhanbad, Rampurhat through national highways and state highways such as 114A, 133. Buses are the preferred mode of transport and are run by both government agencies and private operators. Nearest Railway station is 2.2 km from the district headquarter and has connectivity with other parts of the district. Nearest airport is the Netaji Subhas Chandra Bose International Airport, at a distance of around 285 km. The state capital, Ranchi, is situated at a distance of around 310 km from the district headquarter.

10 DSR. Dumka, Jharkhand

11 DSR. Dumka, Jharkhand

Administrative Block of Dumka District:-

Representative Map

12 DSR. Dumka, Jharkhand

2. Overview of Mining Activity in the District

In the district there are 49 working mines and 47 non-working mines. About 104 mines have been either surrendered or closed. About 263 crushers are listed as per latest record.

 Dumka is rich in minor minerals such as  Feldspar,  Stone (Decorative/ Ornamental/ Stone chips),  Quartz,  Granite gneiss, Sand

Charnockite is also reported in some part of Jarmundi block. Granite gneiss, Amphibolite are mainly found in several places of Jama, Jarmundi, Saraiyahat, Masalia block. Apart from this, Coal is also found in some part of Gopikandar, Kathikund and Shikaripara block. Pocketed deposit of China clay is also reported. The Chota-nagpur granite gneiss is the main country rock. It has been intruded by Basic rocks (Rajmahal trap). Basic intrusive is mostly available in the eastern part of the area.

13 DSR. Dumka, Jharkhand

Resource map of Dumka Region (Source- GSI)

14 DSR. Dumka, Jharkhand

Representative Map

15 DSR. Dumka, Jharkhand

3. List of Mining Lease in the District

16 DSR. Dumka, Jharkhand

Representative location of Block Wise Existing Mining Lease (Working / Non-working) in District Map 3.1 CIECLE WISE LIST OF OPERATIVE STONE MINES OF DUMKA dist.

CIRCLE- KATHIKUND SL AREA LEASE HOLDER VILLAGE PLOT NO. PERIOD LATITIDE LONGITUDE NO. (ACRES) 09/09/2009 esllZ nkuhukFk LVksu] to 04] 05] 08/09/2014 ikVZ0 & 1- 2. 1Jh tVk 'kadj lgk;] N- 0 nykgh 3.75 06@va'k] 12 Renewal 1. 0 E-87 28’46.5” firk & Lo0 lw;Zukjk;.k izlkn] ,oa 13 up to 10 24 23’9.7” xzke & nq/kkuh] iksLV$Fkkuk$ftyk & Years nqedkA

CIRCLE- MASLIA SL AREA LEASE HOLDER VILLAGE PLOT NO. PERIOD LATITIDE LONGITUDE NO. (ACRES) Jh larks"k dqekj flag] 248@va'k] 250@ N- 0 E- firk & Jh lk/kq 'kj.k flag] va'k] 251@ va'k] Renewal 24 10’7.30” 87002’45.24” 252@ va'k] 253] 05 Years xzke & f'keyk] iksLV$Fkkuk & Mksedêk 3.13 2 254@ va'k] 28.05.14 to To to ikykstksjh] 255@va'k] 27.05.2019 257@va'k] ,oa 258 0 ftyk & nso?kjA 24010’16.77” 87 02’54.30”

N- E- Jhefr vUuiw.kkZ nsoh esgfj;k 01@va'k] Reneweal 0 24 11’07.34” 0 ifr & Lo0 v:.k dqekj esgfj;k] NksVk 3@va'k] 04/12/2014 87 01’13.91” 3.92 to to 3 xzke$iksLV$Fkkuk & ikykstksjh] Mqefj;k 04@va'k] ,oa 03/12/2019 To ftyk & nso?kj A 05@va'k] 0 24011’12.90” 87 01’20.29”

CIRCLE- SIKARIPARA SL AREA LEASE HOLDER VILLAGE PLOT NO. PERIOD LATITIDE LONGITUDE No (ACRES) esllZ t; ckck ctjaxcyh LVksu fey] izks0 & Jh mes'k Hkxr] 34] 56] 66] 67] 5 Years 0 E- N-24 11’16.4” 0 firk & Jh gfj'kadj Hkxr] 68] 69] 70] 71] 24.06.11 to 87 34’41.2” 4 'kgjiqj 4 To xzke & fuf'pariqj ¼gksyh gkse Ldwy ds 72] 73] 74] ,oa 23. 06. 16 to 24011’09.3” fudV½ iksLV$Fkkuk & jkeiqjgkV] ftyk 75] to 23.06.21 87034’36.7” & ohjHkwe ¼ia0ca0½A Jh dkS'ky fd'kksj flag] firk & Jh f=kHkwou flag] 10 years xzke & u;k Vksyk] Mgsfj;k] iksLV & 18] 19 ,oa 13/02/2015 Mgsfj;k]Fkkuk$ftyk & dfVgkj ¼fcgkj½ 'kgjiqj 0 0 5 2.81 20@va'k] to N-24 31’12” E-87 37’38” 2- Jh gfjuUnu pkS/kjh] firk & Lo0 12/02/2025 foUns'oj pkS/kjh] xzke$iksLV & nq/kkuh] Fkkuk$ftyk & nqedkA esllZ ds0 ds0 LVksu] ikVZ0 & Jh jfo fdLdw] firk & Lo0 16/09/2015 0 E- 27@va'k] 28] N-24 11’12.6” 0 HkksuMj fdLdw] to 87 34’31.5” 6 'kgjiqj 10.606 30] 31] 36] To xzke & nkniqj] iksLV & nkniqj] 15/09/2020 0 to ,oa 37 24 11’22.5” 0 Fkkuk & jkeiqjgkV] ftyk & ohjHkwe 87 31’45.8” ¼ia0ca0½ ,oa

17 DSR. Dumka, Jharkhand

2- Jh 'kqHksUnq outhZ] firk & Jh vfe;k dqekj outhZ] xzke & fuf'pariqj] iksLV & jkeiqjgkV] Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A esllZ Jh Jh LVksu izksMDV] ikVZ0 &1-blyke fe;k¡] firk &'kksgjkc fe;k¡] 2- Jh lqfuy fdLdw] firk&Lo0 Hkju fdLdw] nksuksa xzke & 47] 48] 49] 50] 'kgjiqj] iksLV & csukxfM+;k] Fkkuk & 51] 52] 53] 54] f'kdkjhikM+k] ftyk & nqedk] 06/02/2016 E- 55] 58] 59] 60] to N- 0 3- jkts'k dqekj Hkxr] firk & Jh 'kgjiqj 3.13 87 34’38.25 7 61] 62] 63] 64] 05/02/2021 0 t;Urh izlkn Hkxr] 24 11’10.35” 77] 78] 79] 88] ” xzke & fuf'pariqj jkeiqjgkV] 89] 90 ,oa 92 iksLV$Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½ ,oa 4- eks0 tqfYQdkj vyh] firk &bZlk fe;k¡] xzke$iksLV & fiujxfM+;k] Fkkuk & f'kdkjhikM+k] ftyk & nqedkA Jh lanhi dqekj frokjh] firk & Jh jktsUnz izlkn frokjh] 06/02/2016 to 0 E- 8 irk & n;k flag ekdsZV] ikukx<+ 'kgjiqj 7.99 144 N-24 10’52.2” 0 cktkj]iksLV & ikukx<+] Fkkuk & 05/02/2021 87 34’36.9” dkalk]ftyk & o)Zeku ¼ia0ca0½A esllZ tksgkj ekbZfuax] ikVZ0 & 1- Jh eukst lko] firk & Lo0 foUnk izlkn lko] irk & ch-,y- ua- 13] ,p- ,u- & 8 txny] iksLV$Fkkuk & txny] ftyk&ukFkZ 24 ijxuk ¼ia0ca0½] 2- Jh jke 'kadj pkS/kjh] firk & Lo0 ;ksxsUnz pkS/kjh] irk & 14@28 vk;Z lekt vkdk'kjkuh jksM vkscjk] iksLV$Fkkuk & vkscjk] ftyk & lksuHknz ¼;w0ih0½ N- 0 3- Jh vkf'k"k dqekj flag] firk & Lo0 E-87 34’37” 29/01/2016 24010’5105” 9 vo/k ukjk;.k flag] 'kgjiqj 4.14 143 ,oa 158 to to To 0 irk & lsDVj 8 v;;~ik eafnj] jkt 28/01/2021 0 87 34’37.6” dqekjh uxj] vkscjk] iksLV$Fkkuk&vkscjk] 24 10’55.3” ftyk&lksuHknz ¼;w0ih0½ 4- fnus'k dqekj e/;ku] firk & Jh ft;kyky nkl e/;ku] irk & flfU/kikM+k] fe'ku jksM] ikdqM+] iksLV $ Fkkuk $ ftyk & ikdqM+] ,oa 5- iou ykyk] firk & Lo0 txnh'k ykyk] xzke & py/kokuhikM+k jkeiqjgkV] iksLV$Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A esllZ jke jghe CySd LVksu ekbUl] ikVZ0 & Jh ft;kmy gd] 5 Year firk & Jh eqerkt fe;k¡] 08/01/2008 xzke & 'kgjiqj] iksLV & csukxfM+;k] to 07/01/2013 E- Fkkuk & f'kdkjhikM+k] ftyk & nqedk 10] 11] 12] 13 N- 0 10 'kgjiqj 3.41 Renew up 0 87 34’47.01 ,oa ,oa 14 24 11’15.09” to ” 2- Jh blyke fe;k¡] 07.01.2018 firk & Jh lksgjkc fe;k¡] xzke & to 06.01.18 'kgjiqj] iksLV & csukxfM+;k] Fkkuk & f'kdkjhikM+k] ftyk & nqedk esllZ t; ek¡ rkjk LVksu izksMDV] 0 N-24 11’22.1” E- izks0 & Jh fouksn izlkn Hkxr] firk & 6] 7] ,oa 03.10.2016 0 11 'kgjiqj 3.42 To 87 34’25.6” Jh tkxsss'oj izlkn Hkxr] 24@va'k] to 0 xzke$iksLV & ljlMaxky] Fkkuk & 02.10.2021 24 11’17.8” to

18 DSR. Dumka, Jharkhand

f'kdkjhikM+k] ftyk & nqedkA 87034’18.9” esllZ czEgkcyh LVksu izksMDV] izks0 & 329] 330] 331] 07/01/2016 0 E- Jhefr cqycqy pVthZ] 332] 333] 334] N-23 14’40.7” 0 to 87 33’33.4” 12 ifr & Jh foHkk"k pVthZ] xzke & 'kgjcsM+k 9.47 335] 340] 341] To 06/01/2021 0 to jfoUnziYyh] iksLV & flmM+h] 342] 343] 345] 24 14’34.3” 0 Fkkuk & flmM+h]ftyk & ohjHkwe ¼ia0ca0½ 346 ,oa 348 87 33’23.7” Jh ek.kd pUn egs'ojh] E- firk & Lo0 ';ke lqUnj egs'ojh] N-24014’41.1” 325] 327] ,oa 21.09.17 to 87033’26.7” 13 irk & iqjkuk iqfyl Dyc ljk; jksM] 'kgjcsM+k 6.09 20.09.22 To 328 0 to nqedk] 24 14’37.0” 0 iksLV$Fkkuk$ftyk & nqedkA 87 33’20.2” esllZ gkalnk LVksu ekbUl] izks0 & Jh 16/04/2016 0 E- jfoukFk gkalnk] N-24 11’33.2” 0 to 87 35’59.4” 14 firk & Lo0 ijes'oj gkalnk] xzke & dkSokegy 3.59 753 ,oa 754 To 15/04/2021 0 to fuynkgk] iksLV & y?kuk] 24 11’38.0” 0 Fkkuk & fefgtke] ftyk & tkerkM+kA 87 36’05.7” eks0 lyke] firk & eks0 ealwj vkye] LFkkuh; irk & U;w cl LVS.M 0 E- N-24 11’49.8” jkeiqjgkV] iksLV$Fkkuk & jkeiqjgkV] 588] 600] 15/01/2016 87034’11.0” 15 ea>ykMhg 5.50 to To ftyk & ohjHkwe ¼ia0ca0½] LFkk;h irk & 601] ,oa 605 0 to 14/01/2021 24 11’44.4” xzke$iksLV & cxkgh] Fkkuk & fi;j] 87034’06.0” ftyk & eqt¶Qjiqj ¼fcgkj½ 843115 Jh jfld gsEcze] N- E- firk & Lo0 lqQy gsEcze] 0 0 18/01/2016 24 11’48.80” 87 33’38.7” 15 xzke & tjkMhg] iksLV & xkUnks] ea>ykMhg 5.00 523 ,oa 524 to To to Fkkuk & nqedk eqQlhy] ftyk & 17/01/2021 0 0 nqedkA 24 11’51.00” 87 33’38.9” esllZ dj.kh LVksu oDlZ] 08/04/2012 izks0 & Jh ek.kd pUn egs'ojh] firk to & Lo0 ';ke lqUnj egs'ojh] 1157] 1164 ,oa 07/04/2017 0 E- 17 ea>ykMhg 6.87 N-24 12’16.0” 0 xzke & iqjkuk iqfyl Dyc jksM @ 1165 Renwal 87 35’13.5” ljk; jksM] nqedk] 07.04.2022 iksLV$Fkkuk$ftyk & nqedk esllZ l`f"V LVksu oDlZ Hkkx&3] ikVZ0 & Jhefr efu"kk flag] ifr & Jh /kuat; flag] 1377] 03.01.2017 0 E- xzke$iksLV$Fkkuk & f'kdkjhikM+k] N-24 11’57.6” 0 1420@va'k] to 87 35’05.7” 18 ftyk & nqedk ,oa ea>ykMhg 5.00 To ,oa 02.01.2022 0 to 2- Jh fouksn izlkn Hkxr] 24 11’51.1” 0 1421@va'k 87 35’00” firk & Jh tkxs'oj izlkn Hkxr] xzke & ljlMaxky] iksLV$Fkkuk & f'kdkjhikM+k] ftyk & nqedkA ikVZ0 & 1- Jh tksxs'oj gsEcze] firk & Lo0 Hkksyk gsEcze] xzke &

ea>ykMhg] iksLV & csukxfM+;k] 0 E- N-24 11’30.0” 0 Fkkuk & f'kdkjhikM+k] ftyk & nqedk 16.10.17 to 87 34’39.4” 19 ea>ykMhg 3.64 717 To ,oa 15.10.22 0 to 24 11’25.6” 2- Jh nhid dqekj flag] firk & 87034’36.3” Lo0 jkts'ojh flag] xzke$iksLV$Fkkuk & f'kdkjhikM+k] ftyk & nqedkA 10 Year esllZ fo'odekZ LVksu oDlZ] 31/03/2006 to 0 E- Jh lukru lksjsu] N-24 13’17.9” 0 30/03/2016 24 13’09.5” 20 firk & lo0 cq)u lksjsu] edjkigkM+h 2.96 989 To Renewal 0 to xzke & edjkigkM+h] isk0 & ljlMaxky] 87 34’44.4” 31.03.16 to 87034’42.6” Fkkuk & f'kdkjhikM+k] nqedkA 30.03.2021

Jh fueZy ejk.Mh] firk & Lo0 NksVw ejk.Mh] xzke & 999@va'k] ,oa 18/01/2016 edjkigkM+h 0 E- 21 edjkigkM+h] iksLV & ljlMaxky] 3.37 to N-24 13’211” 0 1016 17/01/2021 87 34’957” Fkkuk & f'kdkjhikM+k] ftyk & nqedkA

19 DSR. Dumka, Jharkhand

5 Year 08/01/2008 E- Jh /kjeohj flag] 87034’49.30 to N-24013’23.4” firk & Jh tuk/kZu izlkn flag xzke 1023@va'k ,oa 07/01/2013 ” 22 edjkigkM+h 3.41 To & ydM+kigkM+h] 1025@va'k Renew up 0 to 24 13’21.3” Fkkuk & tkek] ftyk & nqedkA to 87034’47.20 07.01.2018 ” to 06.01.18

10 year esllZ eka oS".kks nsoh LVksu oDlZ] izks0 & 01/08/2006 0 E- edjkigkM+h N-24 13’25.7” 0 Jh ekf.kd pUnz egs'ojh] 1035 ,oa 68] to 87 35’00.2” 23 ,oa 3.20 To firk& Lo0 ';ke lqUnj egs'ojh] irk & 69 31/07/2016 0 to te:ikuh 24 13’21.7” 0 ftyk Ldwy jksM] nqedkA to 31.07.21 87 35’02.7” Jh vkuUn xqVxqfV;k] firk & Jh fcey xqVxqfV;k] xzke & fxykuikM+k xqVxqfV;k gkml] E- N-24014’21.5” iksLV$Fkkuk$ftyk & nqedk] 631] 632 ,oa 12.12.17 to 87037’20.8” 24 egqycuk 11.49 11.12.22 To 2- Hkwnso dqekj jko] firk & Jh 823@va'k] 0 to 24 14’43.2” cklqnso izlkn jko] 87033’28.5” xzke & egqvkMaxky nq/kkuh] iksLV$Fkkuk$ftyk & nqedkA Jh vktkn vyh] 22/01/2016 0 E- firk & Lo0 tkQj vyh] xzke & N-24 08’16.6” 0 587] 598] 599 to 87 34’13.9” 25 diklMkaxk] iksLV & Hkjdêk] flmyhcksuk 4.60 To ,oa 603 21/01/2021 0 to Fkkuk&eks0 cktkj] ftyk&ohjHkwe 24 08’20.2” 0 87 34’20.2” ¼ia0ca0½A 518] 520] 521] esllZ flmyhcksuk LVksu ekbZUl] 522@va'k] izks0 & Jh vktkn vyh] firk & 523@va'k] 0 E- N-24 08’21.6” 0 524@va'k] 08.03.17 to 87 34’10.0” 26 Lo0 tkQj vyh] flmyhcksuk 3.77 07.03.2022 To 525@va'k] to xzke & diklMkaxk] iksLV & Hkjdêk] 24008’16.0” 550@va'k] 87033’00.2” Fkkuk & eks0 cktkj] ftyk & ohjHkwe 552@va'k] ,oa ¼ia0ca0½ 555@va'k] esllZ fl)ks dkUgq LVksu ekbZUl] ikVZ0 & 1- Jh jks'ku gsEcze] firk & Jh xqaxM+k gsEcze mQZ fd'kuq 1313] 1315] 1317] 5 Years gsEcze] xzke & fp=kkxfM+;k] iksLV & 1318] 1319] 1320] 01.12.10 to csukxfM+;k] Fkkuk & f'kdkjhikM+k] ftyk 1321] 1322] 1323] 30. 11. 15 0 0 fp=kxfM+;k 3.69 N-24 11’38” E-87 37’30” 27 & nqedk ,oa 1324] 1325] 1326] renewal 2- Jh mUur 'ks[k] 1327] 1328] 1329 30.11.2020 ,oa 1330 firk & Lo0 ,drkj gqlSu] xzke & cksugkV] iksLV & [kSjcuk] Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A Jh Hkhe xksLokeh] 5 Years 122] 124] 130] 28.02.11 to 0 E- firk & Jh f=kHkwou xksLokeh] xzke & N-24 11’57.6” 0 131] 132] 133] 27. 02. 16 87 37’15.6” 28 fp=kkxfM+;k] iksLV & csukxfM+;k] Fkkuk fp=kxfM+;k 2.15 To 134] 141@va’k Ren to & f'kdkjhikM+k] ftyk & nqedkA 24012’03.2” ,oa 142 27.02.21 87037’20.0” Jh nsoozr frokjh] 1194] 1195] 1196] 15/01/2016 0 E- firk & Jh enu frokjh] xzke & 1197] 1199] 1200] N-24 11’53.4” 0 to 87 37’18.2” 29 fuf'pariqj fnXghikj nÙkksckjh] fp=kxfM+;k 3.37 1201] 1202] 1203] To 1204] 1243] 1244] 14/01/2021 0 to iksLV & jkeiqjgkV] Fkkuk & 24 11’48.4” 0 ,oa 124 87 37’15.1” jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A esllZ lh-Vh-,l- bUMLVªht fyfeVsM] funs'kd & Jh v'kksd dqekj rqyfl;ku] ekStk & fp=kxfM+;k E- ekStk & ds IykWV la[;k N- 0 firk & Jh lhrkjke rqyfl;ku 87 47’38.80 fp=kxfM+;k 1636] 1637] 1638] 23.01.17 to 24011’44.81” 30 irk & 37 lsDlih;j ljuh] frljh 5.36 1639@va'k ,oa 22.01.2022 ” to ,oa To eafty dksydkrk&700017 ¼ia0ca0½ ekStk & cjefl;k 87047’46.55 cjefl;k] ds IykWV la[;k 24011’52.54” 1822] 1823 ”

20 DSR. Dumka, Jharkhand

ekStk & fp=kxfM+;k ,oa fpjkikFkj] ds IykWV la[;k ekStk & fp=kxfM+;k ds 841] 1679] 1680] 1681] 1682] 1683] 1686] Jhefr cquh dksyk] 1687] 1688] 1689] 03.10.2016 0 E- firk & Lo0 ckseys dksyk] xzke & fp=kxfM+;k 1690] 1691] 1692] N-24 11’14.7” 0 1693] 1694] 1695] to 87 37’31.0” 31 ohj cxku] iksLV & ukjk;.kiqj] ,oa 9.27 1696] 1697] 1698] To 02.10.2021 0 to Fkkuk & uygêh] ftyk & ohjHkwe fpjkikFkj 1699] 1700] 1701] 24 11’23.8” 0 1702] 1703] 1704] 87 37’39.9” ¼ia0ca0½A 1705] 1706] 1707] 1708] 1709] 1710] 1711] 1712] 1713] 1714] 1715] 1716] ,oa ekStk & fpjkikFkj ds IykWV 80] 81 efgyk vuqie Lo;a lgk;rk leqg] Renewal E- lfpo & Jhefr dyefr eqewZ] ifr & Jh N-24015’08.8” 05 Years 87034’23.9” 32 cM+k xksihu gsEcze] idnkgk 1.00 860@va'k 22.07.14 to To 0 to xzke & idnkgk] iksLV & idnkgk] Fkkuk 21.07.2019 24 15’07.8” 0 & f'kdkjhikM+k] ftyk & nqedkA 87 34’21.2” esllZ ek¡ j{kk dkyh LVksu ekbUl] E- izks0 & Jh eaxy eqewZ] firk & Jh N-24007’53.8” 17.10.17 to 87033’01.8” 33 tsBk eqewZ] xzke & jketke] iksLV & jketke 1.83 944] ,oa 945 16.10.22 To 0 to ckaligkM+h] Fkkuk & f'kdkjhikM+k] 24 07’49.6” 0 87 34’58.2” ftyk & nqedkA ikVZ0 & 1- Jh ljkst dqekj Hkxr] firk & Jh eksgu yky Hkxr] xzke & ljlMaxky] iksLV & ljlMaxky] 1084] 1085] E- Fkkuk & f'kdkjhikM+k] ftyk & nqedk 15/01/2016 N- 0 1086] 1089] 0 87 34’39.60 ,oa to 24 11’21.00” 34 igkM+iqj 6.77 1090] 1091] ” to 2- Jh u;u dqekj nkl] 14/01/2021 To 0 1092 ,oa 0 87 34’48.10 firk & Jh lk/kw pj.k nkl] 24 11’29.26” 1093 ” xzke & ljlMaxky] iksLV & ljlMaxky] Fkkuk & f'kdkjhikM+k] ftyk & nqedkA esllZ VqMw LVksu oDlZ] izks0 & Jh irjkl VqMw] 18/01/2016 0 E- firk & Lo0 dkUgq VqMw] 159@va'k] N-24 11’03.2” 0 lkycksuk to 85 34’17.4” 35 xzke & dY;k.kiqj] iksLV & y[khiqj] 4.71 161@va'k ,oa To igkM+ 17/01/2021 0 to Fkkuk & jk¡xk] ftyk & lkgscxat] 162@va'k 24 11’01.9” 0 85 34’09.6” orZeku irk & pEikuxj xzkaV LVsV] iksLV$Fkkuk$ftyk & nqedk es esllZ t; ckck ctjaxoyh LVksu fey]

izks0 & Jh mes'k Hkxr] 0 E- N-24 11’28.2” 0 firk & Jh gfj'kadj Hkxr] lkycksuk 148] 150] 151 87 34’22.2” 36 7.93 To xzke & fuf'pariqj ¼gksyh gkse Ldwy igkM+ ,oa 152 0 to 24 11’21.4” ds fudV½] 87034’17.2” iksLV$Fkkuk&jkeiqjgkV] ftyk&ohjHkwe¼ia0ca0½A Jh eqjkjh dqekj flag] E- N-24011’37.5” firk & Lo0 fo'oukFk flag] lkycksuk 30.01.17 to 87034’09.4” 37 3.82 124@va'k 29.01.2022 To xzke$iksLV$Fkkuk & f’kdkjhikM+k] igkM+ 0 to 24 11’33.1” ftyk & nqedkA 87034’03.0” esllZ lqij CySd LVksu] E- izks0 & Jh ekbuwy bLyke] 05 Years N-24011’43.8” 87033’42.6” lkycksuk 3] 4] 5] 6] ,oa 09.03.17 to 38 firk & Lo0 eks0 efu:)hu] 3.40 To to igkM+ 7 08.03.2022 0 0 xzke & dkSokegy] iksLV&csukxfM+;k] 24 11’39.9” 87 33’38.2” Fkkuk & f'kdkjhikM+k] ftyk & nqedk

21 DSR. Dumka, Jharkhand

Jh dk'khukFk iky] 124@va'k] firk & Jh fo'ks'oj iky] yksokikM+k 16.11.17 to N-24011’47.9” E- 6.65 125] 127] 15.11.22 0 xzke & dk:Mhg] 128] To 87 33’09.1” 39 iksLV & dk:Mhg] 24011’41.6” to 132@va'k] 0 Fkkuk & xksihdkUnj] 133@va'k] 87 33’59.5” ftyk & nqedkA 134 ,oa 135 uwj gkfle efYyd] 05 Year 0 E- N-24 07’47.7” 0 firk & uq:y gqnk efYyd] renewal 87 34’08.3” 40 xkslkbZigkMh 2.90 894] 896 To xzek$isk0 & lSfFk;k] 18/01/2017 to 24007’30.4” ftyk & ohjHkweA to 17.01.22 87033’51.5” Jh bcjku 'ks[k] Renewal E- firk & vCnqy eksrysc] N-24007’51.3” 808] 810] 05 Years 87034’00.9” 41 xzke & xqygfV;k] iksLV & xkslkbZigkMh 2.56 01.01.15 to To 813] ,oa 814 0 to xqygfV;k] Fkkuk & lkyj] ftyk & 31.12.19 24 07’56.5” 0 87 34’06.3” eqf'kZnkckn] ¼ia0ca0½A

CIRCLE- SARAIYAHAT

SL VILLAG AREA LONGITUD NO LEASE HOLDER PLOT NO. PERIOD LATITIDE E (ACRES) E . esllZ v'kksdk foYMdkWu fy0] vf/kd`r izfrfuf/k & Jh fujt dqekj] N- 0 firk & Jh ris'oj izlkn flag] 05 Years 24 38’19.6 09.03.17 E- orZeku irk & dSyk'k baUdyso ” 0 42@va'k] 44 to 87 05’13.8” lh&3] fxykuikM+k] pksjcfV;k 5.46 08.03.202 42 ,oa 59 To to iksLV$Fkkuk$ftyk & nqedk] 2 0 LFkk;h irk & v'kksdk gkml] 24019’10.8 87 05’08.5” v'kksdk ekxZ] ” okaMyk ukfld jksM] ukfld] ¼egkjk"Vª½ fiu & 422011

CIRCLE- GOPIKANDER

SL AREA LEASE HOLDER VILLAGE PLOT NO. PERIOD LATITIDE LONGITUDE N. (ACRES) 05 years 15.07.10 to 0 0 Jh eaxy dqekj pk¡n] 14.07.15 N-24 27’16.2” E-87 31’31.5” 43 firk & Lo0 gfjin pk¡n] eqluk 3.27 145 Renwal up To to xzke & xksihdkUnj] iksLV & to 24027’10.8” 87031’28.2” xksihdkUnj] Fkkuk & xksihdkUnj] 14.07.2020 ftyk & nqedkA esllZ dkfydk LVksu] N- izks0 & Jh ferqy dqekj nkl] 0 0 03.10.2016 24 27’35.6” E-87 32’45.4” firk & Jh fouksn fogkjh nkl] to eqluk 5.00 672@va'k] to 44 xzke & xksihdkUnj] iksLV & 02.10.2021 To xksihdkUnj] Fkkuk & xksihdkUnj] 87032’37.1” 0 ftyk & nqedkA 24 27’31.0”

22 DSR. Dumka, Jharkhand

05 years N- Jh lqjs'k dqekj oekZ] 08.06.10 to 0 E-87033’06.7” firk & Lo0 izHkq ukjk;.k yky] 07.06.15 24 20’32.5” vgjhpqvk¡ 3.91 372 ,oa 373 Renewal to 45 irk & dkWyst jksM] iksLV & To upto 0 nqedk] Fkkuk & nqedk] ftyk & 07.06.2020 87 33’06.0” nqedk] 24020’29.0” Jh xkSj pUnz eaMy] 5 years firk & Jh vfuy pUnz eaMy] 14.08.10 to xzke & iks[kfj;k] iksLV & 13.08.15 N- 0 vgjhpqvk¡ 12.31 399 ,oa 400 E-87 33’9.37” 46 eksgqyigkM+h] Renewal 24020’5.97” Fkkuk & f'kdkjhikM+k] ftyk & 13.08.20 nqedk

vkfnoklh LVksu dkWijsfVo N- lkslkZVh] 24020’28.25 ikVZ0 & Jh tkxhj fdLdw] E- 10/11/2015 ” 0 firk & Lo0 xqihu fdLdw] to 87 32’49.04” vgjhpqvk¡ 3.70 413 47 xzke & nqUnok] iksLV & 09/11/2020 To to dk:Mhg] 0 0 84 32’56.21” Fkkuk & xksihdkUnj] ftyk & 24 20’31.66 nqedkA ”

ikVZ0 & 1- vf[kys'k izlkn Hkxr] firk & Lo0 lw;Zn;ky izlkn Hkxr ,oa 2- Jh fot; izlkn Hkxr] 12/01/2016 to firk & Jh lqnkek izlkn Hkxr] vgjhpqvk¡ 5.45 552@va'k 48 11/01/2021 nksuksa dk xzke&[kjkSuh] iksLV & dk:Mhg] Fkkuk & xksihdkUnj] ftyk & nqedkA esllZ j{kk dkyh LVksu oDlZ] N- E- izks0 & Jh 'kadj Hkxr] 0 03.10.2016 24 20’44.2” 0 firk & Jh fnyhi Hkxr] to 87 33’07.5” vgjhpqvk¡ 2.40 394 49 xzke & jkeuxj] iksLV & 02.10.2021 To to eksyigkM+h] 0 0 87 33’03.3” Fkkuk & ikdqM+] ftyk & ikdqM+A 24 20’39.7”

3.2 CIRCLE WISE LIST OF Non-OPERATIVE STONE MINES OF DUMKA DISTRICT

CIRCLE- KATHIKUND SL AREA LEASE HOLDER VILLAGE PLOT NO. PERIOD LATITIDE LONGITUDE NO. (ACRES) Jh xkSjh'kadj Hkxr] firk & Lo0 dsnkj ukFk Hkxr] 15@va’k] 5 Years N- 0 0 E-87 28’45.2” ,oa 2- Jh jke:i Hkxr] 16@va’k] 17] 04.05.11 24 23’07.2” firk & Lo0 oStukFk Hkxr] nykgh 18] 19@va’k] to to 50 2.34 To nksuksa dk xzke & dkBhdq.M] iksLV & 20@va’k] 21] 03. 05. 16 87028’47.0” dkBhdq.M] 22 ,oa 23 24023’05.8” Fkkuk & dkBhdq.M] ftyk & nqedkA

23 DSR. Dumka, Jharkhand

CIRCLE- MASLIA SL AREA LEASE HOLDER VILLAGE PLOT NO. PERIOD LATITIDE LONGITUDE NO. (ACRES) Jh 'kEHkq esgfj;k] N- 5 years 0 firk & Jh lqjs'k yky esgfj;k] 24023’07.2” E-87 28’45.2” 395@va’k] ,oa 08.09.10 xzke & ikykstksjh] iksLV & ikykstksjh] vEck 0.72 to to 51 Fkkuk & ikykstksjh] ftyk & nso?kjA 396@va’k] 07.09.15 To 87028’47.0” 24023’05.8”

CIRCLE- SIKARIPARA SL AREA PLOT LEASE HOLDER VILLAGE PERIOD LATITIDE LONGITUDE NO. (ACRES) NO. esllZ Jh ';ke LVksu Dokjh] izks0 & Jh vfuy dqekj flag] 05 Year N- 0 0 E-87 34’30.9” 4] 22] 23] 25 09/02/2012 24 11’24.3” firk & Jh vuUr flag] xzke$iksLV & 'kgjiqj to to 52 9.44 ,oa 26 To elk<+] Fkkuk & mnoUruxj] 08/02/2017 87034’32.1” 24011’16.8” ftyk & HkkstiqjA esllZ y{eh LVksu oDlZ] izks0 & Jh vuqi dqekj eksnh] 103@va'k] 19/09/2015 firk & Lo0 jktsUnz izlkn eksnh] }kjk & 104@va'k] to 0 0 'kgjiqj 5.68 N-24 31’12” E-87 37’38” 53 JhnqxkZ vkWVks lsUVj] 105] 106] 18/09/2020 xzke & nq/kkuh ghjks lks:e ds lkeus] 108 ,oa 109 iksLV$Fkkuk$ftyk & nqedkA

esllZ xkso/kZu LVksu oDlZ] izks0 & Jh N- E- 19/09/2015 0 0 eukst dqekj flag] firk & Jh cynso 24 10’55.75” 87 34’29.33” flag] xzke & edjkbZu] iksLV$Fkkuk & 151] 156 to 'kgjiqj 4.47 To to 54 Mkyfe;k¡uxj] ,oa 157 18/09/2020 ftyk & jksgrklA 24011’03.42” 87034’38.51” Jh larks"k dqekj] 136] 138] 06/02/2016 N- 0 0 E-87 34’31.8” firk & Jh tukZnu izlkn lkg] 139] 146] to 24 11’08.9” 55 'kgjiqj 6.56 to xzke$iksLV & Hknokjh] Fkkuk & 147] 148] ,oa 05/02/2021 To 87034’22.0” g¡lMhgk] ftyk & nqedkA 149 24011’03.6” Jh nhid dqekj flag] firk & Lo0 165] N- 16.10.17 to 0 172@va'k] 0 E-87 34’51.3” jkts'ojh flag] 'kgjiqj 3.64 15.10.22 24 10’56.6” 56 176] 177] ,oa to xzke$iksLV$Fkkuk & f'kdkjhikM+k] To 178] 87034’46.4” ftyk & nqedkA 24010’51.8”

esllZ vuqi uk;d ,.M dEiuh] N- 0 izks0 & Jh vuqi uk;d] 0 E-87 37’47.2” 1679] 1680] 5 Years 24 11’39.4” firk & Jh lqcks/k dqekj uk;d] xzke & 17.03.11 to to cjefl;k 3.00 1681@va'k] To 57 ih0,u0 ekfy;k jksM] f'k'kw cxku] 16. 03. 16 1682@va'k 87037’46.8” iksLV$Fkkuk & jkuhxat] ftyk & c/kZeku 24011’37.2” ¼ia0ca0½A Jh f'kcw fe/kkZ] firk & Lo0 y{e.k 95] 96] 97] 10 years fe/kkZ] 99] 101] 10.08.2007 xzke$iks0 & csukxfM+;k] Fkkuk & csukxfM+;k 7.42 to 58 103] 105] f'kdkjhikM+k] 09.08.2017 691 ,oa 692 ftyk & nqedkA

24 DSR. Dumka, Jharkhand

jtkg ekbZfuax dkjiksjs'ku] izks0 & 'ks[k 10 years N- E- lykm)hu] 869@va'k] 871@va'k] 11/02/2015 24005’34.14” 87034’32.41” 59 firk & Lo0 vCnwy tyhy] xzke & dkBigkM+h 4.768 to 872 ls 879 10/02/2025 To to lrlky] iksLV & ednweuxj] Fkkuk & rd 0 0 eks0 cktkj] ftyk & ohjHkwe ¼ia0ca0½A 24 05’42.37” 87 34’49.40” HkkbZ&HkkbZ LVksu Dokjh] izks0 & eks0 vCnqy gd] 10Years N- 0 0 E-87 34’25.0” firk & Lo0 [kq'kqeq)hu 'ks[k] xzke & 385] ,oa 11.03..10 24 07’16.0” 60 dqydqyhMaxky 1.39 to gfjiqj] iks0 & txrkbZ] 386@va'k to 10.03.20 To 87034’21.4” Fkkuk & lwrh] ftyk & eqf'kZnkokn 24007’12.4” ¼ia0ca0½A esllZ dkth ,UM dkth LVksu ekbUl] 585] 586] 5 Years N- 0 ikVZ0 & dkth Qksjtw)hu] firk & dkth 587] 588] 0 E-87 35’03.4” 10.12.10 to 24 07’03.7” vCnwy gklu] irk & ts0ds0 dEIysDl dqydqyhMaxky 2.10 589] 591] 61 09 .12.15 to enjlk jksM] iksLV$Fkkuk & flmM+h] ftyk 592] 593 ,oa To 0 0 87 34’59.4” & ohjHkwe ¼ia0ca0½ fiu & 731101- 594 24 06’58.2” Jh lq'kkar eaMy] firk & Jh 'kkafr 02.12.2007 N- dqekj eaMy] E-87034’45.7” xzke & yky dksBhikM+k] iksLV$Fkkuk & to 24007’00.7” 62 dqydqyhMaxky 2.96 696 01.12.2012 to flmM+h] To 0 Renewal 87 34’49.3” ftyk &ohjHkwe¼ia0ca0½A 01.12.2022 24006’54.6” Jh ikjl ukFk bUMLVªht] izks0 & Jh fueZy tSu mQZ fueZy dqekj xaxoky] N- 0 E-87 34’07.5” firk & Jh t; dqekj tSu mQZ t; 18.12.17 to 24007’13.5” 63 dqydqyhMaxky 6.00 843@va'k 17.12.24 to dqekj xaxoky] To 87034’10.5” irk & xaxoky Hkou] pUnksjh jksM] 24007’10.3” iksLV$Fkkuk$ftyk &fxjhMhgA vf/kjk O;kikj izk0fy0] Mk;jsDVj & Jh nhid dqekj] 10 years N- E-87034’18.1” firk & Jh iznhi dqekj csyFkkfj;k] 690@va'k] 08.10.2007 24011’44.5” 64 ea>ykMhg 2.37 692@va'k] to to irk& 18@10 Mkoj ysu] ,oa 693@va'k To 07.10.2017 87034’13.1” iksLV & xf<+;kgkV] Fkkuk & 24011’41.8” xf<+;kgkV] ftyk &dksydkrk & 29] Jh dqekj jktho jatu] firk & Jh N- 0 foUnk flag] 20.09.17 to 0 E-87 34’40.0” 24 11’38.1” 65 xzke & fuf'pariqj] iksLV$Fkkuk & ea>ykMhg 4.67 722 ,oa 723 19.09.22 to To 0 jkeiqjgkV] 0 87 34’30.9” ftyk & ohjHkwe ¼ia0ca0½ 24 11’33.0” esllZ l`f"V LVksu oDlZ Hkkx&2] ikVZ0 & efu"kk flag] ifr & Jh /kuat; flag] N- xzke$iksLV$Fkkuk & f'kdkjhikM+k] 1267@va'k] E-87034’49.5” 20.09.17 to 24011’59.7” 66 ftyk & nqedk ,oa 2- Jh fouksn ea>ykMhg 2.65 ,oa 19.09.22 to To 0 izlkn Hkxr] 1275@va'k 0 87 34’45.5” firk & Jh tkxs'oj izlkn Hkxr] 24 11’57.1” xzke & ljlMaxky] iksLV$Fkkuk & f'kdkjhikM+k] ftyk & nqedk 05 Year 09/08/2002 Jh jes'k dqekj >qu>uokyk] to N- 0 954] 955] 0 E-87 34’36.6” firk & Jh ds'kj izlkn >qu>quokyk] 08/08/2007 24 13’24.6” edjkigkM+h 5.33 956] 957] 67 eksgYyk & ckcwikM+k] iks0$Fkk0$ftyk & renewal to 960 To 0 nqedkA upto 0 87 34’43.1” 08.08.2012 24 13’23.8”

25 DSR. Dumka, Jharkhand

esllZ euilan feujYl izk0 fy0] 299] 301] 05/11/2015 N- E- funs'kd & Jh f'koukjk;.k eky] firk & 0 0 303@va’k] to 24 13’41.76” 87 35’08.97” Jh jke ukjk;.k eky] 5.00 68 te:ikuh] 04/11/2020 irk & jktk jktsUnz yky fe=kk jksM] 304 ,oa To to 0 0 dksydkrk&10] ¼ia0ca0½A 305] 24 13’49.40” 87 35’17.24” Jh ey; ?kks"k] firk & Jh nqxkZin 86] 112] 113] 5 years N- 0 114] 0 E-87 39’16.6” ?kks"k] mQZ nqxkZ pj.k] 23.08.10 to 24 10’11.7” 3.81 115@va'k] 69 xzke & eyqVh] iksLV & eyqVh] Fkkuk fl;kyigkM+h 22.08.15 to 116] 117] To 0 & f’kdkjhikM+k] ftyk & nqedkA 0 87 39’11.0” 118 ,oa 119 24 10’04.6” Jh lqeu eaMy] firk & Jh uo dqekj N- eaMy] E-87034’26.8” 347] 348 17.10.17 to 24008’34.6” 70 xzke & vjfoUn iYyh ¼,l-ih- eksM+½ flmyhcksuk 4.82 16.10.22 to ,oa 349 To 0 iksLV$Fkkuk & flmM+h] 0 87 34’21.4” ftyk & ohjHkwe ¼ia0ca0½A 24 08’28.4” 10 Year Jh ujs'k pUnz nÙkk] 1344] 1334] 1359] 28/10/2005 71 firk & Jh fuf[ky pUnz nÙkk] fp=kxfM+;k 5.24 to fuf'priqj] jkeiqjgkV] 1350] 1351] 27/10/2015 ftyk & ohjHkweA 1371 Jh vfuy dqekj xqIrk] 878] 880] 5 Years firk & Lo0 ;qxy fd'kksj xqIrk] 881] 882] 08.06.11 to N- 0 0 E-87 37’39.0” xzke & jkeiqjgkV] iksLV & jkeiqjgkV] 883] 884] 07. 06. 16 24 11’32.2” fp=kxfM+;k 2.23 72 Ren up to to Fkkuk & jkeiqjgkV] ftyk & ohjHkwe 886] 887] To 0 07.06.2021 87 37’30.9” ¼ia0ca0½ 888] 889 ,oa 24011’22.2” 996 dkS'kY;k ,LVsV izkbZosV fyfeVsM] 1590] 1593] izks0 & Jh panu dqekj] firk &Lo0 1599] 1602@va’k] 1606] 1607] jkeuanu flag] 1611] 1620@va’k] 5 Years N- 0 irk 1- & caUnj cxhpk] Mkd caxyk pkSd] 1621] 1622] 0 E-87 37’31.3” 04.07.11 to 24 11’51.3” 73 Fkkuk & iVuk dksrokyh] ftyk & iVuk fp=kxfM+;k 5.80 1623] 1624] to 1625] 1626] 03. 07. 16 To 01] 87037’40.3” 1627@va’k] 24011’55.5” irk 2- & guqeku uxj fudV Vh-Hkh- 1628@va’k] VkWoj] xk¡/khuxj] ftyk & iVuk&20 A 1631@va’k] ,oa 1632@va’k] gSnk;srrqYyk 'ks[k] firk & Lo0 ln:Yyk ’ks[k] 05 Years 24.08.11 to xzke & e‘R;qat;iqj] iksLV & ukjk;.kiqj] fp=kxfM+;k 1.22 1648] 74 23.08.16 Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A 168@va'k] 169@va'k] N- 0 E-87 37’12.2” Jh esjkt vUlkjh] 170@va'k] 24.09.17 to 24012’10.6” 75 firk & gkfdeu fe;k¡] fp=kxfM+;k 3.25 23.09.22 to 171@va'k] To 0 xzke$iksLV & fiujxfM+;k] 0 87 37’06.7” 172@va'k] 24 12’04.6” Fkkuk & f'kdkjhikM+k] ftyk & nqedkA ,oa 173@va'k csadVs'kk Øflax ,.M ekbZfuax dEiuh izk0 fy0] ekStk & ikVZ0 & Jh ckyw ukxjkt ,oa vU;] fp=kxfM+;k ds 233] 249] 250] 18.12.17 to N- E- 76 firk & Jh je;k ukxjkt] Dq:Unk 9.14 17.12.22 0 0 251] 252] 254] 24 10’36.09” 87 40’04.04” irk & ¶ySV ua0 & 10] ikbZxkg 255] 256] 258 dkWyksuh] ljnkj iVsy jksM ,oa 259 fldUnjkckn] 500003 ¼vkUnzizns'k½A Jh ljkst dqekj Hkxr] 518] 519] N- E- firk & Jh eksgu yky Hkxr] 548] 549] 18.12.17 to 24012’21.13” 87035’21.80” 77 fu>kSj 4.71 17.12.22 xzke$iksLV & ljlMaxky] 550] 551] To to Fkkuk & f'kdkjhikM+k] ftyk & nqedkA 554 ,oa 555 24012’28.65” 87035’30.63”

26 DSR. Dumka, Jharkhand

tksgkj ekjkM+ cq: LVksu izksMDV] ikVZ0 & Jh nsuk gkalnk] firk & Lo0 oStu gkalnk] N- xzke & ljlMaxky] iksLV & E-87035’25.9” 469@va'k] 14.11.17 to 24012’24.3” 78 ljlMaxky] Fkkuk & f'kdkjhikM+k fu>kSj 2.00 13.11.22 to ,oa 470@va'k To 0 ftyk & nqedk ,oa 0 87 35’21.4” 2- Jh fiz;jatu xqIrk] firk & Lo0 24 12’20.4” y{e.k izlkn xqIrk] xzke$iksLV$Fkkuk & f'kdkjhikM+k] ftyk & nqedkA Jh jlhd pUnz eqeZw] firk & Lo0 /kuq eqewZ] 5 Years N- 0 gqyklMaxky 0 E-87 34’16.6” xzke & gqyklMaxky] iksLV & idnkgk] 10.12.10 to 24 14’14.5” 79 Fkkuk & f’kdkjhikM+k] ftyk & nqedkA cyqvk 0.65 116 ,oa 119 to 09 .12.15 To iRFkj 87034’14.5” 24014’11.6” 10 Year esllZ t; eka rkjk LVksu ekbUl 24/04/2001 N- E-87035’04.4” izks0 & Jh lqjs'k izlkn lkg] firk & 756 @ 954] to 24008’03.3” 80 jketke 3.99 23/04/2011 to Jh fo'oukFk lkg] 757 @ 329 To to 87034’55.3” xzke$iks0 & fp=k] ftyk & nso?kjA 23/04/2016 24007’57.0” esllZ 'kqHkkuk LVksu Dokjh] ikVZ0 & 'ks[k ebZuqf)u firk & 'ks[k okfgn] xzke$iksLV & >a>jk dkWyksuh] Fkkuk & 502] N- 0 yksngk ¼Qjhniqj½] E-87 34’27.8” 515@va'k] 16.11.17 to 24008’11.2” 81 ftyk & c)Zeku ¼ia0ca0½ ,oa jketke 6.20 15.11.22 to ,oa To 0 2- vcwy clkj] firk & Lo0 lnkdl 520@va'k] 0 87 34’19.9” eaMy] 24 08’03.1” xzke & vyhuxj] iksLV & ednwuxj] Fkkuk & eks0 cktkj] ftyk & ohjHkwe ¼ia0ca0½A Jh ukjk;.k oekZ] firk & Jh vklq igkM+iqj 2.13 531 ,oa 539 25.09.17 to N- E-87035’13.0” oekZ] 24.09.22 24011’50.0” to 82 0 xzke$iksLV$Fkkuk & f'kdkjhikM+k] To 87 35’09.6” ftyk & nqedkA 24011’44.9” Jh fyYgk eqewZ] 10 Years N- 0 firk & Jh NqVksj eqewZ] xzke & nkniqj] iks0 0 E-87 33’48.9” 70] 71] 72] 73] 03.10.2007 24 13’06.1” 83 & nkniqj] nynyh 6.00 90] 91] 93 ,oa to to Fkkuk & jkeiqjgkV] ftyk & ohjHkwe 94 02.10.2017 To 0 0 87 33’44.1” ¼ia0ca0½A 24 13’02.9” Jh Bkdqj ';ke lqUnj flag] 985@va'k] N- E-87034’19.3” firk & Lo0 jkes'oj flag] 987@va'k] 18.09.17 to 24007’41.1” 84 xkslkbZigkMh 2.12 17.09.22 to xzke & dqynhi flag jksM] 988@va'k] To 87034’14.1” iksLV$Fkkuk$ftyk & nqedkA ,oa 989 24007’35.6” Jh fueZy tSu ¼ ½] dÙkkZ & fueZy 149@va'k] HUF 150@va'k] tSu] 151@va'k] firk & Jh t; dqekj tSu] irk & 152@va'k] 153@va'k] 154] jkaph jksM Jhjke vikVZesaV] 155@va'k] N- 0 22.09.17 to 0 E-87 34’01.2” izFke rYyk] >qejhfryS;k] ftyk & 156@va'k] 24 08’43.6” 21.09.22 85 xkslkbZigkMh 6.61 157@va'k] 158] to dksMjek] 825409A To 0 159@va'k] 163] 0 87 33’50.5” 164@va'k] 24 08’39.2” 165@va'k] 166@va'k] 167@ va'k] ,oa 168@ va'k

27 DSR. Dumka, Jharkhand

Jh jktho outhZ] firk & Lo0 1004@va'k] N- 0 xq:nkl outhZ] E-87 34’08.9” 1005@va'k] 24.09.17 to 24007’43.6” 86 xzke & Mk0 vkj0 ds0 flUgk jksM] xkslkbZigkMh 2.54 23.09.22 to ,oa To 0 iksLV & cksyiqj] Fkkuk & cksyiqj] 1006@va'k] 0 87 34’02.7” ftyk & ohjHkwe ¼ia0ca0½A 24 07’39.2”

CIRCLE- GOPIKANDAR SL AREA PLOT LEASE HOLDER VILLAGE PERIOD LATITIDE LONGITUDE NO. (ACRES) NO. esllZ ek¡ rkjk LVksu oDlZ] ikVZ0 & 1- Jh vfuy dqekj ;kno] firk & Jh xksiky izlkn ;kno] xkze & MaxkyikM+k] iksLV$Fkkuk$ftyk & nqedk] 2- Jh latho dqekj ;kno] firk & Jh oklqnso 5 Years 09.04.11 to izlkn ;kno] dlkbZigkM+ 2.00 22@va’k] 87 08. 04. 16 xzke & f’koigkM+] iksLV$Fkkuk$ftyk & nqedk 3- Jh fnyhi dqekj Hkxr] firk & Jh bUnz ukjk;.k Hkxr] xzke & [kjkSuh] iksLV & dk:Mhg] Fkkuk & xksihdkUnj] ftyk & nqedkA

Jh fo'oukFk pk¡n] firk & Lo0 ;nqukFk N- 0 pk¡n] 5 Years 0 E-87 31’26.0” 04.02.11 to 24 27’18.7” Jkeiqj 3.37 554 to 88 xzke$iksLV$Fkkuk & xksihdkUnj] 03. 02. 16 To ftyk & nqedkA 87031’22.5” 24027’12.8” fjxkfy;k MsoyksilZ izk0 fy0] funs’kd & Jh cq<+h pkij ds IykWV la0 jkts’k jktiky] 198] 199] 200] 201] N- 0 firk & Jh eksgu yky jktiky] irk & 5 Years 0 E-87 30’00.2” 203] 207] 24 27’27.4” tSu eafUnj] f’koukFk jk; jksM] dkLVj cq<+hpkij ,oa 208] 209] 09.01.12 to to 7.33 212] 213] To 89 Vkmu] iksLV & nso?kj] Fkkuk & nso?kj] NÙkjpqvk¡ 08.01.17 214] 215] 87029’55.0” ftyk & nso?kjA 216] ,oa 24027’15.5” Nrjpqvk¡ ds IykWV la[;k 45]

Jh gfjuUnu pkS/kjh] firk & Lo0 foUns'ojh N- 0 516] 517] 0 E-87 30’36.5” pkS/kjh] 518] 519] 19.09.17 to 24 26’57.7” irk & Hkkxyiqj jksM nq/kkuh nqedk] NÙkjpqvk¡ 5.13 20.09.22 to 90 520 ,oa To 0 521 0 87 30’33.3” iksLV$Fkkuk$ftyk & nqedk 24 26’49.8”

Jh eukst dqekj] 05 years firk & Jh y{e.k izlkn Hkxr] xzke & 430] 431 28.05.10 to vgjhpqvk¡ 2.56 91 [kjkSuh] iksLV & dk:Mhg] Fkkuk & ,oa 432 27.05.15 xksihdkUnj] ftyk & nqedkA loZJh Jh x.kifr LVksu] N- 0 ikVZ0 & 1- Jh t;nhi dqekj ] 426@va'k] 05 years 0 E-87 33’15.9” 23.06.10 to 24 20’25.3” firk & Jh vejsUnz dqekj] vgjhpqvk¡ 5.82 427 ,oa to 92 22.06.15 To irk & tsy jksM] nqedk] 433 87033’09.4” iksLV$Fkkuk$ftyk & nqedk] 24020’21.4” 2- Jh nhyhi dqekj Hkxr]

28 DSR. Dumka, Jharkhand

firk & Jh bUnz izlkn Hkxr] 3- Jh lat; dqekj izlkn] firk & Jh nso izlkn Hkxr] Øekad 2 ,oa 3 dk xzke$iksLV & [kjkSuh] Fkkuk & xksihdkUnj] ftyk & nqedk] ,oa 4- Jh eaVw izlkn Hkxr] firk & Jh x.ks'k yky Hkxr] xzke & ik:fy;k] iksLV$Fkkuk & ikdqfM+;k] ftyk & ikdqM+A Jh nso ukjk;.k jk;] firk & Jh vdyq N- 0 jk;] 420] 421] 5 Years 0 E-87 33’09.2” 04.02.11 to 24 20’26.4” xzke & vgjhpqvk] iksLV & dk:Mhg] Fkkuk vgjhpqvk¡ 4.38 ,oa to 93 & xksihdkUnj] 03. 02. 16 To 422@va'k 0 0 87 33’06.5” ftyk & nqedkA 24 20’22.1”

esllZ x.kifr LVksu oDlZ] izks0 & Jh lat; 360@va’k] N- 0 dqekj Hkxr] 361@va’k] 5 Years 0 E-87 33’13.6” 10.05.11 to 24 20’34.6” firk & Jh f'ko ’kadj Hkxr] xzke & vgjhpqvk¡ 2.90 362@va’k] to 94 09. 05. 16 To ikdqfM+;k] iksLV & ikdqfM+;k] ,oa 0 87 33’05.0” Fkkuk & ikdqfM+;k] ftyk & ikdqM+A 367@va’k] 24020’31.0”

esllZ egknso LVksu izksMDVl] ikVZ0 & Jh Hkknw jk;] firk & Lo0 dkyq jk;] 2- Jh tkxs'oj jk;] firk & Lo0 fxj/kkjh jk;] N- 3- Jh ykynso jk;] firk & Lo0 /kuifr jk;] 0 0 rhuksa dk xzke & vgjhpqvk¡] iksLV & dk:Mhg] 333] 334] 25/02/2016 24 20’40.2” E-87 33’19.7” to Fkkuk & xksihdkUnj] vgjhpqvk¡ 6.37 341 ,oa to 95 24/02/2021 To ftyk & nqedk ,oa 343 0 4- Jh lqcks/k dqekj Hkxr] firk & Jh jke dqekj 87 33’12.9” 24020’30.7” Hkxr] xzke$iksLV & Qqyf>a>jh] Fkkuk & ikdqfM+;k] ftyk & ikdqMA ikVZ0 & Jh eaVw dqekj eaMy] firk & Lo0 N- lq'khy eaMy] 0 113] 114] 0 E-87 32’55.4” xzke & [kjkSuh cktkj] iksLV & dk:Mhg] 24 18’13.2” 115] 116] to Fkkuk & xksihdkUnj] ftyk & nqedk ,oa 30.09.17 to y[khckn 6.19 119] 120] 29.09.22 To 96 2- Jh eaxy dqekj pk¡n] firk & Lo0 0 121 ,oa 87 32’52.5” gfjinks pk¡n] 24028’01.5” 122] xzke$iksLV$Fkkuk & xksihdkUnj] ftyk & nqedkA

97 Jh jfoUnz ukFk pk¡n] N- E-87031’38.4” firk & Lo0 ;nqukFk pk¡n] 18.12.17 to 24027’01.4” Jkecuh 6.25 16 17.12.22 to xkze$iksLV$Fkkuk & xksihdkUnj] ftyk & To 87031’33.3” nqedkA 24026’55.6” Rows highlighted with blue shade represent the leases going to end by 2020 & rows highlighted with yellow shade represent the leases going to end by 2021.

29 DSR. Dumka, Jharkhand

3.3 LIST OF SURRENDERED MINING LEASES OF DUMKA DISTRICT-

Ø0 [kuu iêk/kkjh dk uke [kfut vapy ekStk jdok IykWV la[;k ¼,dM esa+½ 1 2 3 4 5 6 7 eks0 'kS;n fljkt] firk & Lo0 eks0 ;kf'ku] 1 xzke & cktkjikM+k ¼/kksckikM+k½] iksLV & iRFkj f'kdkjhikM+k fp=kxfM+;k 2.56 1654] 1655] 1656 jkeiqjgkV] Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½ daØhV CySd LVksu] 841] 1675]ls 1679@v'ka] 2 ikVZ0 & gkfly vyh ,oa vU;] iRFkj f'kdkjhikM+k fp=kxfM+;k 2.40 1680va'k] 1681v'ka] 1682 firk & dne jlqy] csukxfM+;k] nqedkA va'k] 1683va'k ls 1685 loZJh nknkHkkbZ CySd LVkSu Dokjh] ikVZ0 & Jh Hkxr eqew ,oa eqLdjk chch] 805 ls 830] 832] iRFkj f'kdkjhikM+k fp=kxfM+;k 3 xzke & glukikFkj] iks0 & csukxfM+;k] 3.00 834] ls 836 ftyk & nqedkA Jh enu xksiky jkBh] firk & Jh tksjey jkBh] 94 ls 100 ,oa 109 iRFkj f'kdkjhikM+k ljlMaxky 4 xzke & ns'kca/kq jksM] jkeiqjgkV] ohjHkweA 4.77 ls 116] 124@va'k

Jh d`".kfogkjh Hkxr] 632] 634] 635] 638] xzke$iks0 & fetkZpkSdh] iRFkj xksihdkUnj vgjhpqvk¡ 5 5.50 639] ftyk & lkgscxatA esllZ f'koe LVksu oDlZ] ikVZ0 & Jh euh"k dqekj ,ao vU; 6 firk & Jh lqjsUnz f}osnh] iRFkj f'kdkjhikM+k edjkigkM+h 2.20 1028@va'k xzke & ikjkboku] iks0 & cthjiqj] Fkkuk & foØe] ftyk & iVukA Jh /kjeohj flag] firk & Jh tuk/kZu izlkn flag] iRFkj f'kdkjhikM+k edjkigkM+h 1023@va'k 7 xzke & ydM+kigkM+h] 1.64 Fkkuk & tkek] ftyk & nqedkA 8 Jh lqftr dqekj] iRFkj f'kdkjhikM+k edjkigkM+h 5.15 763] 765] 767] ls firk & Jh pUnz 'ks[kj dqoj] 770 xzke$iks0 & uksuhgkV] nqedkA 9 esllZ t; xq:nso LVksu ekbZUl ] iRFkj f'kdkjhikM+k edjkigkM+h 5.69 999] 1016 izzks0 & Jh jkds'k dqekj flag] firk & Jh lqjsUnz flag] xzke$Fkkuk & f'kdkjhikM+k] nqedkA esllZ ekarxh bUVj izkbtst izk0 fy0 ikVZ0 & Jh euksjatu ,ao vU;] 64@va'k] 65] 66] firk & Lo0 jktsUnz ukjk;.k t;loky] iRFkj f'kdkjhikM+k nynyh 10 3.43 67] 68] ,oa 69 irk & lh@284] jksM ua0 & 1 v'kksd uxj jkaph & 2] A Jh n'kjFk :t firk & Jh fot; :t] xzke & ckjkdksyk] 2- Jh tkfdj valkjh] firk & vQrkm)hu fe;ka] xzke & Mqefj;k cM+k] 3- Jh f}tin eaMy] firk & Jh Jhpj.k eaMy] 599@356] xzke & ikVuiqj] rhuksa iapk;r fiaMkjh] ftyk iRFkj elfy;k ckjkdksyk 11 3.00 600@357 nqedkA 4] lgknr valkjh] firk & gkafQt fe;ka] xzke & dqEgxkM+k] Fkkuk & ikykstksjh] ftyk&nso?kjA

30 DSR. Dumka, Jharkhand

Jh ';ke in nkl] firk & Jh jkeksorkj nkl] iRFkj elfy;k fogktksjh 280] 281 12 xzke & csfn;kpd] iks0 & ch0 xEgfj;k] 1.40 Fkkuk & elfy;k] ftyk & nqedkA Jhefr nqxkZ flag] 13 ifr & Jh lhrkjke flag] iRFkj f'kdkjhikM+k gfjiqj 1.50 478@va'k] 479 jkeiqjgkV] chjHkweA esllZ N=ifr LVksu oDlZ] 1- Jh lehj dqekj lkg] firk & Lo0 yyhr iz0 lkg] irk & cka/k ikM+k] nqedkA 2- vCnqy vyh eksgEn] firk & vyhexhj eaMy] xzke & /kquhjke] iks0 & ekjxzke] ftyk & ohjHkwe] iRFkj f'kdkjhikM+k csukxfM+;k 109@va'k 14 3- gdhe 'ks[k] firk & jQhd 'ks[k] 3.33 4- x¶Qkj 'ks[k] firk & etky 'ks[k] nksuks dk xzke$iks0 & cfy;ke`R;qatjiqj] ftyk & ohjHkwe] ¼ia0ca0½A 5- Jh lqHkk"k dqekj flag] firk & uUn fd'kksj flag] irk & cxku ikM+k] nqedkA Jh ';ke lqUnj lko] firk & Jh jk/kkukFk lko] iRFkj f'kdkjhikM+k edjkigkM+h 959 15 xzke & jktcka/k iyklh] 1.94 Fkkuk & f'kdkjhikM+k] ftyk & nqedkA esllZ fxjtk xksiky xsz xzsukbZV] ikVZ0 & Jh vuar eqewZ] 75] 76] 77] 78] 79] firk & Jh pq: eqewZ] iRFkj f'kdkjhikM+k nynyh 16 7.70 81 ,oa 83 xzke & cjefl;k] iks0 & [kjoksuk] Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½] eks0 vykm)hu valkjh] firk & eks0 Q:nw fe;ka] iRFkj f'kdkjhikM+k te:ikuh 326 ,oa 364 17 xzke$iksLV & /kksxfM+;k] 1.48 Fkkuk & eqQlhy nqedk] ftyk & nqedkA rkfgj fe;ka] firk & ckcw fe;ka] 1266] 1279] 1280] xzke & fp=kxfM+;k] iksLV & csukxfM+;k] iRFkj f'kdkjhikM+k fp=kxfM+;k 18 2.43 ,oa 1281 Fkkuk & f'kdkjhikM+k] ftyk & nqedk Jh lqjs'k dqekj JhokLro] firk & Lo0 f'ko'kadj JhokLro] iRFkj f'kdkjhikM+k ljlMaxky 705 19 xzke & ljlMaxky] iksLV & ljlMaxky] 2.06 Fkkuk & f'kdkjhikM+k] ftyk & nqedkA Jh jkt dqekj f'kj[ksy] firk & Lo0 yhyke; f'kj[ksy] iRFkj f'kdkjhikM+k dqydqyhMaxky 20 irk & 10 f’kj[ksy ysu] 1.74 51] 52] 53 iksLV$Fkkuk & ckyh] ftyk & gkoM+k] ¼ia-ca-½A esllZ oS".koh LVksu izksMDV] ikVZ0 & Jh euh"k dqekj] firk & Jh lqjsUnz f)osnh] irk & ,y-vkbZ- lh- dkWyksuh] nqedkA 582 ls 586 ,oa iRFkj f'kdkjhikM+k ea>ykMhg 21 2- Jh vHk; dqekj flag] 5.48 604 firk & Jh Hkxorh 'kj.k flag] irk & nsoh e.Mi jksM] Mse lkbZM ¼gsly½ ftyk & jkaphA Jh ftrsu dqekj nkl] firk & Jh lur dqekj nkl] 888] 889] 890] iRFkj f'kdkjhikM+k vkepqvka 22 xzke$iksLV & csukxfM+;k] 2.37 1686 ,oa 1690 Fkkuk & f'kdkjhikM+k] ftyk & nqedkA Jh vlhe dqekj lk/kq] firk & Lo0 dkyhinks lk/kq] 316] 317 ,oa iRFkj f'kdkjhikM+k dqydqyhMaxky 23 xzke$iks0 & ednqeuxj] Fkkuk & eks0 cktkj] 1.98 318 ftyk & ohjHkwe ¼ia0ca0½A

31 DSR. Dumka, Jharkhand

eks0 xqyke fdcjh;k efYyd] firk & eks0 ukthj gqlSu efYyd] 942] 944 ,oa iRFkj f'kdkjhikM+k jketke 24 xzke$iks0 & Hkjdêk] Fkkuk & eks0 cktkj] 2.22 945 ftyk & ohjHkwe ¼ia0ca0½ esllZ xkWMohu LVksu izksMDV] ikVZ0 & 1- Jhefr 'kadjh jk;] ifr & Jh Hkwis'k jk;] 2- Jh ekseqn eaMy] firk & Lo0 f[kykr eaMy] nksuks dk xzke & vu[kksyk] iks0 & dqejkdk'khiqj] Fkkuk & gkoM+k] ftyk & mÙkj 24 ijxuk ¼ia0ca-½ 209] 210 ,oa iRFkj f'kdkjhikM+k te:ikuh 25 3- 'kkg teky 'ks[k] firk & vCnwy vthe 'ks[k] 1.21 211 xkze & gkthiqj] iks0 & csxqfu;k] Fkkuk & eks;js'oj] ftyk & ohjHkwe ¼ia0ca0½ ,oa 4- Jh fot; lksjsu] firk & Jh jlhd lksjsu] xzke & te:ikuh] iks0 & ljlMaxky] Fkkuk & f'kdkjhikM+k] ftyk & nqedkA esllZ dknfj;k LVksu izksMDV] izks0 & ,srkfye 'ks[k] 958] 959 ,oa iRFkj f'kdkjhikM+k ikSM+kolfj;k 26 firk & Lo0 osykr 'ks[k] 2.35 960 xzke$iks0$Fkkuk & ekjxzke] ftyk & ohjHkwe¼ia-ca-½ esllZ gkth LVksu Dokjh] izks0 & gkth vcwy gkfye] 56] 57] 58] 59 27 firk & gkth vCnwy vyh] iRFkj f'kdkjhikM+k lkrikdqfM+;k 1.82 xzke & fuf'apriqj] Fkkuk & eks0cktkj] ,oa 60 ftyk & ohjHkwe ¼ia0ca0½A Jh jkts'k gsEcze] firk & Lo0 jkelkbZ gsEcze] iRFkj f'kdkjhikM+k fp=kxfM+;k 28 xzke & idnkgk] iks0 & idnkgk] 1.65 1640 Fkkuk & f'kdkjhikM+k] ftyk & nqedk Jh xxu dqekj lksoykuh] firk & Jh eksgu nkl lksoykuh] 268 ls 271] 277] 29 xzke & Vkyhxat ljdwyj jksM] iRFkj f'kdkjhikM+k dkSokegy 7.67 iksLV$Fkkuk & U;w vfyiqj] 279 ,oa 281 ftyk & dksydkrk & 53 Jh txu fdLdw] firk & Jh t;jke fdLdw] iRFkj f'kdkjhikM+k fp=kxfM+;k 842] 843] ,oa 844 30 xzke & fp=kxfM+;k] iksLV & csukxfM+;k] 1.16 Fkkuk & f'kdkjhikM+k] ftyk & nqedkA ikVZ0 & 1- Jh vejs'k dq.Mw] firk & Lo0 lq/khj dqekj dq.Mw] 2- Jh lqfer ds'kjh] 157] 158] 159] 31 firk & Jh fouksn izlkn ds'kjh] iRFkj f'kdkjhikM+k csukxfM+;k 2.33 nksuksa dk xzke & lu?kVkikM+k] ,oa 159@va'k iksLV$Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A esllZ t; Jhjke LVksu oDlZ] izks0 & Jh uUn dqekj] firk & Jh Hkxoku] 744] 745] ,oa 32 xzke & 104 elk<+ ¼jktiqr Vksyh½] iRFkj f'kdkjhikM+k dkSokegy 2.73 iksLV & elk<+] Fkkuk & mnoUruxj] 746 ftyk & Hkkstiqj ¼fcgkj½] ikVZ0 & 1- Jhefr luksrh eqewZ] ifr & Jh Mhtsu lksjsu] xzke$iksLV & csukxfM+;k] Fkkuk & f'kdkjhikM+k] ftyk & nqedkA 33 2- Jh dey esgjk] iRFkj f'kdkjhikM+k csukxfM+;k 1.76 114] 115] firk & Lo0 iapkuUn esgjk] xzke & fuf'priqj jkeiqjgkV] iksLV$Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A Jh eukst dqekj] iRFkj f'kdkjhikM+k fp=kxfM+;k 5.51 1505] 1506] 34 firk & Jh yoyhu flag]

32 DSR. Dumka, Jharkhand

xzke$iksLV & Msok¡ Qrsgiqj] 1518] 1519] Fkkuk & f[katjljk;] 1520] 1521] ,oa ftyk & x;k ¼fcgkj½A 1523 esllZ ,p- ds- ,- pkS/kjh ,.M dEiuh] izks0 & vkthewy bLyke pkS/kjh] 154] 156] 157] firk & vkthtwj jgeku pkS/kjh] iRFkj f'kdkjhikM+k xkslkbZigkMh 35 xzke & 15 ,y- ds- ysu- edneiqj] 4.58 158] 159] 163] iksLV & ekynk] Fkkuk & baxfy'k cktkj] 164 ,oa 165 ftyk & ekynk ¼ia0ca0½ ikVZ0 & 1- dSlj vyh] firk & ;kdqc vyh] 2- eks0 bejku [kku] firk & Lo0 beke oDl] 64] 67] 74] 75] nksuksa dk xzke$iksLV & vklucuh] iRFkj f'kdkjhikM+k dknjiks[kj 36 Fkkuk & jkus'oj] ftyk & nqedk] ,oa 7.16 76] 77] 78 ,oa 3- Jh fefgj dqekj eaMy] 79 firk & Lo0 gfjinksa eaMy] xzke & ljlktksy] iksLV & ckafdtksj] Fkkuk & f'kdkjhikM+k] ftyk & nqedk esllZ ,l0 ,UM ts0 LVksu Dokjh] ikVZ0 & 1- 'kehe vgen] 186] 187@va’k] 188@va’k] 189@va’k] 190@va’k] firk & eks0 gSnj vyh] xkSlkbZigkM+h 200@va’k] 201@va’k] 2- tgwj vkye] iRFkj f'kdkjhikM+k ,oa 202@va’k] 203@va’k] 37 firk & ,l0 ds0 lykm)hu] 8.62 204@va’k] 552@va’k] flmyhcksuk] nksuksa dk irk xzke & lrlky] 514] 553] 554] 555] 557] 558] 559] 560] 561] 562] iks0 ednweuxj] Fkkuk & eks0 cktkj] 563 ,oa 518 ftyk & ohjHkwe ¼ia0ca0½ ikVZ0 & 1- Jh izdk'k Hkxr] firk & Jh lqnkek izlkn Hkxr] xzke & [kjkSuh] iksLV & dk:Mhg] Fkkuk & xksihdkUnj] ftyk & nqedk ,oa 482@va'k] ,oa iRFkj xksihdkUnj vgjhpqvk¡ 38 2- Jh larks"k dqekj Hkxr] 2.17 483@va'k firk & Jh lqjs'k izlkn Hkxr] xzke$iksLV & Qqyf>a>jh] Fkkuk & ikdqfM+;k] ftyk & ikdqM+A esllZ eaMy LVksu Dokjh] izks0 & eksgEen fjtkmy djhe] 39 firk & Lo0 fldUnj vyh] iRFkj f'kdkjhikM+k jketke 1.10 832] 833 xzke & lrlky] iksLV & ednqeuxj] Fkkuk & eks0 cktkj] ftyk & ohjHkwe ¼ia0ca0½ loZJh guqeku LVksu m|ksx] ikVZ0 & 1- Jh iou dqekj Hkxr] firk & Jh euHkj.k izlkn Hkxr] xzke$iksLV$Fkkuk & dkBhdq.M] 2- Jh mes'k dqekj eaMy] firk & Jh /kzqo eaMy] 834] 836] 840] iRFkj xksihdkUnj nynyh 40 xzke & dkSfM+;k] iksLV & dnek] 4.30 ,oa 842 Fkkuk & dkBhdq.M] ,oa 3- Jh gjfoUnj flag] firk & Jh gjh flag] xzke & ugjikdZ] iksLV$Fkkuk & nqedk] lHkh dk ftyk & nqedkA Jh jatu dqekj Hkxr] firk & Jh ftrsUnz izlkn Hkxr] iRFkj dkBhdq.M nykgh 41 xzke & rsfy;kpd cktkj] iksLV & dkBhdq.M] 1.40 28 Fkkuk & dkBhdq.M] ftyk & nqedkA esllZ ;wfudkWu VªsfMax ,.M dEiuh] izks0 & Jh fnyhi dq.Mw] 50] 51] 52] 53] 42 firk & Jh izQqYyks dq.Mw] iRFkj f'kdkjhikM+k fl;kyigkM+h 8.21 irk & ih&411@23,- gseUrk eq[kthZ] ljuh 97 ,oa 99 dksydkrk&700291

33 DSR. Dumka, Jharkhand

Jh mes'k dqekj ds'kjh] 1678] 1680] ls firk & Jh v:.k ds'kjh] 1685] 1687] 1688] iRFkj f'kdkjhikM+k vkepqvka 43 xzke & egktu iêh] jkeiqjgkV] 2.56 1689] 1691 ls 1699 iks0$Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A rd Jh fnus'k lkyqbZ] firk & Lo0 lfPpuUnu lkyqbZ] fp=kxfM+;k 1699 ls 1716] iRFkj f'kdkjhikM+k 44 xzke & cfy;k] iksLV & cfy;k e`R;qat;iqj] ,oa fpjkikFkj 5.40 80 ,oa 81 Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A Jh jktho dqekj] 578¼iqjkuk½@626 firk & Jh j?kwohj Hkxr] ¼u;k½ ,oa iRFkj xksihdkUnj vgjhpqvk¡ 45 xzke & vejkikM+k] iksLV & vejkikM+k] 2.09 579¼iqjkuk½@ Fkkuk & vejkikM+k] ftyk & ikdqM+] 627¼u;k½ esllZ ek¡ nqxkZ CySd LVksu] ikVZ0 & 1- Jh fot; Hkxr] firk & Lo0 gjsd pUnz Hkxr] xzke & Qrsgiqj] iksLV & eYykjiqj] Fkkuk & eksjs'oj] ftyk & ohjHkwe ¼ia0ca0½ 2- Jh iqyd eaMy] firk & Lo0 d`"kdsrq eaMy] xzke$iksLV & x.kiqj] Fkkuk & eks0 cktkj] 46 ftyk & ohjHkwe ¼ia0ca0½] iRFkj f'kdkjhikM+k fp=kxfM+;k 2.00 57 ,oa 58 3-Jh ukjk;.k eaMy] firk & Lo0 }kfjdkukFk eaMy] xzke$iksLV & vf[kjk] Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0c0a½] ,oa 4- Jh fo".kq ?kks"k] firk & Jh oq/knso ?kks"k] xzke & Qrsgiqj] iksLV & eYykjiqj] Fkkuk & eksjs'oj] ftyk & ohjHkwe ¼ia0ca0½ esllZ vkse LVksu oDlZ] ikVZ0 & Jh lR;sUnz flag] firk & Jh jkt dqekj flag] irk & ^,* CykWd] 11 fdaXl jksM] 1] 2] 3] 6] 7] 8] 9] gkoM+k & 711101 ¼ia0ca0½] 10] 11] 12] 13] 18] 47 2- Jh nsokuUn] firk & Lo0 djkSyh ey] iRFkj f'kdkjhikM+k gkFkckM+h 7.68 20] 22] 23] 24] 25] xzke & fla/khikM+k] iksLV & fla/khikM+k] 26] 27] 28] 30] 31] Fkkuk & ikdqM+] ftyk & ikdqM+] ,oa 32] 35] ,oa 36 3-Jh foeysUnz dqekj] firk &Jh Qqynso izlkn flag] xzke & jktkikM+k dkyhckM+h jksM] iksLV & ikdqM+] Fkkuk & ikdqM+] ftyk & ikdqM+A esllZ yky ckck LVksu oDlZ] izks0 & fnO;kanw dqekj jk;] firk & Lo0 egknso pUnz jk;] irk & 244 ch] t;xhj ?kkV jksM] 1ua0 209] 210] 229 ,oa iRFkj f'kdkjhikM+k dkSokegy 48 okNjikM+k] 3.08 230 iksLV & Bkdqj iqdqj] Fkkuk & Bkdqj iqdqj] ftyk & nf{k.k 24 ijxuk] dksydkrk&63] ¼ia0ca0½ esllZ bZLV bf.M;k LVksu Dokjh] ekStk igkM+iqj ds IykWV izks0 & bejku [kku] firk & Lo0 beke cDl] iRFkj @ igkM+iqj @ la0 01@va'k] rFkk ekStk 49 jkus'oj 16.88 uUnuk ds IykWV la[;k xzke$iksLV & vklucuh] Fkkuk & jkus'oj] DokVZtkbZV uUnuk 1473@va'k] ,oa ftyk & nqedkA 1474@va'k] js.kw dqekjh] 843] 849] 850 ,oa firk & Jh bUnznso ik.Ms;] iRFkj xksihdkUnj nynyh 50 4.99 854 xzke & bfUnjkuxj] iks0$Fkkuk$ftyk & nqedkA Jh lat; dqekj] firk & Jh egknso izlkn] xzke & jtkSyh] iksLV & jtkSyh] Fkkuk & jtkSyh] ftyk & uoknk ¼fcgkj½] ,oa iRFkj tjeq.Mh pksjeqfj;k 384@va’k] 51 2- Jh nhid dqekj flag] 2.38 firk & Jh v’kksd dqekj falg] xzke & eluksMhg] iksLV & eluksMhg] Fkkuk & dksMjek] ftyk & dksMjekA

34 DSR. Dumka, Jharkhand

esllZ dkW&vkijsfVo LVksu izksMDV] ikVZ0 & 1- Jh LekbZy ejk.Mh] firk & Jh eksls ejk.Mh] xzke & Hkky lqafx;k] iksLV & jktnkgk] Fkkuk & dkBhdq.M] ftyk & nqedk 2- [kzh"V vfuy ejk.Mh] firk & Jh xksfcz,y ejk.Mh] 52 xzke & Hkky lqafx;k] iksLV & jktnkgk] iRFkj xksihdkUnj vgjhpqvk¡ 2.24 414@va'k] Fkkuk & dkBhdq.M] ftyk & nqedk 3- Jh vyfcu gsEcze] firk & Lo0 /ku gsEcze] xzke & ydM+kigkM+h] iksLV & Hkqjdq.Mk Fkkuk & nqedk eqQlhy] ftyk & nqedk] ,oa 4- Jh lquhy VqMw] firk & Jh xksihu VqMw] xzke & xksyiqj] iksLV & rsfy;kpd] Fkkuk & nqedk eqQlhy] ftyk & nqedk] esllZ eqewZ LVksu oDlZ] ikVZ0&1-Jh lat; dqekj eqeZw] firk & Jh pwM+dk eqewZ] xzke & nqxkZiqj] iks0 & cjefl;k] Fkkuk & f’kdkjhikM+] ftyk & nqedk] 2- Jh iznhi frdhZ] firk & Lo0 tsfo;j frdhZ] xzke & Vsaxjk] cdliqj] iksLV & eejyk] Fkkuk & cfl;k] ftyk & xqeyk] 1643@1645 ,oa iRFkj f'kdkjhikM+k fp=kxfM+;k 53 3-Jhefr lkUrksfluh lksjsu] ifr &Jh ckcwjke 2.95 1645@1645 gsEcze] xzke & ?kklhiqj] iks0 & dq:ok] Fkkuk &nqedk eqQlhy] ftyk & nqedk] ,oa 4- Jhefr lqeksrh lksjsu] ifr & Jh y[ku eqewZ] xzke$iks0 & izrkiiqj] Fkkuk & f’kdkjhikM+k] ftyk & nqedkA esllZ vkj0 ,l0 ih0 foYMdkWu izk0 fy0] 139] 140] 141] 142] v/;{k & Jh jkts'k dqekj] 143] 144] 145] 146] firk & Jh Hkxoku nkl] iRFkj f'kdkjhikM+k dkSokegy 54 6.26 147] 148] 149] 150] irk & 213 ch0 ikdZ LVªhV] dksydkrk&17 151 ,oa 152 ¼ia0ca0½A esllZ t; ek¡ rkjk LVksu izksMDV] izks0 & Jh fouksn izlkn Hkxr] 312@va’k] 313] 327] 329] 330] 332] 333] 334] 335] 55 firk & Jh tkxs'oj izlkn Hkxr] iRFkj f'kdkjhikM+k te:ikuh 6.16 336] 337] 338] 340] 341] xzke$iks0 & ljlMaxky] ,oa 342@va’k Fkkuk & f'kdkjhikM+k] ftyk & nqedkA lh0Vh0,l0 bUMLVªht fy0] 1471] 1472] 1473] 1474] 1475] funs'kd & Jh v'kksd rqyfl;ku] 1476] 1477] 1478] 1479] 1480] 1481] 1483] 1484] 1485] 1486] 56 firk & Jh lhrkjke rqyfl;ku] iRFkj f'kdkjhikM+k fp=kxfM+;k 3.70 1487] 1488] 1489] 1490] 1491] irk & 37 lsDlfi;j ljuh] rhljh eafty] 1492] 1493] 1494] 1495] 1496] 1497] 1498] 1499] 1500 ,oa 1501 dksydkrk & 17 Jh n'kjFk dqekj] firk & Jh jke uxhuk Hkxr] 198] 199] 200] 201] iRFkj xksihdkUnj eatqjkckM+h 57 xzke & dqf'pjk] iksLV & veM+kikM+k] 1.42 202] ,oa 210 Fkkuk & xksihdkUnj] ftyk & nqedkA vEcs feujYl ,.M esVy] ikVZ0 & 1- Jh jkt dqekj pkS/kjh] firk & Lo0 egkohj pkS/kjh] 2- Jh txnhi usokVh;k] 342] 343] 358] 359] 360] 58 firk & Lo0 nqxkZ izlkn usokVh;k] ,oa iRFkj f'kdkjhikM+k ikSM+kolfj;k 5.03 361] 362 ,oa 363] 3- Jh vkuUn f}osnh] firk & Jh jkenso f}osnh] rhuksa dk irk & ,p0 vks0&9] thbZy ppZ dEiysDl] bZLVuZ CykWd] ¼f}rh; rYyk½ esu jksM] jkaph&1]

35 DSR. Dumka, Jharkhand

esllZ flEiysDl bUQzkLVªDplZ fy0] irk & flEiysDl gkml&27] lsDlfi;j lkj.kh] dksydkrk&700017] 59 izkf/kd‘r izfrfuf/k & Jh lq’khy dqekj pkS/kjh] iRFkj ljS;kgkV pksjcfV;k 5.01 64 firk & Jh lhrkjke pkS/kjh] gkyedke & ckSlh cktkj] iksLV$Fkkuk & ckSalh] ftyk & ckadk ¼fcgkj½] esllZ flEiysDl bUQzkLVªDplZ fy0] irk & flEiysDl gkml&27] lsDlfi;j lkj.kh] dksydkrk&700017] 10] 11] 12] 13] 39] 60 izkf/kd‘r izfrfuf/k & Jh lq’khy dqekj pkS/kjh] iRFkj ljS;kgkV pksjcfV;k 10.36 40] 41] 42] 43 ,oa firk & Jh lhrkjke pkS/kjh] gkyedke & ckSlh 44] cktkj] iksLV$Fkkuk & ckSalh] ftyk & ckadk ¼fcgkj½] Jh uohu dqekj flUgk] firk & Jh dsnkj izlkn flUgk] xzke & gohoiqjk e0u0&66] iksLV$Fkkuk & lksgljk; fcgkj’kjhQ] 52] 53] 54] 55] ,oa iRFkj f'kdkjhikM+k nynyh 61 ftyk & ukyUnk] ,oa 3.46 60 2- Jh /kzesUnz dqekj] firk & Jh jke/khu izlkn] xzke & ungk] iksLV & dfN;kok¡] Fkkuk & fgylk] ftyk & ukyUnkA fjyk;al LVksu izksMDV] izks0 & Jh rkSfgn vkye] iRFkj f'kdkjhikM+k dkBigkM+h 895 62 firk & eks0 dk'khe lksukrjikM+k] 1.27 flmM+h] ohjHkwe¼ia0ca0½A Jh gfjgj pkScs] firk & Lo0 egkohj pkScs] 859@va’k] 860 ,oa iRFkj xksihdkUnj nynyh 63 xzke$iksLV & jktnkgk] Fkkuk & ikdqfM+;k] 1.79 861@va’k ftyk & ikdqMA Jh f’ko pj.k VqMw] firk & Jh cknj VqMw] 745@va’k] 746@va’k iRFkj f'kdkjhikM+k edjkigkM+h 64 xzke & dkslhxzke] iksLV & 'kkeuoksxzke] 2.31 ,oa 747 Fkkuk & Hkkrkj] ftyk & o)Zeku ¼ia0ca0½A Jh misUnz flag] ,oa 2- Jh jktsUnz flag] nksuksa dk firk & Jh lhrk jke flag] 327] 328] 329] iRFkj f'kdkjhikM+k gfjiqj 65 xzke & fuf’pariqj] iksLV$Fkkuk & jkeiqjgkV] 1.59 330 ,oa 331 ftyk & ohjHkwe ¼ia0ca0½A esllZ rqerkuh dUluZ] ikVZ0 & Jh riu dkafr ?kks"k] firk & Lo0 furkbZ in ?kks"k] 2- Jh ruhess"k] ?kks"k] firk & Jh riu dkafr ?kks"k] 1009@va’k] nksuksa dk xzke & iVsyuxj] iksLV & eks0 cktkj] iRFkj f'kdkjhikM+k jketke 1010@va’k] 66 Fkkuk & eks0 cktkj] ftyk & ohjHkwe ¼ia0ca0½ ,oa 3.77 1012@va’k ,oa 1013 3- Jh oS|ukFk eaMy] firk & Lo0 lR; fdadj eaMy] xzke & nsjiqj] iksLV & nsjiqj] Fkkuk & lSfFk;k] ftyk & ohjHkwe ¼ia0ca0½A Jhefr ,ohxsy eqewZ] ifr & Jh e'khg lksjsu] 319] 331 ls 337 ls iRFkj f'kdkjhikM+k fpjkikFkj 67 xzke & pEikuxj] irk & xzkUV LVsV] nqedk] 1.87 340] 343 ls 344 Fkkuk$iks0$ftyk & nqedkA jketke LVksu Dokjh] ikVZ0 & Jh dkfrZd pUnz xkSjkbZ ,ao vU; iRFkj f'kdkjhikM+k jketke 969 68 xzke$iks0 & gfj.kfla|k] 4.86 Fkkuk & eks0 cktkj] ohjHkweA Jh ftrsu dqekj nkl] 68] 73] 193] 196] firk & Lo0 eqdqUn pUnz nkl] iRFkj elfy;k u;kikM+k 197] 212] 213] 214] 69 xzke & cklekrk] iks0 & ch0 xEgjh;k] 1.70 215 ,oa 216 Fkkuk & elfy;k] ftyk & nqedkA

36 DSR. Dumka, Jharkhand

Jh vfuy dqekj] firk & Jh lksusyky lkg] iRFkj jkex<+ dfu;k tek; 382 70 xzke & uksuhgkV] iksLV & uksuhgkV] 1.50 Fkkuk & g¡lMhgk] ftyk & nqedkA Jh uohu dqekj flUgk] firk & Jh dsnkj izlkn flUgk] xzke & gohoiqjk e0u0&66] iksLV$Fkkuk & lksgljk; fcgkj’kjhQ] iRFkj f'kdkjhikM+k nynyh 49 ,oa 50 71 ftyk & ukyUnk] ,oa 3.25 2- Jh /kzesUnz dqekj] firk & Jh jke/khu izlkn] xzke & ungk] iksLV & dfN;kok¡] Fkkuk & fgylk] ftyk & ukyUnkA Jh izoh.k /kukfu;k¡] firk & Jh egkohj izlkn /kukfu;k¡] irk & 114 @ 1 ,] dkVZu LVªhV 472@va'k] dksydkrk & 700007 ¼ia0ca0½ ,oa iRFkj f'kdkjhikM+k gfjiqj 480@va'k] ,oa 72 2- Jh ekbuwy bLyke] 2.64 482@va'k firk & Lo0 eks0 efu:)hu] xzke & dkSvkegy] iksLV & csukxfM+;k] Fkkuk & f’kdkjhikM+k] ftyk & nqedkA Jh jktho jatu Hkxr] firk & Lo0 f'koukFk Hkxr] LFkk;h irk xzke & egqvkjk] iksLV & yksxka;] 394] 395@va’k] 397] iRFkj xksihdkUnj vejiqj 73 Fkkuk & egxkek] ftyk & xksìk] orZeku irk 8.40 637 ,oa 638 xzke & nsohuxj] iksLV & nsohuxj] Fkkuk & egs'kiqjjkt] ftyk & ikdqM+A esllZ iwtk v{kr LVksu] izks0 & Jhefr jhrk t;loky] 74 ifr & Jh latho dqekj t;loky] mQZ eUVw iRFkj xksihdkUnj vgjhpqvk¡ 2.22 405 t;loky] irk & nqxkZLFkku jksM] eSjkikM+k] iksLV & nqedk] Fkkuk & nqedk] ftyk & nqedkA Jh vafdr /kukfu;k¡] firk & Jh izoh.k /kukfu;k¡] 468] 474] 475] 476 iRFkj f'kdkjhikM+k gfjiqj 75 irk & 114@1,] dkVZu LVªhV 2.47 ,oa 477 dksydkrk & 700007 ¼ia0ca0½] Jh lw;Z ukjk;.k Hkxr ] firk & Lo0 dsnkj ukFk Hkxr] xzke$iksLV$Fkkuk & dkBhdq.M] ftyk & nqedk] 768] 769] 770] 771] ,oa] 2- Jh y{e.k izlkn Hkxr] iRFkj xksihdkUnj vejiqj 76 3.10 772 ,oa 773 firk & Jh ckys'oj Hkxr xkze & nqxkZiqj] iksLV & lkxcsfj;k] Fkkuk & ikdqfM+;k] ftyk & ikdqM+A Jh tqfy;l m)hu ’ks[k] 1826] 1827] 1828] 1829] firk & vcqcdkj fl)hd] iRFkj f'kdkjhikM+k cjefl;k 1831] 1832] 1834] 1835] 77 xzke & cksugkV] iksLV & [kSjcuk] 4.10 1836] 1837] 1840] 1696] Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½] ,oa 1699 Jh latho dqekj 78 firk & Jh jkeukFk izlkn Hkxr] iRFkj xksihdkUnj vgjhpqvk¡ 2.48 515 ,oa 516 xzke & vejkikM+k] ftyk & ikdqM+A eks0 vCnql lyke valkjh] firk & eks0 xqyke jlwy] 327] 332] 333] 334] iRFkj f'kdkjhikM+k dkSokegy 79 xzke & dkykdkVk] iksLV & ikVtksj] 1.52 ,oa 335 Fkkuk & jkus'oj] ftyk & nqedkA Jh jathr eaMy] firk & Lo0 uanyky eaMy] 80 xzke &

37 DSR. Dumka, Jharkhand

esllZ t; LVksu izksMDV] ikVZ0 & 1- Jh jktho jatu] firk & Jh t; izdk'k Bkdqj] xzke & jlhdiqj] iksLV & nqedk] 460] 463@va’k] 464 iRFkj xksihdkUnj vgjhpqvk¡ 81 Fkkuk & nqedk] ftyk & nqedk ,oa 8.46 ,oa 465] 2- Jh ckow jk;] firk & Lo0 yky fcgkjh jk;] xzke & vgjhpqvk¡] iksLV & [kjkSuh] Fkkuk & xksihdkUnj] ftyk & nqedkA Jh cyjke flaxy] 988] 990] 991] 992] 995] firk & Jh j?kwohj nkl flaxy] 999]1000] 1001] 1002] 82 iRFkj f'kdkjhikM+k fp=kxfM+;k 5.08 1003] 1004] 1005] 1006] xzke & loksZxyh ua0 & 03] vklke] iksLV & 1007] 1018] 1019] ,oa loksZosyryk] Fkkuk & gphxkao] ftyk & xqgkVh] 1021] Jh lukst jtd] firk & Jh NksVs yky jtd] iRFkj f'kdkjhikM+k dqydqyhMaxky 702] 703] ,oa 704@va’k] 83 xzke & eYykjiqj] iksLV & eYykjiqj] 1.00 Fkkuk & eksjs’oj] ftyk & ohjHkwe ¼ia0ca0½A eks0 cnhmTtkeku] firk & eks0 cnj vkyk iRFkj f'kdkjhikM+k dknjiks[kj 61] 62 ,oa 68 84 xzke & Msmpk] iksLV & Msmpk] 2.22 Fkkuk & eks0 cktkj] ftyk & ohjHkwe ¼ia0ca0½A Jh lqjs'k izlkn Hkxr] 555] 557] 572@va’k] firk & Jh f'ko iqtu Hkxr] iRFkj f'kdkjhikM+k ea>ykMhg 573] 574] 575] 576] 85 xzke & x.ks'kiqj] iksLV & f'kdkjhikM+k] 8.00 ,oa 578@va’k] Fkkuk & f'kdkjhikM+k] ftyk & nqedkA ,l0bZ0MCY;w0 bUÝkLVªDpj fyfeVsM] 6&3&871] Lusgyrk xzhu yS.M jksM] cSxeisV] gSnjkckn] ¼vkU/kzizns’k½ 500018 orZeku irk & nwljh eafty] ;qok dY;k.k Hkou] 8 ¼1@4½] ,y-ds-fe=kk jksM] 28] 29] 30] 31] 32] d‘“.kkuxj] ftyk & ufn;k] ¼ia0ca0½ 741101] iRFkj f'kdkjhikM+k fl;kyigkM+h 86 11.02 34] 35] ,oa 36 vf/kd`r izfrfuf/k @ izca/k funs'kd] Jh xaxk/kj ih0ch0ih0] firk & Jh ,l0,l0 iksVqdqph] ¶ySV ua0 308] txchj Hksth] xkMZul] Hkkuquxj] fo'kk[kkiRrue~ ¼vka/kzizns'k½ Jh jk'k dqekj iky] 410@va’k]411@va’k] firk & Lo0 lq/kkdj iky] iRFkj f'kdkjhikM+k xkslkbZigkMh 412@va’k]413@va’k] 87 xzke & djdjh] iksLV & [k.Mkxzke] 2.09 414@va’k ,oa 415] Fkkuk & nqcjktiqj] ftyk & ohjHkwe ¼ia0ca0½A esllZ bZLV bf.M;k LVksu Dokjh] izks0 & bejku [kku] iRFkj @ firk & Lo0 beke cDl] jkus'oj igkM+iqj 1@va'k] 88 DokVZtkbZV 8.33 xzke$iksLV & vklucuh] Fkkuk & jkus'oj] ftyk & nqedkA Jh v:.k dqekj lkg] firk & Lo0 ckyxksfoUn lkg] xzke & f'kdkjhikM+k] iksLV & f'kdkjhikM+k] 89 Fkkuk & f'kdkjhikM+k] ftyk & nqedk ,oa iRFkj f'kdkjhikM+k ea>ykMhg 4.00 1447@va'k 2- Jh f'ko eqewZ] firk & Jh >kns eqewZ] xzke & ea>ykMhg] iksLV & ea>ykMhg] Fkkuk & f'kdkjhikM+k] ftyk & nqedk esllZ ek¡ Hkokuh LVksu izksMDl] ikVZ0 & 1- Jh vfuy dqekj lkg] firk & Jh uan fd'kksj lkg] xzke & xaxVh jksM vyhxat] Fkkuk & ekstkfgniqj] ftyk & Hkkxyiqj ¼fcgkj½] 2- Jh v'ouh dqekj] 115@va’k] ,oa iRFkj f'kdkjhikM+k lkycksuk 90 firk & Lo0 vtqZu izlkn xqIrk] 2.59 116@va’k xzke & gluxat] iksLV & gluxat vkneiqj] iksLV & lfQ;kckn] Fkkuk & u;k jkeuxj eaqxsj] ftyk & eqaxsj ¼fcgkj½] ,oa 3- Jh pqYgu flag] firk & Lo0 xaxk flag] xzke$iksLV & elk<+] Fkkuk & mnoUnuxj] ftyk & Hkkstiqj ¼fcgkj½]

38 DSR. Dumka, Jharkhand

esllZ fo'odekZ LVksu oDlZ] izks0 & Jh pj.k yksgkj] 91 firk & Jh f'kcw yksgkj] iRFkj f'kdkjhikM+k edjkigkM+h 1.32 990@va'k xzke & edjkigkM+h] iksLV & ljlMaxky] Fkkuk & f'kdkjhikM+k] ftyk & nqedkA esllZ l`f"V LVksu oDlZ] izks0 & Jhefr euh"kk flag] 1437] 1438] ,oa ifr & Jh /kuat; flag] iRFkj f'kdkjhikM+k ea>ykMhg 92 2.61 1439 xzke & f'kdkjhikM+k] iksLV & f’kdkjhikM+k] Fkkuk & f'kdkjhikM+k] ftyk & nqedkA lh0 Vh0 ,l0 bUMLVªht fy0] 153] 154] 156] 157] 158] 159] 160] 161] 162] 163] funs'kd & Jh v'kksd rqyfl;ku] 164] 165] 166] 167] 168] firk & Jh lhrkjke rqyfl;ku] 169] 170] 171] 172] 93 iRFkj f'kdkjhikM+k dkSokegy 7.66 179@va’k] 180@va’k] irk & 37 lsDlfi;j ljuh] 181@va’k] 182@va’k] rhljh eathy] dksydkrk&17 184@va’k] 185@va’k ,oa 186@va’k] Jh mekuUn flag] firk & Jh jke xksiky flag] xzke & fuf'pariqj jkeiqjgkV] iksLV & fuf'pariqj jkeiqjgkV] lkycksuk Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½] iRFkj f'kdkjhikM+k 126@va’k] 127@va’k] 94 igkM+ 6.00 130@va’k ,oa 294@va’k 2- Jh lqjs'k dqekj JhokLro] firk & Lo0 f'ko 'kadj JhokLro] xzke$iksLV & ljlMaxky] Fkkuk & f'kdkjhikM+k] ftyk & nqedk] ,l- bZ- MCY;w- d`".kkuxj czEgiqj gkbZos fy0] vf/kd`r gLrk{kjdrkZ&duZy ¼fjVk;jMZ½ tktZ eSFk;w] 1] 10] 11] 13] 14] irk & 6&3&87] Lusgyrk xzhu yS.M jksM] iRFkj f'kdkjhikM+k p.Mhiqj 15] 18] 19] 25] 26 95 csxeisV] gSnjkckn] ¼vkU/kzizns'k½ 500016] 8.90 ,oa 28 orZeku irk & 95@1] ,e-th-jksM] ftyk tt vkokl ds ihNs] d`".kkuxj] ftyk & ufn;k] 745101 ¼ia0ca0½] Jh fo".kq pj.k nkl] 990] 991] 993] 994] firk & Lo0 HkSjo nkl] iRFkj f'kdkjhikM+k xkslkbZigkMh 995] 996] 997 ,oa 96 xzke & fo".kqiqj] iksLV & fo".kqiqj dqydqjh] 2.05 998 Fkkuk & eks0 cktkj] ftyk & ohjHkwe ¼ia0 ca0½A Jh lquhy gsEcze] 136@va’k] 137@va’k] 143] firk & Jh cukZckl gsEcze] 144] 145] 146@va’k] 167] 97 iRFkj f'kdkjhikM+k fpjkikFkj 1.65 168] 169] 170] 171] 172] xkze & gfjiqj] iksLV & dkyk>kj] 173] 174] 175@va’k] 179] Fkkuk & dkBhdq.M] ftyk & nqedkA 180 ,oa 181 Jh lquhy lksjsu] firk & Lo0 c`f)ukFk lksjsu] iRFkj f'kdkjhikM+k dkSokegy 138@va'k] ,oa 172 98 xkze & dkSokegy] iksLV & csukxfM+;k] 3.09 Fkkuk & f'kdkjhikM+k] ftyk & nqedkA esllZ uudkj CySd LVksu] izks0 & Jh vey jk;] firk & Lo0 fo|k/kj jk;] iRFkj f'kdkjhikM+k csukxfM+;k 149] 150 ,oa 151 99 xzke & fuf’pariqj] iksLV$Fkkuk & jkeiqjgkV] 1.37 ftyk & ohjHkwe ¼ia0ca0½A Jh ckcyw ejk.Mh] firk & Jh ukFk ejk.Mh] iRFkj f'kdkjhikM+k fp=kxfM+;k 125] 126 ,oa 128 100 xzke & dsUnigkM+h] iksLV & dktyknkgk] 1.24 Fkkuk & f'kdkjhikM+k] ftyk & nqedkA 224] 225] 227] 228] Jh lEeh /kukfu;k¡] 229] 230] 231] 232] firk & Jh egkohj izlkn /kukfu;k¡] 251] 252] 253] 254] 101 irk & 114@1,0] dkVZu LVªht iRFkj f'kdkjhikM+k gkFkckM+h 4.28 255] 256] 257] 259] dksydkrk&700007 ¼ia0ca0½ ,oa lh Mh&4] 260] 261] 263] 266] lkYV ysd] lsDVj&1] CykWd&lhMh] fo/kku uxj 267] 268] 282] ,oa ¼ukFkZ½] ukFkZ 24 ijxuk&700064 ¼ia0ca0½A 283 Jhefr 'kgkuk vQjkst] iRFkj f'kdkjhikM+k csukxfM+;k 2.00 01@va'k] 102 ifr & 'ks[k vCnql lyhe]

39 DSR. Dumka, Jharkhand

xzke & fuf'apriqj] iksLV$Fkkuk & jkeiqjgkV] ftyk & ohjHkwe ¼ia0ca0½A vcqy clkj ,oa vU;] 103 vyhuxj] iks0 & ednweuxj] iRFkj f'kdkjhikM+k jketke 3.00 980 ftyk & ohjHkweA esllZ t; ckck cklqdhukFk LVksu oDlZ] izks0 & Jh lqcks/k dqekj Hkxr] 475] 476] 477] 478] firk & Jh jke dqekj Hkxr] xzke & Qqyf>a>jh] iRFkj xksihdkUnj vgjhpqvk¡ 104 7.59 479] ,oa 480 iksLV & Qqyf>a>jh] Fkkuk & ikdqfM+;k] ftyk & ikdqM+]A

40 DSR. Dumka, Jharkhand

3.4 Representative location of Existing Mining Leases of District (Working and Non-Working) in Google Map -

41 Location of existing non-working mine Location of existing working mine DSR. Dumka, Jharkhand

3.5 Some Probable area/ Future Prospecting Areas for Decorative Stone, Ornamental Stone & Stone Chips:-

On the basis of initial/preliminary information collected from different sources, in the following areas, there are probability for the availability of minor minerals, useful for ornamental/ decorative stone chips. These areas must be verified through field inspection and geological investigation. The statute regarding the nature of land ownership i.e. forest, jungle- jhari, Raiyati, govt. Land and others etc. must be verified by C.O., D.F.O. and other concerned department. The lease status in those areas also must be verified by mining office. The required other statutory clearances from all concerned departments should be obtained before selection of the area for Block preparation:-

SL.No. Name of Area Location Toposheet No. Remarks 1 2 3 4 5 1 Parwar 72P/2 2 Mandaldih 72P/2 3 Dhanbai 72P/2 4 Murkatori On Palajori Jama Road 72P/3 5 Asansokurua On Palajori Jama Road 72P/3 6 Kunjbana On Palajori Jama Road 72P/3 7 Sagipahari Near Burhadangal 72P/3 8 Jhilwa, Harkund Area Near Sagaipahari 72P/3 9 Agoya Bara Near Ghormara 72P/3 10 Jarka, Nawadih Area Near Jhawadih 72P/3 11 Lakharjoria/Suratola Near Lakhanpur 72P/3 Nawadih/Kaira/Bansbutia/Pahardih/ Near Jamu 12 72P/3 Kharwadangal Area Dudhuwa/Phulopani/Rumitola/Dhwa Near Naunihat tanr/Bindasari/baradangal/Bandajor 13 72P/3 Decorat a pahar/Makarkenda Pahar/Lito Pahar area ive 14 Meghigatwali/Karikadar/Titingo area Near Barmasia PF 72P/3 Stone, 15 Shampur Area Near Nunihat 72P/3 Orname 16 Kharkinda Near Mirdhapani 72P/3 ntal 17 Sugnibad/Tarni/Agoya area Near Hardiha 72P/3 Stone & 18 Asansol, Kunjgona area Near Kenduatanr 72P/3 Stone 19 Chandandangal, Sariya area Near Tepra Nadi 72P/3 Chips 20 Patharchapti Near Tepra Nadi 72P/3 21 Baghbdanga, Murkatri Area Near Gahuamarni 72P/3 22 Pipra, Balamdih area Near Dulma 72P/3 23 Bedia Near Murgabana 72P/4 24 Murgabani Dumka Maslia Road 72P/4 25 Digha Near Bichkona 72P/4 26 Golbandha Near Bediakola 72P/4

43 DSR. Dumka, Jharkhand

27 Dhanbasa 72P/4 28 Chiharbani Near Chakaltipur 72P/4 29 Jirahya Near Nawadih 72P/4 30 Noyadih Near Goalpur 72P/4 31 Baganyadih Near Thekha 72P/4 32 Taldangal Near Janjko 72P/4 33 Jhilua, Palasi 72P/4 34 Belpahari Near Manrayadih 72P/4 35 Paharudih Near Amdaha 72P/4 36 Chautitar Near Maryadih 72P/4 37 Haripur Near Mankochak 72P/4 38 Ranga Near Bhadodih 72P/4

SL.No. Name of Area Location Toposheet No. Remarks 1 2 3 4 5 39 Kulandih Near Bhadodih 72P/4 40 Singhrogadi Near Birajpur, Margani 72P/4 41 Putuljor Near Amgachi 72P/4 42 Pipra Nea Kumardaha 72P/4 43 Babudih Near Dhartangi 72P/4 44 Jaruadih Near Dhartangi 72P/4 45 Barmasia Near Chotabarmasia 72P/4 46 Nawasar Near Barmasia 72P/4 47 Bethibank Near Paharpur 72P/4 48 Pahar[ur Near Turka 72P/4 49 Behrampur, Behrabank Near Pakuria 72P/4 Decorative 50 Amjoria Near Govindpur 72P/4 Stone, 51 Jaruadih, Saharpura Near Turka 72P/4 Ornamental 52 Barakola In Masalia Block 72P/4 Stone & Stone 53 Gowasal Near Nunwil Nadi 72P/4 Chips 54 Banbad Chuhadaha Near Kalipathar 72P/4 55 Daldali Near Bariyabad 72P/4 56 Gulbibathan, Simaldi Near Dhajagariya 72P/4 57 Amgachi Near Dalthai 72P/4 58 Dumdumi Near Paharpur 72P/4 Nipania Near Hiranjuri-Dalahi 59 72P/4 Road 60 Shampur Near Arjundhip 72P/4 61 Arjundip Area Near Chandana Nadi 72P/4 62 Baliajor Near Chandana Nadi 72P/4 63 Madhuban Kalipathar area On Niparia Hiralijuri Road 72P/4 64 Hiralijuri Near Maheshamagar 72P/4 65 Nipani, Asansol Near Shampur 72P/4 66 Mayamugar Area Near bhopapara 72P/4 67 Janamdih - 72P/4 68 Daladali Pichri - 72P/4 69 Kashi-Kuria Dumka Masalia Road 72P/4 70 Dwarpahari Near Utkramit School 72P/7 71 BANSDUMA –BARACHAPAR AREA Near Kurumba 72P/7 72 SARAIPANI & DHOLPATHAR AREA Near kuam 72P/7 73 KURUMTANR –JANGLA AREA Near Balpura 72P/7

44 DSR. Dumka, Jharkhand

74 THARIHAT AREA Near Bansberwa 72P/7 75 PATRAMPUR & JAMUGURI AREA Near Babupur 72P/7 76 KURUMTANR & BALPURA AREA Near Asanbani 72P/7 77 DHODHUMA & KANSACHAPAR AREA Near Tikapahari 72P/7 78 KURUWA AREA Near Bara Murlidam 72P/7 79 MANIKADIH AREA Near Karukadma 72P/7 Keshawgar Near Sikaripara Dumka 80 72P/8 Road Dighaparwat, Amjhari, Paharpur area Near Dumka Amrapara 81 72P/11 Road In the NE Corner of the Topo-Sheet No72P /7[G45V7] Area Partly Covering the Traps.

45 DSR. Dumka, Jharkhand

3.6 Information available/provided by Different Departments regarding Resources Table - A SL.No. Name of Area Location Remarks 1 2 3 4 1 Nonihat Jarmundi Block 2 Sismi Dumka Amarpara Road Area for Decorative Amarpara Karanpura Mines Stones / Ornamental 3 Lakhan Paharion Road Stones / Other Stones 4 Radhia Raksha Ambapara Sariyahat Block Table - B SL.No. Block Panchyat Mauza/Village Remarks 1 2 3 4 5 Chitragariya Chitragariya Benagariya Kauamahal Ramjam Banspahari Siulibona Makraphari Sarasdangal Hulasdangal Nijhor Area for Decorative Stones / Hirapur Kukulidangal 1 Sikaripara Ornamental Stones / Other Saharpur Stones Saharpur Paharpur Salbona pahar Pindargariya Barmasia Simanijor Daldali Saharbera Lowapahar mahulbona Siyalpahari Table – C

SL.No. Block Panchyat Mauza/Village Remarks 1 2 3 4 5 Jhonka Tindhara Chamrabahiyar Bamandiha Kateli Kushmaha Baratarn Area for Decorative Stones / Paharidih Paharidih Ornamental Stones / Other Jamua Stones 1 Jarmundi Bhalki Lagwah Banwara Banwara Barmasha Pharpur Gardda, Amrakunda Bandhiakusumdih Barmasia Dumariah Lakrapahari Bondabad Kusumah

46 DSR. Dumka, Jharkhand

Table – D

SL.No. Block Panchyat Mauza/Village Remarks 1 2 3 4 5 Ranighagar Keshoraidih Area for Decorative Stones / 1 Masalia Ornamental Stones / Other Khutojori Barakola Stones

Table – E

SL.No. Block Panchyat Mauza/Village Remarks 1 2 3 4 5 Ahrichuan Area for Decorative Stones / 1 Gopikandar Kharaunibazar Nomodih Ornamental Stones / Other Gopikandar Chattarchuan Stones

Table – F

SL.No. Block Panchyat Mauza/Village Remarks 1 2 3 4 5

1 Ranishwar Pharapur & Nandana

Kateli Area for Decorative Stones / 2 Jarmundi Bishunpur Ornamental Stones / Other 3 Sikaripara Kalipathar Stones 4 Saraiyahat Matihani

47 DSR. Dumka, Jharkhand

Table – G SL.No. Block Panchyat Mauza/Village Remarks 1 2 3 4 5 1

2 Shikaripara Pokharia 3 Shikaripara Porawasuria 4 Shikaripara Manjhladih 5 Shikaripara Porawasari 6 Shikaripara Kusumghati 7 Shikaripara Mahulbana 8 Shikaripara Shaharpur 9 Shikaripara Lawapara 10 Shikaripara Pahar Aamchuwa 11 Shikaripara Barmasia 12 Shikaripara Sarasdangal 13 Shikaripara Jamrupani Area For Stones 14 Shikaripara Daldali 15 Shikaripara Haripur 16 Shikaripara Paharpur 17 Shikaripara Lavapara 18 Shikaripara Benagadia 19 Shikaripara Chitragadia 20 Shikaripara Kouwamahal 21 Shikaripara Kusumghati 22 Shikaripara Kusumghati 23 Gopikandar Aharichuwa 24 Gopikandar Jitpur 25 Gopikandar Lakhibad 26 Kathikund Dhawadangal Masalia Barakol The above areas described in Sl. No.-3.5 & 3.6 may cover Forest land, Jungle jhari, Raiyati and different types Govt. Land. It must be verified by concerned departments.

48 DSR. Dumka, Jharkhand

3.7 Special Restricted Mining Areas from Tourist Places In Dumka District:- There are some areas declared as restricted mining areas by district administration. Detail of restricted mining areas – 1. 500 m restricted area from Masanjore Dam.

2. 5 km restricted area from Basukinath Temple.

3. 2 km restricted area from Maluti Temple.

Representative Map Restricted area 500 m from Masanjore Dam in Google Eatrth

49 DSR. Dumka, Jharkhand

Representative Map Restricted Mining Areas 2 km from Maluti Temple

Representative Map Restricted Mining Areas 5 km from Basukinath Temple

50 DSR. Dumka, Jharkhand

4 Detail of Royalty or Revenue Received in last three years

51 DSR. Dumka, Jharkhand

52 DSR. Dumka, Jharkhand

5. Detail of Production of Minor Minerals in last three years

53 DSR. Dumka, Jharkhand

6. GENERAL PROFILE OF THE DISTRICT

6.1 River System

Representative Map

Source- CGWB Report The district is drained by the Brahmani, the Baslo, the Mayurakshi, and their numerous tributaries. These streams are ephemeral in nature. Most of these stream courses are structurally controlled. The district is highly dissected with rivers of varying magnitude. More with its tributaries carry the drainage to the western part of the district which finally meet the Bhagirathi river below Murshidabad, West Bengal. The Brahmani rises in the west of the Dudhua hills in the north of the Dumka district. Dendritic drainage pattern, a typical of hard rock terrain has developed over the district. However, radial drainage is also developed locally in some areas. All these drainage are having rapid surface runoff. Surface flow of most of the rivers dries up during summer, however there is sub-surface flow for a considerable part of the year, which indicates the effluent nature of the rivers.

54 DSR. Dumka, Jharkhand

There are numbers of river/stream flowing in Dumka district. The salient features of these water bodies are given in tabular form below-

Area % Area Place of Altitude at S. No. Name of the River drained drained in Origin Origin (Sq. Km) the District 1 Tepra nadi 3.75 0.100 Near Pahridih 300.84 2 Tripita river 2.42 0.064 3 Nunbil river 3.37 0.090 Near Bakijor 156.97 4 Sidhidari river 1.46 0.039 5 Matihara river 2.68 0.071 Near Barmasia 255.12 6 4.34 0.115 Near 7 Hardia river 0.35 0.009 Rangatand 227.99

8 Jamuna river 0.44 0.012 Near 9 0.91 0.024 Patharchapti 262.13

10 Gumra river 1.46 0.039 Near Trikut 11 Dhobai river 1.23 0.033 Hills 262.13

12 5.67 0.151 13 Bhurbhuri river 1.88 0.050 Near Patgora 222.81 14 Bhamri nadi 0.62 0.016 Near 15 Banshloi river 8.19 0.218 Bankanatichak 223.42

55 DSR. Dumka, Jharkhand

Masanjore Dam-

Masanjore is a major dam built in Mayurakshi river situated 30 km to the Dumka town in Dumka District of Jharkhand. This small village is about 30 km south of Dumka. The picturesque Masanjore dam on the Mayurakshi River is a major draw. From the counterpart rupee fund created through supplies of wheat and other materials from Canada for use in India, Canada Govt. devoted those funds to further development of the Mayurakshi project And Masanjore dam was commissioned in 1955. That's why the Dam is still mentioned as Canada Dam. The dam is bounded by hills and forests. The Masanjore is connected with Vakreshwara (59 km), Sainthia (50 km), Tarapith (70 km), Rampurhat (62 km) and Deoghar (98 km).

View of Masanjore Dam

56 DSR. Dumka, Jharkhand

6.2 Climate

The Climate of Dumka district represents a transition between the dry and extreme climate of northern India and the warm and humid climate of West Bengal. The winter commences from mid November and extends up to the middle of March, December and January being the coldest months. The winter is characterised by heavy dew, thick fog and associated with cold waves. The winter is followed by summer which lasts till mid – June and then monsoon sets in which generally lasts till the end of September. During winter the mercury drops to 40C and during summer it shoots up to 460C. The relative humidity varies between 50 – 60%.

DUMKA CLIMATE TABLE

January February March April May June July August September October November December Avg. 18 20.7 26.2 30.5 31.6 30.5 28.6 28.4 28.3 26.6 22.1 18.8 Temperature (°C) Min. 10.7 13.4 18.4 22.9 25.5 26 25.4 25.2 24.8 21.8 15.4 11.6 Temperature (°C) Max. 25.3 28.1 34 38.1 37.8 35.1 31.8 31.6 31.9 31.5 28.9 26 Temperature (°C) Avg. 64.4 69.3 79.2 86.9 88.9 86.9 83.5 83.1 82.9 79.9 71.8 65.8 Temperature (°F) Min. 51.3 56.1 65.1 73.2 77.9 78.8 77.7 77.4 76.6 71.2 59.7 52.9 Temperature (°F) Max. 77.5 82.6 93.2 100.6 100.0 95.2 89.2 88.9 89.4 88.7 84.0 78.8 Temperature (°F) Precipitation / 13 11 15 27 70 202 313 296 248 118 12 2 Rainfall (mm)

There is a difference of 311 mm of precipitation between the driest and wettest months. The variation in annual temperature is around 13.6 °C.

57 DSR. Dumka, Jharkhand

6.3 Geomorphology

Representative Map

The landscape of the district is to a large extent comprises of long undulation ridges forming rugged and coarsely dissected topography between which runs the drainage channels. The trough in between the undulations is full of rich alluvial soil. Geomorphologically the district can broadly be divided into three well defined, physically identifiable and genetically significant units: (i) The hilly area (ii) The rolling country or (Valleys) and (iii) The pediplained flat country.

58 DSR. Dumka, Jharkhand

6.4 Soil

Representative Map

Soils in Dumka District has formed as a result of insitu – weathering of crystalline basement. Climate, topography and vegetation have all contributed to the formation of soil. Soils are sandy loam to clay loam, non-calcareous, slightly to moderately acidic and have location exchange capacity. The soils are generally shallow on the ridges and plateaus and deep in the valleys. The fertility of soil is poor due to extensive erosion, acidic character and low retaining capacity.

59 DSR. Dumka, Jharkhand

6.5 Irrigation

IRRIGATION BY DIFFERENT SOURCES Area(Ha)147915 (Areas in Ha) (2007-08) Canals 113 Tubewell / Borewell 3240 Tank/ponds 1902 Other sources 199

6.6 Physiography of the District:- Dumka has a predominantly undulating terrain with hard rocks under the ground. The entire district has topography with high ridges and valleys bounded by mountains and rivers. The soil fertility is poor due to extensive erosion, acidity and low retaining capacity Topographically the district is an upland tract with a hilly backbone running from north to south. A narrow but long strip of alluvial soil which is between the Ganga and , flank the north east side. There are several hill ranges like Rajmahal hill, Ramgarh hill, Lagwa hills with several small hillocks. The average elevation of the hill ranges between 150 to 300 meters. The landscape of the district is to a large extent comprises of long undulation ridges forming rugged and coarsely dissected topography between which runs the drainage channels. The trough in between the undulations are full of rich alluvial soil. Geomorphologically the district can broadly be divided into three well defined, physically identifiable and genetically significant units: (i) the hilly area (ii) the rolling country or (Valleys) and (iii) the pediplained flat country

6.7 Demography

SL INDICATOR DUMKA JHARKHAND SOURCE YEAR

1 Population 1321442 32988134 Census of India 2011 2 Male 668514 16930315 Census of India 2011 3 Female 652928 16057819 Census of India 2011 4 Rural 1231264 25055073 Census of India 2011 5 Urban 90178 7933061 Census of India 2011 6 SC Population 79614 3985644 Census of India 2011 7 SC Population Male 40802 2043458 Census of India 2011 8 SC Population Female 38812 1942186 Census of India 2011 9 ST Population 571077 8645042 Census of India 2011 10 ST Population Male 282125 4315407 Census of India 2011 11 ST Population Female 288952 4329635 Census of India 2011 12 Population Growth Rate, 2001-11(%) 19.39 22.34 Census of India 2011 13 Child Population (0-6 Years) 219449 5389495 Census of India 2011 14 Child Population (0-6 Years) to total population (%) 16.60 16.33 Census of India 2011 15 Sex Ratio (Female per 1000 males) 977 949 Census of India 2011

60 DSR. Dumka, Jharkhand

16 Sex at Birth,Total 927 930 AHS 2012-13 17 Sex at Birth,Rural 936 943 AHS 2012-13 18 Sex at Birth,Urban 782 884 AHS 2012-13 19 Child Sex Ratio (0-6 Years; girls per 1000 boys) 966 948 Census of India 2011 20 Gross Enrolment Ratio (Primary) 99.7 155.8 DISE 2010-11 21 Crude Birth Rate,Total (Per 1000) 25.4 23.0 AHS 2012-13 22 Crude Birth Rate,Rural (Per 1000) 26.0 24.3 AHS 2010-11 23 Crude Birth Rate,Urban (Per 1000) 18.7 19.4 AHS 2012-13 24 Crude Death Rate,Total (Per 1000) 6.7 6.0 AHS 2010-11 25 Crude Death Rate,Rurall (Per 1000) 7.1 6.4 AHS 2012-13 26 Crude Death Rate,Urban (Per 1000) 6.4 5.7 AHS 2010-11 27 Total Fertility Rate 3.0 2.7 AHS 2012-13 28 Wealth Index-lowest(20%) 31.6 20.0 AHS 2010-11 29 Wealth Index-Highest(20%) 11.7 20.0 AHS 2012-13 30 Work Participation rate (15 years and above) 46.5 45.7 AHS 2010-11

BLOCKS AT A GLANCE

LITERACY INDICATOR CHILD POPULATION MALE FEMALE SEX RATIO CHILD SEX RATIO RATE (7 & POPULATION ABOVE)(%) SUB-DISTRICT

Saraiyahat 156291 80535 75756 27416 941 943 58.65

Jarmundi 185286 94202 91084 32674 967 952 59.04

Ramgarh 159911 79944 79967 26694 1000 991 55.45

Gopikandar 42063 20999 21064 7686 1003 981 50.12

Kathikund 71458 35598 35860 12841 1007 983 54.08

Shikaripara 131464 65723 65741 22931 1000 968 57.10

Ranishwar 101667 51115 50552 15478 989 973 60.06

Dumka 210785 107949 102836 30568 953 957 74.73

Jama 137963 69621 68342 23015 982 981 61.88

Masalia 124554 62828 61726 20146 982 956 61.66

Source:Census of India, 2011

61 DSR. Dumka, Jharkhand

7. FOREST

7.1 FOREST DENSITY:-

Dumka district covers Protected Forest. The Damin area is also demarcated by forest department. The Jungle Jhari, Damin area should be verified by competent authority before the auction of the area. In the elephant movement area it should be restricted for mining activities with the buffer zone.

District-wise Forest Cover Area in Jharkhand (Area in Km2) 2017 Assessment District Geograph Very Moder- Open Total Percent Change Scrub ical Area Dense ate. Forest of GA Km2 Forest Dense Forest Bokaro 2,883 61 232 277 570 19.77 3 38 Chatra 3,718 249 864 653 1,766 47.50 -8 19 Deoghar 2,477 0 14 188 202 8.16 -1 12 Dhanbad 2,040 0 44 160 204 10.00 2 20 Dumka 3,761 0 259 317 576 15.32 6 44 Garhwa 4,093 125 414 851 1,390 33.96 -4 62 Giridih 4,962 77 339 474 890 17.94 7 28 Godda 2,266 13 270 138 421 18.58 7 16 Gumla 5,360 305 586 550 1,441 26.88 -1 11 Hazaribagh 3,555 230 349 772 1,351 38.00 1 19 Jamtara 1,811 0 21 76 97 5.36 2 12 Khuti 2,535 73 343 488 904 35.66 -7 12 Koderma 2,540 81 494 449 1,024 40.31 0 5 Latehar 4,291 477 1,311 616 2,404 56.02 -2 9 Lohardaga 1,502 174 219 111 504 33.56 2 8 Pakur 1,811 3 172 112 287 15.85 0 20 Palamu 4,393 57 521 622 1,200 27.32 3 98 West 7,224 462 1,352 1,552 3,366 46.59 7 52 EastSinghbhumSinghbhum 3,562 55 592 429 1,076 30.21 -1 22 SinghbhuRamgarhSinghbhu m 1,341 31 110 188 329 24.53 2 18 Ranchi 5,097 63 364 737 1,164 22.84 10 35 Sahebganj 2,063 18 258 297 573 27.78 -4 67 Saraikela- 2,657 22 214 337 573 21.57 5 21 Kharsawan Simdega 3,774 22 344 875 1,241 32.88 0 21 Grand 79,716 2,598 9,686 11,269 23,553 29.55 29 669 Total(Source: India state of forest report 2017-Jharkhand)

62 DSR. Dumka, Jharkhand

7.2 FLORA

63 DSR. Dumka, Jharkhand

64 DSR. Dumka, Jharkhand

65 DSR. Dumka, Jharkhand

66 DSR. Dumka, Jharkhand

7.3 FAUNA:- Wild life and avifauna of the area: A list of animals of the area has been prepared on the basis of local inquiry from the village people and from the available published literatures. The fauna of the area can be grouped in to aquatic and terrestrial as the area mostly comprises of aquatic fauna and the area provides shelter to the terrestrial animals. Avian fauna: In addition to the wildlife development measures in Dumka Damin Range a vigilant eye is needed to protect the migratory birds in winter visiting the large damsites such as the one of the Mayurakshi River. In winter a large number of migratory ducks and cranes visit the dam. Presently very little protection is affordable to them resulting in gradual decline of winter visitors. The working plan strongly advocates that heavy antipoaching operations must be taken up in winter to stop shooting of birds.

Terrestrial fauna: Mammals: Domesticated mammal species are reported during the field survey. Common grazing animals like cow, goat etc. are noticed in the area. Small mammals like Indian palm squirrel and field mouse are noticed in vicinity of village. Inquiry from village people regarding wild animals reveals that monkey, langurs, Indian hare, fruits bat, Wild boar,Indian Fox, jackal, etc. are often seen in the area. Reptiles: The reptilians species commonly reported in buffer zone area are Red Sand Boa, Indian Cobra, King Cobra, Banded Krait, Common Krait, Indian Python, Rat Snake, Russell Viper, and among the lizards Chameleon, Indian House Gecko, Rock Lizard, Monitor Lizard are reported from the village people.

Amphibian: Amphibians are commonly found at the places along the margin of aquatic and terrestrial systems. Due to presence of water bodies like river, nalas, etc. the study area is providing shelter to many amphibian species. Some of the commonly reported species are Bufo melanostictus (common Indian toad), Euphlyctis cyanophlyctis (Indian skipper frog), Hoplobatrachus tigerinus (Indian bull frog) etc.

67 DSR. Dumka, Jharkhand

8. Land Utilization Pattern of the District

Representative Map

Land Utilization i. Area under 2010-11 Hectares 123900.80 cultivation ii. Forest Cover 2010-11 Hectares 48305.42 iii. Non Agriculture 2010-11 Hectares 76092.83 Land iv. cultivable Barren 2010-11 Hectares 25761.27 land 4. Forrest: i. Forest Area 2011 Hectares 48305.42

68 DSR. Dumka, Jharkhand

9. Ground Water Scenario

9.1 Hydrogeology

Representaive Map

Based on the morpho-genetic and geological diversities, and relative Ground Water potentialities of the aquifer belonging to different geological formations, the district of Dumka can be broadly sub – divided into two hydrogeological units. (A) Fissured Formation (B) Porous Formation

69 DSR. Dumka, Jharkhand

Based on the above observation CGWB has declined sixteen exploratory wells at different spot. In general potential fractures are encountered between 30 – 90 mbql, but there are exceptions such as Raneswar, Barmasia, and Sikaripara where fractures encountered between 50 – 125 mbql are found to be potential.

Representative map

70 DSR. Dumka, Jharkhand

9.2 Depth to Water Level: -

There are 16 National Hydrograph Stations (NHS) have been established by Central Ground Water Board for the study of behavior of the water level and their fluctuation. Pre monsoon depth to water level: - On the basis of the depth to water level of the year 2012 , the pre monsoon depth to water level varies between 4.45 to 12.3 mbgl. Majority of the wells (85%) fall in the water level range of 5– 10 mbgl. About 10% wells fall in the water level range from 2 – 5 mbgl. Post monsoon depth to water level: - The post monsoon depth to water level ranges between 3.10 to 8.4 mbgl. About 69% of the wells fall in the water level ranges between 2 – 5 mbgl and 31% of the wells fall in the depth to water level ranges between 5 -10 mbgl.

Representative map

71 DSR. Dumka, Jharkhand

Representative map

9.3 Seasonal Fluctuation: - From the pre monsoon and post monsoon depth to water level data collected during May 2012 and November 2012 respectively, water level fluctuation were computed for all NHS of the district. The water level fluctuation between pre monsoon and post monsoon period of the district varies from 1.64 to 6.75 m. About 33% wells are showing water level fluctuation between 0 – 4 m and while 67% wells show fluctuation > 4.0 m.

DEPTH TO WATER LEVEL OF HYDROGRAPH NETWORK STATIONS Location May August November January Seasonal LOCATED IN 2012 2012 2012 2013 Fluctuation DUMKA DISTRICT (2012-13) Sl No. 1 Dumka(db ib) 8.1 4.92 3.21 4.53 4.89 2 Gopikandar 12.3 8.75 8.4 8.4 3.9 3 Chikania - 5.12 5.4 6.64 - 4 Jama 9.85 6.48 3.1 6.6 6.75 5 Jarmundi db.ib 9.7 8.5 6.33 7.2 3.37

72 DSR. Dumka, Jharkhand

6 Maheshpur 8.55 8.4 4.05 9 4.5 templ 7 Nunihaat - 2.35 1.9 2.15 - 8 Kathikund 9 6.35 4.8 5.68 4.2 9 Masalia 8.35 6.2 1.67 4.94 6.68 10 Masanjor 4.45 2 2.81 2.86 1.64 11 Raneswar 6.8 4.55 4.71 5.03 2.09 12 Hansdiha 8.8 3.88 5.45 6.52 3.35 pwdib 13 Ramgarh 11 8.1 4.72 - 6.28 14 Sikaripara 8.3 4.35 6.33 - 1.97 15 Patabari 8.3 - - 4.29 -

9.4 Long term water level trend: - Water level depends upon the storage of ground water development and variation in rainfall over a long period. The water level data of each station has been analysed. The pre monsoon and post monsoon long term water level trend has been calculated for the period of 2003 – 2012. The long term water level trend is showing declining trend between 0.020 – 1.28, 0.001 – 0.52and 0.026 – 0.98 m/ year for pre monsoon, post monsoon and all period respectively.

LONG TERM WATER LEVEL TREND FOR EXISTING HYDROGRAPH NETWORK STATIONS IN DUMKA DISTRICT (2003 – 2012)

73 DSR. Dumka, Jharkhand

9.5 Ground Water Resources As per the latest resource estimation carried out following GEC 97 methodology, the overall stage of ground water development in Dumka district is 27% indicating sufficient scope of development. All blocks are under safe category.The ground water resource of Dumka district is shown in the table-6.

9.6 Ground Water Quality To evaluate the quality of ground water, samples have been collected from representative NHS (dug wells) during the month of May 2011. These samples have been considered to assess the chemical quality of ground water and its suitability for drinking and irrigation purposes. The samples represent the quality of phreatic zone or the shallow zone. The ground water samples were analysed for major chemical constituents by using standard procedure at chemical laboratory in CGWB, MER, Patna. Analysed results are given in table 5.

74 DSR. Dumka, Jharkhand

Table-5 Major chemical parameters of ground water samples of GWMS collected during May 2011

75 DSR. Dumka, Jharkhand

10. Ground Water Management Strategy

10.1 Status of Ground Water Development

In the rural areas the entire water supply is dependent on ground water. Ground water development is mainly carried out in the district through dug wells and Hand pumps. Dug wells are in general of 2 m diameter and between 8 to 15 m depth, depending on the thickness of the weathered zone, tapping the shallow ground water in the weathered zone and uppermost slice of the basement. Large number of dug wells used for drinking water is under private ownership for which there is no reliable data. Over the years Mark II/ Mark III hand pumps are being drilled in large numbers for ground water development. These hand pumps have the following two major advantages i) are less susceptible to contamination from surface sources and ii) they tap fractures between 20-60m depth which have been found to be less affected by seasonal water level fluctuation and thus have lesser chances of failure even during extreme summer. In the urban areas ground water plays a supplementary role in water supply, the major supply being made through dams, reservoirs or weirs across rivers or streams. No authentic data is available on the number of ground water structures catering the urban water supply.

10.2 GROUND WATER RELATED ISSUES & PROBLEMS

Some of key ground water related issues are 1) Long term water level decline has been observed 2) Locating suitable sites for bore wells 3) Suitable design of dug wells and hand pumps 4) Taking up artificial recharge projects to augment the resource availability in Dumka district 5) Optimal development of irrigation intensity by developing ground water available for future uses. 6) Creating public awareness for conserving ground water through awareness camps, NGO’s and mass media.

10.3 AWARENESS & TRAINING ACTIVITY Mass Awareness Campaign (MAP) & Water Management Training Programme (WMTP) by CGWB

NIL

10.4 AREA NOTIFIED BY CGWB/SGWA

None

76 DSR. Dumka, Jharkhand

10.5 RECOMMENDATIONS In the hard rock areas, pin pointing suitable sites for bore wells is always a challenge. Considering the anisotropy in distribution of fractures at deeper level, proper selection of sites can be arrived at making use of remote sensing techniques in association with geophysical and hydro-geological investigations. For deriving optimal benefit from aquifers in areas under fissured formation the dug wells should be so designed that it penetrates the weathered zone as well as top part (1-2 m) of the underlying bed rock so as to derive the benefit of the shallow aquifer. For hand pumps and shallow tube wells the casing provided against the weathered zone should be slotted at the bottom so that the well can extract shallow ground water also. In urban areas use of shallow aquifers should be encouraged. The surface run off in urban areas and its peripheral parts should be harnessed to augment the ground water resource through appropriate techniques. For urban areas roof top rain water harvesting and artificial recharge is most suitable. Location and design of the structures should be guided by hydro-geophysical surveys. Sites for artificial recharge should be taken up if fractures are available and the depth of the recharge well should be governed by the depth of occurrence of fractures. De-saturated or partially de-saturated fractures / aquifers should be properly demarcated.

77 DSR. Dumka, Jharkhand

11. Rainfall: Month wise

Rainfall data of Dumka District in mm Year 2012 2013 2014 2015 2016 Sl. No. Month Avg Avg Avg Avg Avg 1 Jan 0.00 0.00 4.60 18.50 2 Feb 1.50 5.50 5.20 3 Mar 4.00 6.30 37.50 5.40 4 Apr 8.00 0.00 41.60 0.00 5 May 31.00 117.90 21.20 117.50 6 Jun 104.30 116.70 174.60 370.00 294.70 7 Jul 335.80 132.30 312.50 602.20 261.60 8 Aug 166.10 238.30 250.90 292.80 352.30 9 Sep 319.80 174.20 208.40 107.40 317.40 10 Oct 67.40 273.30 49.90 5.30 43.40 11 Nov 108.60 0.00 0.00 0.00 12 Dec 0.00 0.00 0.00 0.00 0.00

The Indian Meteorological Department, Nagpur, vide letter No. NAGPUR RMC/CS-312, dated 18th January, 2016 has provided the period of Rainy Season viz. Normal dates of Onset and Withdrawal of South West Monsoon over India as state-wise. The duration for the period is 10th June to 15th October.

78 DSR. Dumka, Jharkhand

12. GEOLOGY AND THE MINERAL WEALTH OF THE AREA

Rajmahal Trap is the major rock type in the district. The other geological formations of the district are alluvium, Laterite and Gondwana. In the eastern part of the district, recent alluvium occurs in patches, which is mainly composed of sand and sub ordinate clay. Laterites are mainly of in situ origin and have been formed by sub-aerial eroson of underlying basalts under favorable climatic conditions. Laterites provide good porous and permeable nature. The most significant Barakar coal measures of Gondwana formation occurs in western part of the district. The different units of the lava flows are the main water bearing horizons in basaltic formation. The massive basaltic unit is hard and compact in nature with negligible primary porosity and permeability. But the process of weathering and structural deformations, development of secondary porosity such as joints and fractures. The Lower Gondwana rocks inclusive of coal bearing Barakar formation in Rajmahal Groups of coal fields generally form subdue topography along main river valleys like Bansloi, Gumra, and Brahmani etc. Its southern margin with the Brahmani basin is concealed by younger units comprising Dubrajpur Formation and Rajmahal formation. The western boundary is Precambrian basement on the west of juxtaposed against the Lower Gondwanas. The central part is covered by younger formations like Dubrajpur and Rajmahal formation standing out as plateau type hills.

The generalized geological succession in the district is given below AGE FORMATION LITHOLGY THICKNESS (maximum)

Recent to Alluvium Loose soil, silt, clay Sub-recent

Lower Rajmahal Tholeiitie basalt with Creataceous homotaxial inter-trappean bed comprising of clay stone sandstone silistone and oolitic ironstones

79 DSR. Dumka, Jharkhand

------Unconformity------

Upper Dubrajpur Coglomerates, coarse grained 123m

To Lower Jurassic ferruginous sand stone ,reddish Formation siltstone,areanaccous shale ------Unconformity------

Lower Barakar Intraformational conglomerates 480m Permian Formation Dirty white to light grey fine medium and coarse grained sandstone grey argillaccous and carbonaces shale and coal seam

Lower Talchir Conglomerate (diamiclite) 54m.+

Permian Formation Greenish to mottled sandstone, siltstone ,rhythmites ,chocclate sand

------Non-conformity------

Pre-cambrian Metamorphics Granite, granite gneiss with Quartz and pegmatite veins & Basic Intrusions

80 DSR. Dumka, Jharkhand

Geological succession exposed at The Rajmahal area, eastern Jharkhand (after Ball, 1877; Sengupta 1988; Tiwari & Tripathi 1995; Ghose et al., 1996)

Group Formation Lithology Age Alluvium Recent Laterite Upper Rajmahal Basalt and acid volcanics with intertrappean Lower Cretaceous Gondwana beds of pyroclastic material, argillaceous, and arenaceous sediments often contain plant fossils (Ptilophyllum flora) and

bentonite deposits in the lower sequence Igneous contact Dubrajpur Pebbly ferruginous sandstone, conglomerate Triassic to and Early Cretaceous grit passing into siltstone and shale Usually forms high ridges and scarps Disconformity

Barakar Sandstone, shale, and carbonaceous shale with coal seam Lower Permian Lower Unconformity

Talchir Boulder bed, fine-grained sandstone, Yellow or green shale, Lower Corboniferous highly- weathered Unconformity

Proterozoic Chhotanagpur gneiss-granulite complex

12.1 Mode of occurance of minor minerals of Dumka Region High-grade rocks of Dumka area around Deogarh and beyond to the North east the region of high grade rocks where the North Easterly strike of the Hazaribagh-Deogarh formations merge with the east west strike of the Jharkhand mica belt. Structural mapping of about 1000sq. km of the central part of the Santhal Parganas district between Deogarh and Dumka in part of toposheet 72 L/15 and 72 P/3 by Bhattacharya (1975-76) and by Roy and Mukhopadhyay (1962) has brought out several interresting features. The region may be taken as a type area of the high grade and domains in the NE part of the CGGC. Three broad groups can be distinguished in the Precambrian sequence, the oldest folded metamorphites of high grade, a group of concordant basic intrusive, partially metamorphosed also to a high grade and third group of magmetitic gneisses and granitoids,

81 DSR. Dumka, Jharkhand locally syenitic. Band of charnokitic rocks, though small in extend, represent a notable additional petrographic type. As in the rest of CGGC, the most dominant formation in the area are the migmatitic granite gneiss, locally containing sillimanite and mapped as sillimanite granite gneiss and hornblende gneiss. The former consists of plagioclase both orthoclase and microclean, quartz, biotite, garnet and iron oxide and accessory zircon and apatite. The hornblende gneiss contains additional greenish Brown hornblende. The gneisses carry vains of apidote and sphene, where traversed by fault zone. Intrusive into the migmatitic Granite gneisses are prophyritic and augen gneisses, well foliated along their margins that have domical outline and are similar to the dome gneisses in the other part of the sea CGGC. Synitic varieties are recorded by Roy and Mukhopadhyay (1992) in the vicinity of Jarmundi between Basukinath (Lat 240 24’, Long.870 05’) Jamua (Lat 240 24’, Long.870 02’). The gneissic and granitic rocks host a U- shaped belt of hornblende gneisses, west of jarmundi, in which elongated band of acid charnokitic rock occur. These comprises microcline microperthite, oligoclase, quartz, hypersthenes, hornblende, garnet, iron oxide and subordinate biotite and accessory apatite and zircon. Locally minor muscovite develops from microcline. Hypersthenes seems confined to hornblende segregation and according to Bhattacharya may be a prograde transformation of the hornblende. Hypersthenes also alerts to biotite. The high grade metamorphites of areas occur as confident confolded band in the migmatitic gneisses. They comprises thin band of sillimanite schists, felspathic quartzite, calc- gneisses, para- amphibolites and hornblende gneisses. Though restricted in extend they have significance as relicts of an old metasedimentary sequence of resistive rock type and also help to bring out by their structural concordance the complex regional structure in CGGC. The sillimanite schist with garnet and graphite minor biotite and accessory zircon, have a khondalitic affinity, and have been mapped has Khondalitic schist by Bhattacharya (1976). They contain thin bodies of garnet granulite and locally contain hypersthenes and spinel. The felspathic quartzite mainly comprise of quartz with minor plagioclase, microcline- orthoclase, hornblende, garnet and biotite. Among the calc- and magnesium metasediments, the hornblende gneisses grade into para- amphibolites and both consists of acid plagioclase, green hornblende and quartz with minor biotite, garnet epidote, sphene and iron oxide. They contain locally garnet and diopside. The formations are migmatised to biotite gneisses. These formation shows variations along strike to calc silicates rocks, the compromise basic plagioclase, greenish diopsidic, clinopyroxene, quartz, pink garnet and sphene with minor green spinel iron oxide and epidote and locally calcite. The metabasites occur as concordant bodies in the gneisses and retain much of their original texture and mineralogy. They are marginally modified by metamorphism and felspathisation along the margins. These rock share much of the deformational history of the gneisses hosting them and therefore are considered as syn to let tectonic to F1 deformation. They vary from prophyritic to granulatic (norite) type. They consist of hypersthenes, diopsidic augite, and plagioclase and minor amount of brown hornblende, Olivine, biotite, green spinel and garnet. Coronea of hornblende, spinel and garnet around orthopyroxene are common. Olivine bearing meta-dolerites and meta-gabbros show both

82 DSR. Dumka, Jharkhand one- ply and two-ply coronae, the first fly being enstatite and second an intergrowth of amphibole and spinel. Garnet forms Coronae around hornblende. These mineral reaction imply a distinctive response of the normally dry basic rocks to metamorphism. Anorthosite forms a large crescent shaped outcrop near Dumka. Minor bodies occur as concordant band in gneisses and also as a pigmatatic intrusive vain in a pyroxeneGranulite band. The structural evolution of the region is marked by first generation of isoclinal folding followed by second phase of fold movement that gave rise to antyformal and synformal structure on the foliation form surface (Bhattacharya 1975). The axial trend in the central and northern part of the area is dominantly north south but very in the south west part another set of fold with N-S but veers to the S-W part. Another set of fold with NW- trending axial trace has affected the earlier set giving rise to several microscopic structure domes and basins on the foliation form surface. This represents the last phase of fold movement in the area. Thus there are three phases of fold movements, the first two being intense and the last one rather mild. The second folding phase, according to Bhattacharya, is marked by the intrusion of syntectonic small bodies of basic igneous rock that have shared the high grade metamorphism along with the host rocks. The Metamorphic history of the region has been interpreted on different lines. Bhattacharya interprets the mineral assemble of the para and ortho metamorphic rocks of the area as indicating and amphibolites- granulite transition facies. He derives the charnokitic rocks by the progressive metamorphism of the closely associated hornblende granite gneisses. The noritic and gabbroic rock shows two metamorphic trends, one of recrystallization of granulite and other of conversion of amphibolites. Bhattacharya propose an increase in the grade of metamorphism from the western part to the eastern where typical granulite facies rocks are present. Based on recent mapping of the same area of as discussed above with marginal extension eastward, Roy and Mukhopadhyay of the GSI (1992) also infer at least three phases of folding and associated shearing, after the formation of granulites. According to them the rock of the area have suffered polymetamorphism. The earliest granulite grade Rock suffered retrogression and migmatisation during subsequent deformation and acid magmatism. The granulites were formed under temperature revealed by Cpx-Opx assemblages of basic granulites at 6500 C to 8500 C and pressure indicated by garnet- opx and garnet opx relations of 8 to 11 kb. The breakdown of hypersthene + plagioclase to hornblende + K feldspar + quartz indicates much lower pressure of < 6 Kb. The temperature conditions of this event are uncertain.

83 DSR. Dumka, Jharkhand

84 DSR. Dumka, Jharkhand

Representative map

85 DSR. Dumka, Jharkhand

Representative Map

86 DSR. Dumka, Jharkhand

13. BRIEF DISASTER RISK PROFILE

13.1 Vulnerability of the State

Almost all the 24 districts are affected by different kind of Disaster. There is great need to strengthen the capacity of State, District, Block and newly formed Panchayat level of departments, institutions and functionaries to respond to the Disaster at their own level in participation of community. Jharkhand is vulnerable to following kind of Hazards:-  Drought,  Mining Accidents,  Chemical and Industrial Hazards,  Lightning,  Bird Flu,  Flood,  Earthquake,  Fire / Forest Fire,  Elephant Attacks,  Climate Change, Biodiversity loss,  Naxalism/Landmine Blasts etc.

Major HazardsName of Hazards No. of districtsName of the district affected affected districts1 Sl No Drought All the 24 All districts affected 1. Districts (2010) Flood 01 (Sahibgunj) 2. Flash Flood 03 (Jamshedpur , Saraikela , Ranchi) 3. Forest Fire 09 (Garhwa, Palamau, Latehar, Chatra, 4. Hazaribagh, E. & W. Singhbhum, Simdega,Gumla) Lightening 09 (Palamau, Chatra, Latehar, Koderma, 5. Ranchi, Giridih, 9 Hazaribagh, Lohardagga, Dumka) 6. Mining Hazards 09 Latehar, Ramgarh, Dhanbad, Lohardagga, Giridih E & W Singhbhum,& Koderma Earthquake 7. Hazard –

87 DSR. Dumka, Jharkhand

Zone –IV 02 Districts (Godda & Sahibgunj - Partially)

(Godda , Sahibgunj, Garhwa, Zone –III 15 Districts Palamau, Chatra, Hazaribagh, Koderma, Giridih, Bokaro, Dhanbad, Deoghar, Dumka, Godda, Pakur, Jamtara)

Zone – II 7 Districts (Lohardagga, Ranchi, Ramgarh, Khunti, Gumla, E. & W. Singhbhum)

13.2 Mine disaster Thousands of miners die each year around the globe due to mining accidents, especially from underground coal mining, although hard rock mining is not immune from accidents. A number of coal mines in the state are affected by fires leading to steady destruction of precious energy resource. The reason for mine fires presumably involves the phenomenon of spontaneous heating through two interrelated processes viz., the oxygen coal interaction or oxidative process and the thermal process. It is estimated that about 10% of total national coal resources are in the fire-affected areas. Although underground mining has considerably less impact than opencast mining on land, it causes enough damage through subsidence as observed in Jharia and Raniganj coalfields. Apart from this, leaks of poisonous gases such as hydrogen sulphide or explosive natural gases, especially firedamp or methane, dust explosions, collapsing of mine stopes, mining-induced seismicity, flooding, or general mechanical errors from improperly used or malfunctioning mining equipments and improper explosives underground can also cause to catastrophe.

The Chasnala mining disaster happened on 27 December 1975 in a coal mine near Dhanbad caused by an explosion in the mine followed by flooding which killed 372 miners.

The Dhanbad coal mine disaster occurred on May 28, 1965, in a coal mine near Dhanbad. On the fateful day, there was an explosion in Ghori Dhori colliery near Dhanbad, which led to fire in the mines which killed 375 miners.

88 DSR. Dumka, Jharkhand

14. OVERVIEW OF IMPACT OF MINING ON ENVIRONMENT

Impact on Environment due to mining activities varies based on the quantam of production rate proposed. The different activities envolved before & during mining are narrated below, which helps to asses the impact on environment.

 Exploration:

A mining project can only commence with knowledge of the extent and value of the mineral ore deposit. Information about the location and value of the mineral ore deposit is obtained during the exploration phase. This phase includes surveys, field studies, and drilling test boreholes and other exploratory excavations.

The exploratory phase may involve clearing of wide areas of vegetation (typically in lines), to allow the entry of heavy vehicles mounted with drilling rigs. Many countries require a separate EIA for the exploratory phase of a mining project because the impacts of this phase can be profound and because further phases of mining may not ensue if exploration fails to find sufficient quantities of high-grade mineral ore deposits of economical values.

 Development

If the mineral ore exploration phase proves that there is a large enough mineral ore deposit, of sufficient grade, then the project proponent may begin to plan for the development of the mine. This phase of the mining project has several distinct components.

 Site preparation

If a mine site is located in a remote, undeveloped area, the project proponent may need to begin by clearing land for the construction of staging areas that would house project personnel and equipment. Even before any land is mined, activities associated with site preparation and clearing can have significant environmental impacts, especially if they are within or adjacent to ecologically sensitive areas. The EIA must assess, separately, the impacts associated with site preparation and clearing.

 Active mining

Once a mining company has constructed access roads and prepared staging areas that would house project personnel and equipment, mining may commence. All types of active mining share a common aspect, i.e. the extraction and concentration (or beneficiation) of a metal from the earth. Proposed mining projects differ considerably in the proposed method for extracting and concentrating the metallic ore. In almost every case, metallic

89 DSR. Dumka, Jharkhand ores are buried under a layer of ordinary soil or rock (called ‘overburden’ or ‘waste rock’) that must be moved or excavated to allow access to the ore deposit. The first way in which proposed mining projects differ is the proposed method of moving or excavating the overburden. What follows are brief descriptions of the most common methods.

 Open-pit mining

Open-pit mining is a type of strip mining in which the ore deposit extends very deep in the ground, necessitating the removal of layer upon layer of overburden and ore.

In many cases, logging of trees and clear-cutting or burning of vegetation above the ore deposit may precede removal of the overburden. The use of heavy machinery, usually bulldozers and dump trucks, is the most common meas of removing overburden. Open- pit mining often involves the removal of natively vegetated areas, and is therefore among the most environmentally- destructive types of mining, especially within tropical forests.

 Underground mining In underground mining, a minimal amount of overburden is removed to gain access to the ore deposit. Access to this ore deposit is gained by tunnels or shafts. Tunnels or shafts lead to a more horizontal network of underground tunnels that directly access the ore. In an underground mining method called ‘stoping’ or ‘block caving,’ sections or blocks of rock are removed in vertical strips that leave a connected underground cavity that is usually filled with cemented aggregate and waste rock.

Although underground mining is a less environmentally-destructive means of gaining access to an ore deposit, it is often more costly and entails greater safety risks than strip mining, including open-pit mining. While most large- scale mining projects involve open- pit mining, many large underground mines are in operation around the world.

 Disposal of overburden and waste rock In almost every project, metallic ores are buried under a layer of ordinary soil or rock (called ‘overburden’ or ‘waste rock’) that must be moved or excavated to allow access to the metallic ore deposit. For most mining projects, the quantity of overburden generated by mining is enormous. The ratio of the quantity of overburden to the quantity of mineral ore (called the ‘strip ratio’) is usually greater than one, and can be much higher. For example, if a proposed mining project involves the extraction of 100 million metric tons of mineral ore, then the proposed mining project could generate more than one billion metric tons of overburden and waste rock.

These high-volume wastes, sometimes containing significant levels of toxic substances, are usually deposited on-site, either in piles on the surface or as backfill

90 DSR. Dumka, Jharkhand in open pits, or within underground mines. Therefore, the EIA for a proposed mining project must carefully assess the management options and associated impacts of overburden disposal.  Site reclamation and closure

When active mining ceases, mine facilities and the site are reclaimed and closed. The goal of mine site reclamation and closure should always be to return the site to a condition that most resembles the pre-mining condition. Mines that are notorious for their immense impact on the environment often made impacts only during the closure phase, when active mining operations ceased. These impacts can persist for decades and even centuries. Therefore, the EIA for every proposed mining project must include a detailed discussion of the mine Reclamation and Closure Plan offered by the mining proponent.

Mine reclamation and closure plans must describe in sufficient detail how the mining company will restore the site to a condition that most resembles pre-mining environmental quality; how it will prevent – in perpetuity – the release of toxic contaminants from various mine facilities (such as abandoned open pits and tailings impoundments); and how funds will be set aside to insure that the costs of reclamation and closure will be paid for.

 Human displacement and resettlement

According to the International Institute for Environment and Development: The displacement of settled communities is a significant cause of resentment and conflict associated with large-scale mineral development. Entire communities may be uprooted and forced to shift elsewhere, often into purpose-built settlements not necessarily of their own choosing. Besides losing their homes, communities may also lose their land, and thus their livelihoods. Community institutions and power relations may also be disrupted. Displaced communities are often settled in areas without adequate resources or are left near the mine, where they may bear the brunt of pollution and contamination. Forced resettlement can be particularly disastrous for indigenous communities who have strong cultural and spiritual ties to the lands of their ancestors and who may find it difficult to survive when these are broken.

ENVIRONMENTAL AND SOCIAL IMPACTS OF MINING The most impotant important environmental impact of mining projects are:-  Acid mine drainage and contaminant leaching

Acid mine drainage is considered one of mining most serious threats to water resources. A mine with acid mine drainage has the potential for long-term devastating impacts on rivers, streams and aquatic life.

91 DSR. Dumka, Jharkhand

HARM TO FISH & OTHER AQUATIC LIFE:

If mine waste is acid-generating, the impacts to fish, animals and plants can be severe. Many streams impacted by acid mine drainage have a pH value of 4 or lower – similar to battery acid. Plants, animals, and fish are unlikely to survive in streams such as this.

PERPETUAL POLLUTION:

Acid mine drainage is particularly harmful because it can continue indefinitely causing damage long after mining has ended. Due to the severity of water quality impacts from acid mine drainage, many hardrock mines across the west require water treatment in perpetuity. Even with existing technology, acid mine drainage is virtually impossible to stop once the reactions begin. To permit an acid generating mine means that future generations will take responsibility for a mine that must be managed for possibly hundreds of years.”

Impacts of mining projects on air quality:-

The largest sources of air pollution in mining operationsare:

Particulatemattertransportedbythe windasaresultofexcavations,blasting, transportationofmaterials,wind erosion (more frequent in open-pitmining),fugitive dust from tailings facilities, stockpiles, waste dumps, and haul roads. Exhaust emissions from mobile sources (cars, trucks, heavy equipment) raise these particulate levels; and gas emissions from the combustion of fuels in stationary and mobile sources, explosions, and mineral processing. Once pollutants enter the atmosphere, they undergo physical and chemical changes before reachingareceptor. Thesepollutants cancauseseriouseffectsto people’shealthandto the environment.

Impacts Emissions Atmosphere Human health, Mobileandstationary sources. Pollutantsaretransported,diluted, Environment (water, soil, wildlife), (Can be measured and undergo physical and chemical changes Infrastructure, controlled) Global climate

Large-scalemininghasthepotentialtocontribute significantly to air pollution, especially in the operation phase. All activities during ore extraction, processing, handling, and transport depend on equipment, generators, processes and materials that generate hazardous air pollutants suchasparticulatematter,heavymetals,carbon monoxide,sulfur dioxide,andnitrogenoxides.

Transportation sources

92 DSR. Dumka, Jharkhand

Transporation sources of air pollutants include heavy vehicles used in excavation operations, cars that transport personnel at the mining site, and trucks that transport mining materials. The level of polluting emissions from these sources depends on the fuel and conditions of the equipment. Even though individual emissions can be relatively small, collectively these emissionscanbeofreal concern. In addition, mobile sources are a major sourceofparticulate matter, carbon monoxide, and volatile organic compounds that contribute significantly to the formation of ground-level ozone.

Stationary sources

The main gaseous emissions are from combustion of fuels in power generation installations, and drying, roasting, and smelting operations. Many producers of precious metals smelt metal on-site, prior to shipping to off-site refineries. Typically, gold and silver is produced in melting/fluxing furnaces that may produce elevated levels of airborne mercury, arsenic, sulfur dioxide, and other metals.

Fugitive emissions

Common sources of fugitive emissions include: storage and handling of materials; mine processing; fugitive dust, blasting, construction activities, and roadways associated with mining activities; leach pads, and tailing piles and ponds; and waste rock piles. Sources andcharacteristics of fugitive emissions dust in mining operations vary in each case, as do their impacts. Impacts are difficult to predict and calculate but should be considered since they could be a significant source of hazardous air pollutants.

Noise and vibration

Noise pollution associated with mining may include noise from vehicle engines, loading and unloading of rock into steel dumpers, chutes, power generation, and other sources. Cumulative impacts of shoveling, ripping, drilling, blasting, transport, crushing, grinding, and stock-piling can significantly affect wildlife and nearby residents.

Vibrations are associated with many types of equipment used in mining operations, but blasting is considered the major source. Vibration has affected the stability of infrastructures, buildings, and homes of people living near large-scale open-pit mining operations. According to a study commissioned by the European Union in 2000: “Shocks and vibrations as a result of blasting in connection with mining can lead to noise, dust and collapse of structures in surrounding inhabited areas. The animal life, on which the local population may depend, might also be disturbed.”

93 DSR. Dumka, Jharkhand

15. Conclusion:

The detailed geological investigation for different mineral has not been done in the whole area of the district. Even though, within stipulated time, the data/ information/ report available in the different department are incorporated in this report. The resource area particularly for stone chips/ ornamental stone/ dimensional or decorative stone has been described only on the basis of geology. All the parameters and the statutory clearances required for granting mining lease. It should be also verified by field investigation and consulting with concerned are authorities. Out of the described areas, only few can fulfil all the statutory criteria. This is an interim report, prepared on the basis of initial data available with different departments and can only be used for prospecting purpose. It is a collection of information from several sources, thus further exploration is to be carried out for assessment of the quality and quantity of the potential areas and the data to be updated periodically at certain intervals. For selection of the area for auction block, all statutory requirements should be considered and clearances from C.O., D.F.O., Gram Sabha and other concerned authorities is required. As per the decision taken in the DEIAA meeting, held on 31.01.2018, the distance for “No- Mining Zone” especially for the below mentioned areas with their corresponding distances are to be considered and excluded from carrying out any mining activity –

Sl. Name Periphery of Safe Zone No. 1 Massanjore Dam 500 m 2 Basukinath Temple 5 Km 3 Maluti Temple 2 Km

For other areas, the norms of the different department and statutory clearances will remain same as per the guidelines of SEIAA, DEIAA and MoEF & CC.

94 DSR. Dumka, Jharkhand

REFERENCES

1) GSI Memoirs Vol LXXVIII 2) GSI Miscellaneous Publication No. 30 part-V 3) DGM Report – A report on delineation and demarcation of Stone deposits of Dumka district. 4) Geological Society of India - Geology of Bihar and Jharkhand by T. M. Mahadevan 5) DGM Report – A report on delineation and demarcation of Stone deposits of Masaliah Block of Dumka district. 6) DGM publication – Potentiality of Granite in Jharkhand 7) DGM publication – Mineral Wealth Scenario and Prospect of Industrial Mineral of Santhal Paragana 8) DGM publication – Mineral Inventory of Santhal Paragana Circle by N.K. Singh and S.K. Singh 9) Report of Central Ground Water Board, Ministry of Water Resources – State Unit Office, Ranchi, September 2013.

10) Report/Data of District Mining Office – Dumka 11) Report/Data of Circle Office, Gopikandar, Masaliah, Sikaripara and Jarmundi, Dumka 12) Resource Map of Dumka District from GSI Kolkata. 13) Geological Map of GSI 14) Report Data of Irrigation Department 15) http://www.jharkhandminerals.gov.in 16) http://dumka.nic.in/ 17) https://en.wikipedia.org/wiki/Dumka_district 18) Study of stratigraphy of Dumka by Roy and Mukhopadhyay 19) District Mining Office – Dumka 20) District Forest Office - Dumka 21) Geology of Bihar and Jharkhand by T. M. Mahadevan 22) National Institute of Disaster Management Report

95