Final EMP Package- 11: Lucknow-Ayodhya Stretch...

National Highways Authority of India(Ministry of Road Transport & Highways)New Delhi, India

Final EMP Package- 11: Lucknow-Ayodhya Stretch onNH-28 including Faizabad Bypass

August, 2004

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Shri V.K. ShannaGeneral Manager DHV Consultants

Social & Environmental Development Unit Branch Office

National Highway Authority of India C-154, Greater Kailash-l

Plot No. G5 & G6 New Delhi -110 048

Sector - 10, Dwarka Telephone +91-11-646 6433/ 6455/ 5744I Sector-10,New Delh Fax +91-11-6226543E-mail: [email protected]

II New Delhi, 10'h August 2004

Our Ref. MSPINHAI10408.094Subject Submission of Final Report: Independent Review of EIA, EMP and EAI Process Summary for Lucknow-Ayodhya section of NH-28 and Gorakhpur

Bypass ProjectDear Sir,

We are submitting the Final Report of Independent Review of EIA, EMP and EA Process Summary forLucknow Ayodhya section of NH-28 and Gorakhpur Bypass Project for your kind consideration.

We hope you would appreciate our efforts in carrying out the assignment.

| Thanking you,

Yours siterely|3DH CXulta s

M.S. Prakash (Dr.Team Leader

llII

ID:\UmanigNH-28FiiW Report August 10 .doccovermgLetter.doc

| A',r-j~ |DHV Consultants Is part of the DHV Group.(4j'T$i>V |Bahrain. Bangladesh, Belgium, Botswana. Brazil, China, Czech Republic, Ecuador, Egypt Gomwny, Guatemala, Hungary, Hong Kong, Inrdia, Indonesia, Israel, KAnya, Laos,

Environmental Management plan forPackage -11 of Lucknow - Ayodhya section of NH - 28

3 TABLE OF CONTENTS

2 M 0iE MMM4! 7!

1.1 Background of The Project 1-1

1.2 Project Description 11

1.3 Environmental Impact Assessments and Environmental Management Plan 1-3

1.4 Environmental Clearances 1-3

I ,i,* 6.*Kltl..;2.0 Environmental setting 2-1

I I W ** I

3.1 Mitigation Measures 3-1

4.1 Environmental Budget 4-1

Table 1.1. Details of Construction Packages 1-1

Table-i .2: Existing Features of the Project Stretch 1-2

Table 1.3. Carnage way Details 1-2

Table-i .4: Statutory Clearances Obtained/ Applied for by PIU, NHAI 1-3

Table-1.5: Environmental Clearances Required to Obtain by the Contractor 1-4

Table-2.1: Environmental Impacts Matrix 2-2

Table-3.1: Environmental Management Action Plan for Package -11 of Lucknow - Ayodhya Section of NH - 28. 3-2

Table 4.1: Environmental Budget for Package 11 of Lucknow -Ayodhya Section of NH-28 4-2

Appendix P11-1: List of Trees to be Cut from Proposed RoW of Package-l I 1 to 3

Appendix P11-2: Lists of Affected Community Utilities including Suggested Mitigation Measures 1 to 7

Appendix P11-3: List of Affected Cultural and Religious

Appendix P11-4: Lead to Borrow Areas 13 Appendix P11-5: Location and Length of Proposed Noise Barrers 1

Appendix P11-6: Environmental Monitoring Plan 1 to 6

Figure 1.1: Base Map

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1iIII

I ~~~~~~~CHAPTER - I

I

I INTRODUCTION

III

I

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Environmental Management plan forI Package -11 of Lucknow - Ayodhya section on NH - 28

I S INTRODUCTION

1.1 Background of the Project

National Highways Authority of India (NHAI) has been entrusted by the Ministry of Road Transportand Highways (MRTH), Government of India with the task of the capacity augmentation by 4/6laning of the East-West Corridor comprising various sections of existing National Highways fromProbandar (Gujarat) to Silchar (Assam) either through budgetary resources with or without theassistance of International Funding Agencies like ADB and World Bank or on Build Operate andTransfer (BOT) basis. The widening is necessary to develop National Highway corridors whereI traffic intensity has increased significantly and there is a requirement of augmentation of capacity forsafe and efficient movement of traffic. The Lucknow - Ayodhya section of East - West corridor is apart of contract package C-111/3 stretches, which starts from km 8.250 to km 122.275 on NH-28 then15 km on Faizabad bypass, which is funded by World Bank. The project is being prepared forimplementation under the Phase-IllI program.

The Figure 1.1 is showing the project stretch of the road.

The Lucknow- Ayodhya section of NH 28 is divided into three construction packages, which is3 described below in Table 1.1.

Table 1.1. Details of Construction Packages

l Road Section Package Chainage (Km) Length Cost in Crores_________ ~~~~~(kmn) (Rs)

From To

Lucknow-Ayodhya Package I 8.25 45.0 36.75 327.01section of NH 285 Package ll 45.0 93.07 48.07 266.74

Package III 93.07 122.275 on NH-28 44.205 256.61

I then 15 kmn onFaizabad bypass

I This Environmental Management Plan pertains to 48.07 km long construction Package-II. It startsfrom km 45.0 on NH-28 at village Pilhari of district Barabanki and ends at km 93.07 on NH-28 atvillage Baraikalan of district Barabanki.

1.2 Project Description

| The select stretch on the NH-28 has two-lane carriageway, the existing feature are depicted below inTable 1.2.

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Environmental Management plan forPackage -11 of Lucknow - Ayodhya section on NH - 28

Table-1.2: Existing Features of the Project Stretch

Road stretch Lucknow-Ayodhya section of NH-28

Existing carriageway 2-lane with 7.0 m carriageway, 0-1.5 m of paved shoulder and 1.0 m ofearthen shoulders on either side

Existing ROW 20-39 m

Proposed ROW 45 m for widening, 60 m for proposed Ramsanaighat Bypass alignment

3 The Package II of Lucknow-Ayodhya stretch of project road also has new bypass, Ramsanehighatbypass details of which are described below:

3 Starting point End Point Length (kmn) ConstructionName of the Bypass Package

Ramsanehighat bypass km 62.775 on NH- km 69.679 on 6.7 Package II

28 NH-28

The carriageway details and salient features of the Package II have been listed in Table 1.3 andTable 1.4, respectively.

Table 1.3.Carriage way Details3 S.No. Attributes Details

I. Design Life a) Flexible pavement 20 yearsb) Rigid pavement 30 yearsI 2. Design Speed a) Rural 100 kmph

b) Through settlements 60 kmph3 3. Carriageway width 7.0 m (3.5x2=7.0 m)

Number of lanes in main carriageway 4 lanes

4. Edge strip adjacent to kerbMain carraiage way 0.25 mBypass 0.5 m

5. Paved Shoulder 1.5 m

* 6. Earthen/Granular Shoulder 1.0 m

7. Median Width a) Rural Stretches 4.5 to 9.5 mb) Built-up Stretches 1.2 mc) New bypasses 12 m

8. Embankment Slope (V: H) 1:29. Footpath along service road at built-up areas 2.0 m

(Footpath is generally over drain withcover)

10. Longitudinal Gradienta) Ruling Maxm 2.0 %b) Absolute Maxm 3.3 %

11. Carriage way (m) on bridges/culverts 11.0 m

X 12. Footbridge on Bridge and culverts (m) 1.2 m13. Service Road 5.5 m

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Environmental Management plan forPackage - 11 of Lucknow - Ayodhya section on NH - 28

Table 1.4: Salient FeaturesStructures on RoW

Commercials structures 2 bank buildings, I hospitals, and 4 marketsReligious structures 11 temples, 3 mosquesCommunity water resources 219 tube wells, 17 ponds

Educational Institutes 6 schools

l Cross Drainage StructuresBridges on rivers 7Culvert on canals 5I Other cross drains 61

Under passesPedestrian/cattle 3Pedestrian cum vehicular 11

Fly overs3 Railway crossings 1 Manned level crossing

1.3 Environmental Impact Assessments and Environmental Management* Plan

The widening of Package II stretch of Lucknow-Ayodhaya section on NH-28 involves landacquisition more than 20 m, moreover, this section has one new bypass, which passes throughagricultural land and involve major land acquisitions. Further more, the cost of the project is alsoabove 100 cores. Therefore, the detailed design of the entire Lucknow-Ayodhya stretch (includingI The section of Package II) have been closely coordinated with Environmental Impact Assessment(EIA) and Social Impact Study as per the requirement of the EIA notification (1994) of Ministry of3 Environment and Forests (MoEF) issued under the Environment Protection Act, 1986.

Since the proposed four laning of Lucknow- Ayodhya stretch of NH-28 project is being fundedthrough loan from the World Bank, Environmental Impact Assessment was also a requirement ofI World Bank Operative Directive - 4.01. Along with the EA/SA, a consolidated EnvironmentalManagement Plan (EMP) and separate Rehabilitation and Resettlement Plan including ResettlementAction Plan (RAP) were also required. The project has been categorized as category 'A' project, dueI to its cumulative magnitude of environmental and social impacts. In accordance with the requirementof 'category A' project of the World Bank, an independent review of the Environmental and SocialAssessments, EMP and RAP has also been carried out to address the gaps and deficiencies in thosedocuments. This EMP is finalized based on the outcome of the reviewed EA report. There is ageneric EMP, where common management plan applicable for all the construction packages has beengiven, in addition, this specific EMP has been prepared to give specific environment management3 measures for each distinctive issues of package-Il.

1.4 Environmental Clearances

The project would require total statutory clearances from Government of India and Government ofUttar Pradesh. The present status of the statutory clearances for the overall project work is described3 below in Table-1.4

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Table-1.4: Statutory Clearances Obtained/ Applied for by PW, NHAI

* Si. Clearance Required Statute under which Statutory Authority Current Status ofNo for Clearance is required clearance

1 No objection Certificate EIA Notification, 1994 Uttar Pradesh Pollution To be obtainedfor the overall activities issued under EP act, Control Board

19862 Permnission for EP Act, 1986 Central Ground Water To be obtained

Withdrawal of Ground BoardWater for construction

3 Pertnission for EP. Act, 1986 Uttar Pradesh Irrigation To be obtainedBorrowing Earth from DepartmantRiver Bank

4 Environmental Environmental Impact Ministry of To be obtainedClearance Assessment Environmental andI Notification, 1994 Forest, GOI, New Delhi.

issued under EP Act,--- [F- 1 ~~1986 PaehT eotie

l 5 Felling of trees from Conservation of forest Uttar Pradesh State Forest To be obtainedROW of Existing NH-2 Act, 1980 Department

Apart from the clearances for the overall project work, the contractor has to obtain requiredclearances for operating his equipment and carrying out construction work. The clearances/ noobjection Certificates (NOC) to be collected by the contractor after mobilization but before startingthe construction work listed below in Table-1.5:

Table-1.5: Environmental Clearances Required to Obtain by the Contractor

3 Si. Construction Activity for which Statutory Authority Statute under whichNo. Clearance Required Clearance is RequiredI Hot mix plants, Crushers and Uttar Pradesh Pollution Air(Prevention and Control of

Batch plants Control Board Pollution) Act, 1981 and theI Noise Pollution (Regulation andControl Rules, 2000)

2 Storage, Handling, and Transport Uttar Pradesh Pollution Hazardous Wastesof Hazardous Materials Control Board (Management and Handling)

rules, 1989 and manufacturing,Storage and Import of hazardous

_____________________________ ._______________________ C hem ical R ules, 1989J 3 Clearance for Engineering for Uttar Pradesh Pollution EP Act, 1986 Manufacturing,

Location and Layout of workers Control Board Storage and Import ofcamp, Equipment and Storage Hazardous Chemicals Rules,

* yards 19894 Quarries Department of mining Environment Protection Act,

GOUP 19865 Discharges from the Labor Camps Uttar Pradesh Pollution Water prevention and Control of

Control Board pollution) Act, 19746 Disposal of Bituminous Wastes, if Intimate to the local civic Hazardous Wastes

any body to use the local solid (Management and HandlingO______ waste disposal site Rules, 1989

In addition, any other clearance which supervision consultant or PIU, NHAI will feel required forI this project will be procured by the NHAI or contractor as appropriate or as decided by NHAI beforecommencement of the respective work of the project. The contractor will submit an undertaking toensure that no child labor shall be used for any construction and to comply with the EMP provision3 to the PIU, NHAI.

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IIIIIIII

I CHAPTER -IL

II ENVIRONMENTAL SETTING

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l 2 ENVIRONMENTAL SETTING

In existing environmental set-up of the study corridor (7 km on either side of the project road), ingeneral, and within the Right of Way (ROW), in particular, has been described below:

Topography and Seismicity: Stretch of Package II of Lucknow - Ayodhya section of NH - 28 runson flat terrain in between the Gomti and Ghaghara rivers. The soil of the area is alluvium. Accordingto seismic map of India (IS: 1893, part I, 2002), the package I falls in the Seismic zone III (havingmoderate seismic intensity), therefore, has a moderate risk of potential damage due to earthquake.The ground level along the package II between the starting and ending point varies between 109.3-3 118.3 m above mean sea level.

Climate: The climate of the area is moderate and experiences hot and dry summer from March toMid June, a humid monsoon from Mid June to September, a short pleasant post-monsoon duringOctober and November, and a cool and dry winter between December and February.

Water Bodies: The two rivers (Kalayani and Kasera), two irrigation canals and three natural drainsform the main surface water system of the area. Beside, 35 ponds/water tanks used for domestic andirrigation purposes are also located close to the road stretch.

Air Quality: Average SO2 and NOx levels were observed to be within the limit of 80 jig/m 3 whilethe SPM and RPM levels in the (around Chainage km 57-58.7) and Ramsanehighat(around Chainagekm64.4-66..9) both SPM and RPM exceeds permissible limits (200 ,ug/m3 and 100 jg/mr3

respectively) for residential, rural and other areas as stipulated in the National Ambient Air QualityStandards.

Noise level: It was observed that the during the day time as well as night time, ambient noisescenario in residential, commercial and sensitive places within the study area in general exceeded theacceptable limits.

Flora, Forests and Fauna: In the Package II stretch of the NH-28 at Chainage 69.3 to 69.5 a strip ofdense plantation, called Asarafpur ban block is present on the left hand side of the road. The treesplanted on both sides of the project road belong to forest department and falls under the category ofProtected Forests. No wild life is recorded from the area including Asarafpur ban block forestsexcept, fox, and monkey. No wildlife corridor or migration route has been reported by the forestdepartment along this stretch.

Land Use: The both the side of the road has mainly agricultural land interspersed with frequenthuman settlements, mainly villages and a few towns.

Though no change in the macro-climatic setting (precipitation, temperature and wind) is envisageddue to the project, the microclimatic parameters are likely to be temporarily changed mainly byvegetation removal and laying of pavement surface.

There will also be adverse impacts of project relating to the hydrology, drainage and break inlandscape in the new bypass area. Table-2.1 summarizes the identified environmental impacts fromthe widening of existing NH-28 section and construction of bypass in Package-I.

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Table-2.1: Environmental Impacts MatrixS. Attribute Description of Impacts Significance

No. Pre Construction Construction Operation1. Physiography/Land Visible and significant impact on physiography of the region, permanent

change in the land use in new bypass area, medium and temporary soilerosion during pre construction and construction stage, compaction and Medium Medium Lowcontamination of soil.

2. Air Quality Direct adverse impact on air quality due to exhaust emissions andconstruction activity, which will last almost throughout the pre-construction to construction period. A major source of dust during theconstruction stage is from stone crushing operations from the crusher Low High Lowand the vibrating screen. Dust is generated due to procurement andtransport of raw materials from quarries and borrows sites to the roadconstruction area.

3. Water Resources/ Increased sedimentation, loss of tube wells/ hand pumps, ponds andQuality degradation of water quality. In proposed bypass area alteration of Medium High Medium

drainage is also envisaged4. Consumption of Earth: Six borrow pits have been identified for package II. The quantity

Natural Resources of earth available from these borrow areas has been estimated as > 1301) Construction x 105 m3.

materials:* Earth Fly ash: As per the India Government directive (order issued on dated*Fly ash 18/06/2002) the use of fly ash is mandatory for the construction of* Quarry Materials embankments of any new road/ fly over located within 100 km periphery

of thermal power plant. Thermal power Plants located at Tanda is withinthis range of Package -11. Therefore, contractor of this package has to Low Medium Lowprocure the fly ash from this power plant for embankment filling. Thecontractor will transport it to project site in closed dump truck. Fly ashwill be directly dumped on the embankment. Bulldozer will spread thematerial and a compactor will be used for compaction. No stock pilingwill be required.

Quarry materials: Total 371229 of aggregates and 104794 m3 of sandwill be required for entire Package - I. The amount required for this_ ._ _I11_ _ ___ _ _ _ _ _ _ _ _ _ . n_ J-~ £.i _ _ _._ '_ ___ _* __ _J ___-r_ ___X_ _r_n

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- m m - m m m - m m m - m --Environmental Management plan forPackage -11 of Lucknow - Ayodhya section on NH - 28

S. Attribute Description of Impacts SignificanceNo. Pre Construction Construction Operationconstruction package will be procured from quarries identified by DPR

consultants.

2) Water Water: Total 81,732 m3 of water for construction (including earthworkand concrete work and drinking/household use by labour colony(considering 160 labour on an average), which will preferable beextracted from ground water source by dedicated bore well separatelybored for construction work.

Noise Noise pollution due to vehicular movement and construction activityduring nighttime of the operation phase exceed in the horizon years Low High Medium2005, 2025 and 2035.

6. Ecology/ Flora/ Fauna 6168 numbers of trees in which 571 from proposed Ramsanehighatbypass will be cut from RoW of Package - 11 of Lucknow - Ayodhya Low Medium Lowsection of NH - 28. All these trees are common native plants; noendangered or rare plants are present among them.

7. Human Use Values Land: It has been estimated that the Package - II will require acquisitionof around 104.91 ha of land.

Community Properties: From RoW of Package - II, 11 temples, threemosques, six educational institutes, two State Bank buildings, onehospital, 219 tube wells will be demolished and 17 ponds will be filledup. In addition, one temple, five mosques, 4 educational institutes, 18ponds and two hospitals will be partially affected.

These community properties will be relocated! compensated / enhancedas suggested in Table 3.1 before the construction starts in these sites.

8. Archaeological/Protect The Stretch of Package -11 is not affecting any archeological monumentsed Monuments and or structure.Cultural Properties

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I ~~~~~~~CHAPTER - III

I MITIGATION MEASURES,I ~MONITORING REPORTING AND

IMPLEMENTATION1

III1I

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lEnvironmental Management plan forPackage - II of Lucknow - Ayodhya section on NH - 28I~~~~~~~~~

| 21 MITIGATION MEASURES, MONITORING,3 REPORTING AND IMPLEMENTATION

3 3.1 Mitigation Measures

Table-3.1 summarizes the EMP of package-II of Lucknow-Ayodhya section of NH-28 afteraddressing all the relevant issues identified during independent review and Environmental ImpactAssessment.

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m - m m m m - m m - - m - m m - - - - -Environmental Management plan forPackage - 11 of Lucknow - Ayodhya section on NH - 28

Table-3.1: Environmental Management Action Plan for Package H of Lucknow - Ayodhya Section of NH - 28

Environmental Issue Mitigation Measures Reference ResponsibilityI I Document | Implementation | Supervision

PRE-CONSTRUCTION STAGEPre-Construction Activities by Project Implementation Unit (PIU)P. I Land Acquisition, The acquisition of land and private properties along with R&R will RAP Document NGOs; PIU, NHAI

R&R be carried out as specified in the to PI of the Generic EMP Generic EMP Collaborating(Throughout the project Agencies; PIU,package ll) NHAI.P. 2 Clearance of the encroachment/squatters will be in accordance to P2 RAP document PIU, NHAI PIU, NHAIClearance of of the Generic EMP. RevenueEncroachment/ Squatters Authorities

6168 numbers of trees, in which 571from Ramsanaighat bypass will Appendix P11-I: List Contractor SupervisionP. 3 Tree Cutting be removed from the ROW of from package 11 before of the trees to be cut Consultants and(Throughout the project commencement of construction with the prior intimation to the from RoW PIU, NHAIcorridor) Forest Department. List of the trees to be cut from RoW is presented

in Appendix P11-1.

Owners of the trees (both private and Forests Department) will becompensated as mentioned in Generic EMP

P. 4 Quality Relocation of From Package-Il, community utilities i.e., 219 hand pumps, 2 State MoRTH: 110: 3 Contractor, PIUCommunity utilities Bank buildings, one hospital will be demolished and 17 ponds will MoRTH: 110:3 PIU(Throughout the corridor be filled up. In addition, 18 ponds, two hospitals will be partiallyof Package-1l) affected. All these structures will be relocated/ mitigated with prior AppendixP11-2: List

approval of the concerned agencies before construction starts, on of Affectedany section of the project corridor. Community Utilities

with SuggestedThe contractor will relocate/ compensate these properties as Mitigation Measuressuggested in Appendix P11-2 in consultation and agreement withthe owner under the supervision of environmental expert of SC. Refer Generic EMP

for design and BoQAll other community property resources such as 6 schools, which (Ref.-Appendix G 3:will be demolished from the stretch of the Package 11, will also be Design document for

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- -- - -- - - --- -- - - - - - - mEnvironmental Management plan forPackage -11 of Lucknow - Ayodhya section on NH - 28

Environmental Issue Mitigation Measures Reference Respon ibilityDocument Implementation Supervision

relocated. In addition, damaged part will be repaired/ enhanced in schools (Design 1:partially affected three schools and one madrasa. A-D) and Appendix

G 4: BOQThe relocation sites for these schools will be identified inaccordance with the choice of the community. The schools will beconstructed as per UP Primary School Construction Guidance. Theselect design (Bhammapurva design) is enclosed as Design 1(A-D)in Annexure G3 of generic EMP. The relocation will be completedbefore the construction starts in these sites.

P.5 Replacement of All cultural property resources such as 11 temples, three mosques Contractor and PIU, NHAICultural Property will be relocated and damaged part will be repaired in partially Appendix P11-3: List PIU, NHAIResources affected one temple and five mosques. of Affected Religious(Throughout the corridor Structures withPackage-Il) Sites for the relocation of these religious structures will be identified Suggested Mitigation

as described in the P5 of the Generic EMP MeasuresP.5 of the GenericEMP

Pre-construction activities by the Contractor/ Environmental Expert of Supervision Consultants ( SC)

P.6 Field Veriflcation and Modification of the Contract DocumentsP. 6.1 Joint Field Joint field verification and the efficacy of the P.6.1 of the Generic Contractor/ PIUVerification mitigation/enhancement measures will be checked as suggested in EMP Environmental

the P.6.1 of the Generic EMP. Expert of SC

P.6.2 Modification of the Refer P.6.2 of the Generic EMP. P.6.2 of the Generic Contractor/ PIUContract Documents EMP Environmental

Expert of SCP.6.3 Crushers, Hot-mix Hot mix plants and batching plants will be sited as detailed out in P.6.3 of the Generic Contractor/ EnvironmentalPlants & Batching Plants the P.6.3 of the Generic EMP. EMP Environmental Expert of

Expert of SC SC, PIUP.6.4 Other Construction All vehicles, equipment and machinery (must adhere to the P.6.4 of the Generic Contractor/ PIUVehicles, Equipment and discharge standards as applicable according to the E (P) A 1986) to EMP EnvironmentalMachinery be procured as stated in the P.6.4 of the Generic EMP. Expert of SC

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P.7 Identification and Selection of Material Sources

P.7.1 Borrow Areas Finalizing the borrow areas, planning of haul roads etc. will be MoRTH: 305.2 Contractor/ PIUfinalized as described in the P.7.1 of the Generic EMP. and EnvironmentalLead from project site to borrow areas selected by DPR consultants MoRTH: 305.2.2.2 Expert of SCfor Package 1I has been presented in Appendix Pll- 4.

Appendix P11-4: Leadfrom Project site toBorrow Areas.

P.7.2 Fly Ash Fly ash will be procured from the Tanda Thermal Power Stations. P.7.2 of the Generic Contractor/ PIUContractor will work out proper haulage road network for EMP Environmentaltransportation of fly ash from plant to project site as detailed in the Expert of SCP.7.2 of the Generic EMP.

P.7.3 Quarry Contractor will finalize the quarry for procurement of construction Appendix G8: List of Contractor Environment-almaterials as described in the P.7.2 of the Generic EMP. Quarries (Generic Expert of

EMP) and Figure G2. SC, and PIUP.3 of the GenericEMP

P.7.4 Arrangement for Arrangement for the construction water shall be done as per the P.7.4 Generic EMP Contractor Environment-alConstruction Water P.7.4 of the Generic EMP. Expert of

SC and PIUP. 8 Labor Requirements Refer P.8 of the generic P.8 of the Generic Contractor Environment-al

EMP Expert ofSC and PIU

P. 9 Construction Camp To mitigate environmental hazards the construction of the camps, Appendix G5 B Contractor Environment-alLocations- Selection, their locations, selection of the sites, design of the camps and the (Generic EMP) Expert ofDesign & Layout layout shall be done as specified in the P.9 of the Generic EMP P.9 of the Generic SC, and PIU

EMPP. 10 Arrangements for Arrangement for temporary land requirement will be done as stated P.10 of the Generic Contractor EnvironmentalTemporary Land in the P. I I of the Generic EMP. EMP Expert ofRequirement SC and PIU

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Environmental Issue Mitigation Measures Reference Responsibilityl | Document | Implementation | Supervision

CONSTRUCTION STAGE

Construction Stage Activities by ContractorC.l Site Clearance

C.]. I Clearing and Clearing and Grubbing of the RoW before the commencement of the C. 1.1 of the Generic Contractor Environment-alGrubbing construction shall be done as per the Generic EMP EMP Expert,

SC and PIUC. 1.2 Generation of Refer C. 1.1 in the Generic EMP MoRTH 112.2 and Contractor Environment-alDebris from Dismantling MoRTH 112.6 Expert ofStructures and Road C. 1.2 of the Generic SC and PIUSurface of Existing NH-2 EMPSectionC. 1.3 Other Construction Location of disposal sites will be identified and finalized as stated MoRTH: 201.2 Contractor EnvironmentalWastes Disposal in the C. 1.3 Generic EMP. Expert of SCincluding Fly Ash C. 1.3 of the Generic and PIU, NHAI

EMP

MoRTH: 301.3.11

C. 1.4 Stripping, Stocking Refer C. 1.4 of the Generic EMP. C. 1.4 of the Generic Contractor Environmentaland Preservation of Top EMP Expert ofSoils SC and PIUC. 1.5 Accessibility Refer c. 1.5 of the Generic EMP. MoRTH: 112.7 Contractor Environmental

C. 1.5 of the Generic expert of SC andEMP PIU, NHAI

C. 1.6 Planning for Traffic Temporary diversions will be constructed as stated in the C.1.6 of MoRTH: 121.1 Contractor EnvironmentalDiversions and Detours in the Generic EMP C. 1.6 of the Generic Expert of SC,the Existing State EMP and PIUHighways, District andVillage RoadsC.2 Procurement of Construction MaterialsC.2.1 Earth from Borrow | The borrow areas will be dug, operated as per the C.2.1 of the MoRTH: 305.2 Contractor Environment-alAreas for Embankment Generic EMP. C.2.1 of the Generic Expert of

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m m m m - - m - - - - - -



Construction EMP SC and PIUAppendix G6:Criteria for SelectingBorrow Areas(Generic EMP)

C.2.2 Fly Ash Contractor will ensure that they will strictly follow the specification As specified in DPR Contractor Environment-algiven in IRC: SP: 58 for fly ash embankment construction and as C.2.2 of the Generic Expert ofdetailed out in the C.2.2 of the Generic EMP EMP SC and PIU

C.2.3 Quarry Operations The contractor shall carry out quarrying as detailed out in the C.2.3 MoRTH: 111 ..3 Contractor Environmentalof the Generic EMP C.2.3 of the Generic expert of SC and

EMP PIU, NHAIAppendix G 8: Listof Selected Quarries

C.2.4 Transporting Contractor will follow the details given in the C.2.4 of the Generic C.2.4 of the Generic Contractor Environment-alConstruction Materials EMP for transporting, and management of hauling roads. EMP Expert ofand Haul Road SC and PIUManagementC.2.5 Construction Water Refer C.2.5 of the Generic EMP. C.2.5 of the Generic Contractor. Environmental

EMP Expert of SCand PIU, NHAI.

C.3 Construction workC.3.1 River Training and While carrying out construction over and close to the perennial/ C.3 .1 of the Generic Contractor EnvironmentalDisruption to other Users non-perennial streams, mitigation methods as described in C.3. 1 of EMP Expert of SCof Water the Generic EMP shall be undertaken. and PIU, NHAIC.3.2 Drainage and Flood For flood control and proper drainage contractor will follow the MoRTH: 305.3.7 Contractor. EnvironmentalControl C.3.2 of the Generic EMP. MoRTH: 306 Expert of SC,

C.3.2 of the Generic PIU, NHAI.EMP

C.3.3 Siltation of Water To avoid siltation of water bodies and degradation of water quality MoRTH: 306 Contractor. EnvironmentalBodies and Degradation in the surface waters the mitigation methods as proposed in the Expert of SCof Water Quality C.3.3 of the Generic EMP shall be followed. Reference C.3.3 of the and PIU, NHAI.

Generic EMP(Appendix G4: BOQ

_Design 2: Silt Fencing). I

~~~~~~~~ ~~~~~~3-6 <3I~um -6

m m - m - -- - -- m -



C.3.4 Slope Protection The contractor will take slope protection measures as per the C.3.4 of the Generic Contractor Environmentaland Control of Soil mitigation methods detailed out in the C.3.4 of the Generic EMP. EMP Expert of SCErosion MoRTH: 305.2.2.2 and PIU, NHAI

C. 4 Pollution

C.4.1 Water PollutionC.4. 1.1 The Contractor will take all precautionary measures to prevent the MoRTH: 111.4 EnvironmentalWater Pollution from pollution due to construction and ancillary activities as mentioned MoRTH: 113.13 Expert of SCConstruction Wastes in the C.4. 1.1 of the Generic EMP. MoRTH: 111. I and PIU, NHAIWater C.4.1.1 of the

Generic EMPC.4. 1. 2 The contractor must refer the C.4. 1.2 of the Generic EMP to ensure MoRTH: 111.4 Contractor EnvironmentalWater Pollution from that water pollution due to fuel and lubricants can be attenuated. MoRTH: 113.13 Expert of SCFuel and Lubricants MoRTH: 111. I and PIU, NHAI

C.4.1.2 of theContractor will put up oil interceptor / traps to all the water bodies Generic EMP.near to the vehicle parking areas of construction sites Appendix P11-5:(AppendixP1-5). Location of Oil and

Grease TrapsAppendix G 4: BOQAppendix G3: Design3 and Design 4.(General EMP)

C. 4. 2 Air PollutionC.4.2. I Dust Pollution The contractor will take every precaution to reduce the level of dust C.4.2. 1 of the Contractor Environmentalfrom Crusher/ Hot mix along construction sites involving earthwork, by following the Generic EMP Expert of SCPlants mitigation measures stated in the C.4.2.1 of the Generic EMP MoRTH: 111.1 and PIU, NHAI

MoRTH: 111.5MoRTH: 111.9MoRTH: 111.10MoRTH: 118.1Contract document

C.4.2 .2 Emission from Refer C.4.2.2 of the Generic EMP C.4.2.2 of the Contractor EnvironmentalConstruction Vehicles, Generic EMP Expert of SC

3-7 Ano M~~~~~~~~~buI" um Not

mim nmm n m m - -Environmental Management plan forPackage - ll of Lucknow - Ayodhya section on NH - 28


Equipment and and PIU, NHAIMachineriesC.4.3 Noise Pollution: The Contractor shall refer the C.4.3 of the Generic EMP for MoRTH: 111.13 Contractor EnvironmentalNoise from Vehicles, mitigation methods to attenuate noise pollution MoRTH: 111.13 Expert of SCPlants and Equipments MoRTH: 111.1 and PIU, NHAI

Contractor will provide noise barriers, boundary wall and plantation MoRTH: 111.13around the periphery to the suggested locations of select schools/ MoRTH: 111.6health centers at his/her own costs. In addition of the listed Appendix P11-5:locations, if Environmental Expert of SC suggests any other Locations of Noiselocations, the contractor will provide the device at those locationsas Barrierssuggested in the specific EMP. Select Locations of schools / health Appendix G3:centers, where noise barrier are suggested listed in Appendix Pll-5 design 5, Noiseand design has been given in Appendix G3: design 5, Noise BarrierBarrier. C.4.3 of the Generic

EMPC. 5 Safety

C.5.1 Personal Safety The Contractor shall refer the C.5.1 of the Generic EMP for C.5.1 of the Generic Contractor EnvironmentalMeasures for Labors mitigation methods to attenuate noise pollution. EMP Expert of SC

and PIUC.5.2 Traffic and Safety Traffic and Safety measures should be taken up as described in MoRTH: 112.4 Contractor Environmental

C.5.2 of the Generic EMP. C.5.2 of the Generic Expert of SCEMP and PIUMoRTH: 112.1

C.5.3 Precautionary/ The contractor will comply with all the precautions required for the C.5.3 of the Generic Contractor Environment-alSafety Measures during safety of the workmen as detailed in the C.5.3 of the Generic EMP. EMP Expert ofConstruction SC and PIU

C.5.4 Risk from The Contractor will take adequate precautions as mentioned in the MoRTH: 106 Contractor Environment-alElectrical Equipment (s) C.5.4 of the Generic EMP to prevent danger from electrical C.5.4 of the Generic Expert of

equipment(s). EMP SC and PIU

C.5.5 Risk Force Measure The contractor will take all precaution as stated in the C.5.5 of the Contract requirement Contractor. EnvironmentalGeneric EMP to prevent danger to the workers and public Expert of

SC and PIUC.5.6 First Aid The contractor will arrange for the first aid as detailed in the C.5.6 MoRTH: 1207.6 Contractor Environmental

of the Generic EMP C.5.6 of the Generic Expert of SC

3-8 AbIYWuuu3 oflmmvsmm No 4~~~~~~~~~~~~~"'Z5

m - m m - - m - -Environmental Management plan forPackage -11 of Lucknow - Ayodhya section on NH - 28


of the Generic EMP EMP and PIU, NHAIC.5.7 Informatory Signs Informatory signs must be provided or made available as per C.5.7 C.5.7 of the Generic Contractor Environmentaland Hoardings of the Generic EMP EMP Expert of SC

I__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ an d P IU , N H A IC. 6 Plantation/Preservation/ Conservation Measures

C.6.1 Road side Plantation The median plantation shall be carried out as described in the C.6.1 Appendix G1O: Contractor Environmentalof the Generic EMP and Appendix G 10 of the generic EMP. Plantation Strategy Expert of SC

(Generic EMP) and PIU, NHAI

C.6.2 Chance found The contractor shall abide by the instructions given in the C.6.2 of C.6.2 of the Generic Contractor EnvironmentalFauna the Generic EMP. EMP Expert of SC

and PIU, NHAIC.6.3 Chance found All archaeological property found during the construction period C.6.3 of the Generic Contractor Environment-alArchaeological Property shall be dealt with as described in the C.6.3 of the Generic EMP. EMP Expert of

SC and PIUC.7 Labor Camp Management

C.7. I Potable Water The contractor will make arrangements for potable water as given in Contract Contractor Environmentalthe C.7.Iof the Generic EMP. Requirement Expert of SC

C.7.1 of the Generic and PIU, NHAIEMP

C.7. 2 Sanitation and The sanitation and sewerage system for the construction workers Contract Contactor EnvironmentalSewage System shall be provided in accordance with the measures suggested in Requirement Expert of SC

C.7.2 of the Generic EMP C.7.2 of the Generic and PIU, NHAIEMP

C.7. 3 Waste Disposal The contractor will provide adequate waste disposal facilities as MoRTH; 111.14 Contractor Environmentaldescribed in the C.7.3 of the Generic EMP MoRTH: 111.1 Expert of SC

C.7.3 of the Generic and PIU, NHAIEMP

C.8 Contractor DemobilizationC.8. I Cleaning of Contractor will prepare site restoration plans in accordance with the C.8. 1 of the Generic Contractor Environment-alConstruction of Camps details given in the C.8.1 of the Generic EMP EMP Expert of

3 -9 A

Environmental Management plan forPackage - II of Lucknow - Ayodhya section on NH - 28

Environmental Issue Mitigation Measures Reference ResponsibilityDocument Implementation Supervisionand Restoration

SC and PIUConstmcbon Activiies by PIl - Environmental CellCon. I. Tree Plantation Roadside avenue plantation will be implemented according to the 1 Con.lof the Generic PIU ESDU,details mentioned in Con. I of the Generic EMP. EMP | | NHAIOPERATIONS STAGE

Operaton stage activities by PIU-Environmental Cell, NHAr0.1 Monitoring operation performance of the various 0.1 of the Generic PIU ESDU,Monitoring Operation mitigation/enhancement measures carried out as described in the 0.1 EMP NHAIPerformance of the Generic EMP.0.2 Maintenance of Maintenance of drainage shall be done as detailed out in the 0.2 of 0.2 of the Generic ESDU,Drainage the Generic EMP. EMP PIU NHAI0.3 Pollution Monitoring The periodic monitoring of the ambient air quality, noise level, Pollution NHAIwater (both ground and surface water) quality, soil pollution/ Monitoringcontamination in the select location will be as suggested in the Agency.following subsections.0.3.1 Atmospheric Atmospheric pollution monitoring will be done as per 0.3.1 of the 0.3.1 of the Generic Pollution NHAIPollution Generic EMP. EMP Monitoring

Agency0.3.2 Noise Pollution Noise pollution will be monitored suggested in the 0.3.2 of the 0.3.2 of the Generic Pollution NHAIGeneric EMP. EMP Monitoring______________________ ___________________ A gency0. 4. Soil Erosion and Soil Erosion and Monitoring of Borrow Areas will be done as given 0.4 of the Generic PIU/NHAI NHAIMonitoring of Borrow in 0.4 of the Generic EMP EMPAreas

0.5. Changes in Land NHAI shall take initiative and act as facilitator to prepare an action 0.5 of the Generic NHAI & Local NHAIUse Pattern plan for balanced regional development. The detailed description EMP Authoritiesfor this objective is given in the 0.5 of the Generic EMP (RevenueDepartment andLocal Civic

-hI/W 3-10

-w bjwu - Wm


3

Environmental Issue Mitigation Measures Reference Respon ibility0I6 OtherActivities I Document Implementation Supervision0.6 Other Activities________Orientation of The orientation of implementing agency and contractors shall be 0.6 of the Generic PIU, NHAI ESDU, NHAIImplementing Agency organize as planned in the 0.6 of the Generic EMP. EMPand Contractors

3 -11

IIIII IIII I

I ~~~~~~CHAPTER - IV

I -I ENVIRONMENTAL BUDGET

I

IIII

II

Environmental Management Plan forPackage -11 of Lucknow - Ayodhya section of NH -28

| 4 Environmental Budget

4.1 Environmental Budget

Environmental budget has been checked considering BOQ with respect to Delhi Schedule of ratespublished for CPWD. The unit rates for air, water and noise quality monitoring appears to be in linewith the prevailing market rates. This budget does not include the slope and embankment protectioncosts. The embankment protection costs have been included in the DPR considering feasible options

* based on sensitivity analysis. The tree cutting costs has been included, which has been categorizedinto four groups and accordingly cost has been calculated. The compensatory aforestation has beensuggested at the ratio of 1:2 and cost of which has been calculated @ Rs. 500 per tree including itsI maintenance for three years. In addition of compensatory aforestation, provision of road sideplantation and its maintenance has also been considered and for which cost has been estimated to beRs. 500 per plant for the tree saplings and Rs 250 per plant for shrubs based on 80% survival rate.I Thus, the total cost comes out to be Rs. 8,81,64,927 (Rupees-88.164 million only). The breakup ofthe costs is given in the following table.

lIlIll

* 4-1

l~~~~~~~~~~~~~Wt

m m m m m m m m m m m m m m m - m m mEnvironmental Management Plan forPackage -11 of Lucknow - Ayodhya section of NH -28

Table 4.1: Environmental Budget for Package I of Lucknow - Ayodhya Section of NH-28

COMPONENT STAGE ITEM Unit Unit Cost QUANTITY Total CostI I l | (Rs.) (INR)

Mitigation CostsRelocation of Hand Pumps No. Covered in RAP

Pre- Relocation of ponds/compensation m3 90 13306.5 11,97,585Construction

Construction of retaining wall m 1200 1270 15,24,000

Water Pond cleaning No. 1000 1 1000

Excavation renovation of water body (at m3 90 60x 50 xO.25=750 67,500km 84.6)

Slit Fencing (20 m long) No. of 10,000 12 1,20,000locations

Construction Oil Interceptors at construction vehicles No. 9,000 2 18,000and machinery parking areas

Soil Construction Turfing / Pitching Sq.m. - Covered in Engineering costsBarriers for reducing noise levels at m 2658 114 3,03,012

Operation sensitive receptor locations (raising ofboundary walls up to 5.5 m)

Noise Plantation as noise barrierNoise Construction Double row No. 500 417 2,08,500

Single row No. 500 3 1500Boundary wall m 940 1740 16,35,600

Flora Cost of Tree cutting

a) up to 120 cm girth size & 50 m lead 200 1824 3,64,800Pre-Construction b) up to 120 cm girth size & 100 m lead 300 1824 5,47,200

c) Above 120 cm girth size & 50 m lead 300 1337 4,01,100d) Above 120 cm girth size & 100 m lead 400 1337 5,34,800Compensation for afforestation 500 11174 55,87,000

Construction Plantation of tree saplings for avenue and 500 41,979 2,09,89,500its maintenance

= ~~~4-2 <IZ<

1 |US urn+

Environmental Management Plan forPackage -11 of Lucknow - Ayodhya section of NH -28

COMPONENT STAGE ITEM Unit Unit Cost QUANTITY Total Cost(Rs.) (IR)

Plantation of Shrubs (saplings) at median 250 1,96,500 4,91,25,000

and side of the road including itsmaintenance for construction period

(A) Sub-total Mitigation Measures 8,26,26,097

Monitoring CostsMonitoring near all hot mix plant No. of 3, 8-hr. samples per day, 2,16,000

locations approved by the environmental Samples 6000 quarterly for 3 years (3 x 4 x

expert of Supervision Consultants 3=36 samples)

Construction . . . . . No. of 3, 8-hr. samples per day, 2,16,000

Montorimg at construction sites i Samples 2000 quarterly for 3 years in 3

Air locations (=108 samples)3, 8 hrs samples for each day 3,24,000

Operation At sensitive receptors specified in the N f 6000 for 3 consecutive days, for

monitoring plan No. of three seasons at two locationsSamples for one year. (Total 54

samples)

(i) Ground Water Sources (one) No. of Once in a year (before the 67,500

Construction (ii) Kalyani & Kasera nadi and any Samples 4,500 onset of monsoon) for 3

other major natural drains/canal ( at years.at 5 locations (15

least two surface water bodies) samples)

(iii) Potable water sources (Two)

Two samples in each (five) 45,000

Water Quality (i) Ground Water Sources (Two) location; one in pre-monsoon

Operation (ii) Kalyani & Kasera nadi and any one -do- and one in post-monsoon forother major natural drain/canal 4,500 the initial one year of

(at least three surface water samples) operation period (10samples).

4-3 _ 4!4r

I. le~ usgum ufl

-A m m - mm m m - m - m - mEnvironmental Managernent Plan forPackage -11 of Lucknow - Ayodhya section of NH -28

COMPONENT STAGE ITEM Unit Unit Cost QUANTITY Total Cost(Rs.)(IR

At equipment yards No. of 1,000 Once every month for 3 years 36, 000Samples (36 samples)

Construction N.oAs directed by the Environmental Expert N f 1,000 Once in every 4 months (3Noise of SC o. times a year) for 3 years at 3 27,000Sampes .locations (27 samples)

No, of 1,000 3 times a year at 3 locationsOperation As directed by PIU Engineer Samples for initial year of operation (9 9,000Samples ~~samples) ______

At productive agricultural lands abutting 10,000 3 locations once in a year for 90,000Construction traffic detours and traffic diversions, to No of three years (9 samples)be identified by the Environmental Samples

Soil Expert of SCAt accident/spill locations involving bulk No. of 10,000 Maximum three times in 90,000

Operation transport carrying hazardous materials Samples operational phase at 3_ locations (9 samples).

(B) Sub-total Monitoring Costs 11,20,500

Training and Mobilization CostsTraining and C tt Portion ofMobilization aonstruction As per modules developed by NHAI L.S. total cost of 2,10,000costs and operation trainingFacilities and Construction Common for all packages and provision Will be shared withEquipments and operation has been kept in package I Package-]Stake holder Monitoring for land use changes and No 2000 5 meetings 10, 000Consultation Construction holding meetings with civic authoritiesmeetings

Independent r Common for all packages and provision L.Sreviewer for EM Construction has been kept in package Icompliance

(C) Sub- total Training & Mobilization Costs 2,20,00

4-4 AI. iii. ~Im inUb l4V

Environmental Management Plan forPackage -11 of Lucknow - Ayodhya section of NH --28

COMPONENT STAGE ITEM Unit Unit Cost QUANTITY Total Cost(Rs.) (INR)

Total Costs (A+B+C) 8,39,66,597Contingency ii, 5% 41,98,329.9

Total Budgeted Costs for Package-II 8,81,64,927

(Rs. 88.164 million only)

4Rozz ~~~~~~~~~~~~~~4-5 VA>,x,>p~~~~~S

- l~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1II

IIIIIII1I APPENDIX

IIII

IIIII


Appendix PII-l

List of Trees to be Cut from Proposed RoW of Existing Road of Package II

Chainage Speciesl LHS RLHS - RHS _ RHS Grand(kmn) ____HSIran

Size <3 0-06.9 t-1218 o Total Total TotalGirth (c)- <3 06 09 2 2~010 <30 30-60 60-90 90-120 120-180 >180

Package -11Arjun 1 4 2 7 7

Ashok 2 2 4 4

Babool 1 4 2 7 7Be[ I I I3 ~~~~ ~~~~~Ber 2 2 2

Chamieli 1 1 I

45.000- Chilwal 10 10 1046.000 - -C

Jamun 2 2 2Khajur 2 2 2

Mango 3 2 2 7 7

I Neem 2 2 4 4

Pakaria _ I 1

Sahtut 1 1 1

Sissam 8 6 14 14

Arjun 1 2 1 - - =3 - - == - 3Ashok I I 1

Chilwal 4 4 4

Gu4har I 1 I

Jamun I 1 1

46.000- Khajur I 1 1

47.000 Mango 1 1 2 23 ~~~~~~~~~Neem 2 1 3 3Pakaria I I I

Semul 1 I 13 ~~~~~~~~~SingrI I I I

Sissam I I 2 2

Amaltush 2 1 3 3

47.000- Chilwal 14 4 4

48.000 Mahua I II II

I~Jau __ .- _-

Pakaria 3 3 3Sagun I I I

Sissamn 2 2 4 4

48.000- Arjun 13 2 5 1 2 15 10 27 32 49.000 - - -

Ashok 2 _ 2 12 2 _ _ 7I __~~~~~~~Cila I I _ I __ 2

_____Khajur 3 I 4 4


Chainage Speciesl LHS RHS(kmn) LHS RHS Grand

Girth Size <30 30-60 60-90 90 120-180 >180 Total -30 30-60 6 90-120 120 180 > Total Total(cm)-+. 120

Mahua 1 1 I

Mango 3 2 4 9 1 1 2 11

Neem 1 I 1 2 _ 4 6 12 14

3 ~~~~~~~~~Neem I 121CharneliI 2

Pakaria 4 4 2 4 3 1 10 14

Sagun I I 1Sissam 5 4 9 8 6 14 23

Arjun 4 2 6 6 5 1 1 13 19

Ashok I I 1 1 4 4

Ber 5 5 5

Chilwal 4 4 1 4 3 8 12

9 ~~~~~~~~~Gulhar I = 1

49.000- Gulmohar 2 2 4 450.000

Jamnun I . 2 12

Khajur 1 2 3 3 2 5 8

Mango 5 3 3 11 1 13 8 4 26 37

Neem 3 2 1 6 2 1 2 5 11

Pakaria 3 1 4 5 3 8 12

49.000- Sagun 1 1 2 2

50.000 Sissam = 2 1 3 2 5 10 6 23 26

Arjun 3 4 3 10 10

Ashok 6 2 1 9 9

j ~~~~~~~~~Bargat _ == = 2 = _ _ _ I I 2

Bel 12 2 2I Chilwal 5 3 5 13 13

Eucaliptus 6 8 1 1 1 17 7 1 8 25

Gulhar 4 I 5 5

Gulmohar _ 2 2_50.000-51.000 Imli I I I

Jamun 2 2 = = = 10 II 13

Khajur 3 1 4 3 3 7

* ~~~~~ ~ ~~~Mango 10 1 1 7 28 _4 4 32

| Neem I 1 4 6 2 2 8

NeemIII Chameli = = = = 2

Pakaria I 1 4 6 6

Sissam 2 7 4 2 15 4 31 21 5 61 76Z ~ ~ ~ _ _ __ ___

| 5~~~~~51.°0°00- Arjun I 1 2 I 3 452.000- --- _

Babool I I I

Chilwal I _ 9 9 9

I V "1| ,.;_* .~~~~~~~~~~~~~ -. 'A<=X


Chainage Specis LHS RHS(kmn) ___LHS ___ RHS Grand

GiCrth Size <30 30-60 60-90 90 120-180 >180 Total <30 30-60 60-90 90-120 120-1SO >180 Total Tohl(cm)-). ~~~~120

Gulmohar I I 1 1 2

Jamun 2 1 3 3

Kadam I 1 13 Mango 1 1 1 3 10 10 13

Neem 1 3 2 2

Pakaria 1 1 2 2I ~~~~~~~~~Sahtut 1I ISissam 2 1 3 1 2 2 1 6 9

Arjun 1 8 3 2 14 14

Bargat 1 1 2 1 1 1 3

Bel 2 2 2

Ber 2 2 2

I~ ~ ~~200 __mh _ _ _ _ 3 _ _ = -Chilwal 2 1 3 1 4 5 8

Eucaliptus 3 3 7 4 1 12 15

CGulhar 2 2 2

Gulmohar I 1 1 3 352.000- ____ __ _____I53.000 Jamun 1 = 1

Kathal 1 1 1

Khajur 3 1 = -4 1 1 1 5

Mango 2 34 4 7

Neem 4 2 6 2 1 3 9

NeemIChamieli

Pakaria I 2

S-issa_ 5 2 8 7 5 4 31 7 5 12 43

Arjun 3 3 1 2 2 5 8

Ashok 2 1 1 4 4

Chilwal I I 2 = 12 4EucaliptusI I I

53.000- Imli II I

54.000 Jamun -I 1 3 3

Kadam II II ~~~~~~~~~Khajur I~_ _ I I- _ - _

Mango I I 1 2

Neem I l 2 ntu 33 ________ ~~~~~Sissam 2 2 1 5 3 2 5 10

54.000- Arjun 2 2 4 455.000- - --- --

Ashok I 14 2 16 63 ~~~~~~~~~Chilwal 12 3 3

Gulhar 14 5 S

3 _______ Gulmohar I I I~~~~~~~~~~~~~~~~~~~3

I ~~~~~~~~~~~~~~~In loint votur. with


Chainage Species4 LHS RHS(kim)___

__ LHS __ RHS GrandGirth Se <30 30-60 60-90 90- 120-180 >180 Total 30 30-60 60-90 90-120 120-180 >180 Total To(cm)--* 120

Jamun I = 2 2Khajur 5 5 5Mango 10 10 10

Mehendi I I 1

54.000- Neem I I 2 255.000 Pakaria 3 1 4 4j Sagun 2 2 4 4

Semul I 1

Singri 2 2 2Sissam = = ==5 4 9= 2 Arjun I 6 4 11 11

Chilwal _ 3 3 3Jamun 1 I 1 3 3

55.000- Mango 6 6 656.000 Neem 1I 3 3

Pakaria 5 _ _Singri 1 2 1 1 5 5| Sissam = _ = _ = _ = = = = 7 4 1 12 12Arjun I I 2 1 2 2 5 7Ashok 2 2 2 1 3 5Babool 1 1 2 1 5 5

Chilwal 2 1 1 4 2 2 14 18 22

Eucaliptus 2 9 4 2 17 17

Gulhar 2 2 256.000- Jamun I I I 1 4 4 3 2 9 1357.000 -= = -== _Mahua

Mango 1 4 2 I 1 9 5 5 14Neem = = 2 _ 4 7 8

Pakaria 9 1 1 11 11

Pipal 2 2 2

Sagun 2 I 3 357;000- Sissam u 2 5 4 3 3 18 16 10 2 27 45

58.000 Amaltush 3 3 3

Amia I I 3 3Arjun 3 4 2 9 _ 8 5 14 23Ashok I I 2 9 2 I 1 13 15Babool I I 1 2 2 5 6U ~~~~~~~~Bargat - I - _ _ _ _ __ _

Bel _ _ _Chilwal 1 5 2 i 9 2 2 _ 6 3I 20Guihar I I 1 3 3

Gulmohar _ 2 2 _ 2 5 7

-4-


Chainage SpeciesJ. LHS RHS(kmn)____

__ LHS __ _ RHS Grand

Girth Size <30 30-60 60-90 90 120-180 >180 Total <30 30-60 60-90 90-120 120-180 >180 Total Total(cm)-* 120

Jamnun 5 1 1 7 1 I I 3 101 Khajur 7 7 7Mahua

I _ 2 2Mango I 3 1 1 6 14 14 20I Mehendi 1 1 2 2Neem I 1 2 5 3 3 11 13

Neem IChameli

Pakaria _ 14 1 15 15Sagun II 3 2 5 5

Sahijan 4 4 43 Sissam I 1 6 4 3 1 16 8 6 14 30Arjun

7 4 11 11Ashok 1 = 2 3 1 _ 5 73 ~~~~~~~Babool1I

1Bargat ___

Ber I 2 2 258.000- Chilwal 2 2 2 6 16 16 225900 Gulhar __

Gulmohar I 1 1 3 4 5Jamun

3 5 5Khlajur 5 5 5Mahua

I 1 1Mango

25 25 25Mehendi _ 1 2 2

Neem I = 2 3 2 1 6 8Neem

ChameliI I I58.000-

1 ___

59.000 Pakaria 7 1 8 8| ~~~~~~~~~Sagun _3

2 5 S| ~~~~~~~~~Sahtut I I I - -Semul I I I

Singri _ 4 2 1 8 8Sissam I 3 4 14 9 1 24 2859.000- Arjun

2 I 3 360.000 -_ ~~~ _- _ _ __--560°°°- Ashok

I I I __ 2 _ Babool

I I 2 2Chilwal 12 12 12

ucal iptus 2 1 _ 4 4Gulhar

I _ 2 2Khajur

I _ I

-5-


Chainage species- LHS RHS(kmn) LHS _____ __ RHS Grand

_ Size 90- Total Total TotalGirth Size <30 30-60 60-90 120 120-180 >180 <30 30-60 60-90 90-120 120-180 >180

Mango __9 9 9

Asho __ 3_ 3 3

Neem I I INeem

1 1 1Charneli

6°_°°°O ImIi_ __ _ _ _ _ _ _ __ __

Pakaria 5 1 1 7 7Sissam 17 II1 28 28

Meed__ ___ =___ _ = __ __

Arjun I1 4 1 3 8 8Ashok 3 3 3Bargat 1 1

Ber_ _ =___5= _ =

Ber 2 2 2Chilwal 12 12 12

Eucaliptu 2 2 2

Gulmohar 1 1 160.000- Imli 1I 161.000- - - __ -- _ --Jamun

I_=_ =I_ = = =2_ 5 5

5 ~~~~~~~~~Mango t 0 1Mehendi I 1 I

Neem I 1 1

Pakaria 5 5 5SahtutT 1 1 1Sissam 1 14 9 24 24

61.000 c Amrud 2 2 262. 000- -Arjun 3 5 5Ashok 5 1 6 6Babool 1 2 2 5 5Bargat

I___ I3 ~~~~~~~~~Bel 1 I 1Her 5 5 5

Chilwa] 26 2 6 26

Eucaliptu 2 7 2 I 1 2 1 2

Gulmohar 2 I 3 3

Jamun ~~~~~~~~~~~~~2 2 1 5 5Kathal I I IKhajur 5 5 S

Mango __1 2 1 2 1 2Neem 13 2 4 9 93 ~~~~~~~~~Neem 2 2 2Chameli

Pakari ___ 1 3 1 5 5

4gWAAIW 6 ~~~~~~~~~-6-

IEnvironmental Management plan forPackage - 11 of Lucknow - Ayodhya section on NH - 28

Chainage speciesl LHS RHS(kmn) LHS ____ RHS GrandGirth Size <30 3030-60 60-90 90-120 120-180 >180 Total Total_____(cm)--* 120

Pipal I I I

Sahijan 1 I 2 2Semul

I I 2 23 Sissam _ 28 18 46 46Amaltush 1 2 3 3

62.000- Arjun I 1 2 262.775

_ __7 Ashok 5 2 I 8 8Chilwal _

7 7 7

Gulmohar I I 1

Jamun I 2 2 1 1 7 7Kadam

1 1 2 262.000- Khajur 2 1 3 362.775 - - - - -__Mango _ 3 3 3

Neem I I I

Sissam 5 4 9 9

Amrud 1 I 1Arjun 3 2 5 4 3 7 12Ashok I 1 2 7 2 2 11 13Babool 2 1 _ 3 I 1 = - 4

Bel 1 1 1Ber 2 2 23 Chameli I 1

1

Chilwal 13 13 _ 4 4 17

Eucaliptus 3 3 3Gulhar =I 1 3 1 1 4

Imli I I I I = 23 69.679- Jamun _ 6 7 2 2 7 _I 1870.000 Kadam I

Khajur 3 3 4 4 7Mango = = _ I I 6 6 7

Mehendi I I I

Neem 4 3 7 I I 2 9NeemI

ChameliI I I 2

Pakaria 4 4 6 _ 7 2iPipal I 1 3 3 4

Sagun _______ 2 2 _ 5 5Sahijan _____ 2 2 2Sissam 20 13 33 10 6 16 49

4I%Ilw -7 -


Chainage Species F LHS RHS(kim)____ __ LHS __ RHS Grand

Girth Size <30 30-60 60-90 90- 120-180 >180 Total <30 30-60 6090 90-120 120 18w >180 Total Total(cm)-+ 120

Amaltush 1 1 1

Arjun 2 1 3 1 2 2 5 8

Ashok 2 2 5 9 2 1 3 12

Babool I 1 2 1 1 2 4

Bargat I__I I __I 1 1 1

Ber 2 2 1 1 3

Chilwal I 1 2 13 13 15

Gulhar 1 2 3 3

70.000- Jamun I I 1 2 3 4

Khajur 2 2 4 4 6

Mango 1 6 1 1 9 3 3 12

Mehendi I 2 3 3

Neem 1 I 1 2 5 3 2 10 12

Pakaria 1 I i 1 3 8 _ 9 12

Sagun I I 1

Sahijan I 2 1 1 5 5

Singri I I 2 2

Sissam I 5 4 7 17 10 6 16 33

Amaltush 1 2 3 3

Arjun I 3 2 6 2 14 10 26 32

Ashok 10 1 3 1 15 15

* Babool 3 2 5 5

Bargat I I I

Bel I I 1

71.000- Chilwal 21 21 2172.000

Gulmohar I 1 3 5 5

3 Imli 1 = 1

Jamun 4 2 6 12 12

Kadam I 1 2 2

Khajur__ __

Mahua 1 5 2 2

71.000- Mango 1 5 7 5 18 23 23 41

712.000- Mehendi 2 2 2

Neem 17 4 2 1 3 13

I Neem 2 2 2Chameli3 ~~~~~~~~~Pakaria 20 I 1 22 22

Sagun = = = = 4 3 _ 7 7

Semul I 1 4 6 6

Singri = = = = = 2 I _ 4 4

In Inlrt venturs with CO4.- 0


Chainage SpcciesN LHS RHS(kin)_____ LHS RHS Grand

Size 90- Total Total TotalGirth (cm)- <30 30-60 60-90 120 120-180 >180 <30 30-60 60-90 90-120 120-180 >180

Sissam 26 17 43 43

* ~~~~~~~~Amaltush I I 1

3 Arjun I 1 4 8 5 1 20 5 4 9 29

Ashok _ 2 1 2 5 5

Babool 1 4 6 15 1 3 2 6 21

Ber 2 2 2

Chilwal 2 2 2 6 12 12 18

Gulhar 1 1 3 5 5

72.000- Jamun ____ 1 8 9 9

73.000 Kadam 1 1

Mango 7 4 11 14 14 25

Mehendi 1 4 5 5

Neem 2 2 5 3 8 10

Pakaria 7 1 1 9 9

I~ ~ ~ ___ =_ =__ = 4 = = _

Sagun I I I I

Sahijan 1 I 1 4 3 10 10

Semul I 1 2 2

73.000- Sissam I 1 14 9 23 24

Arjun 2 4 3 5 4 1 18 1 5 4 110 28

Ashok I 4 4 4

3 ~~ eu _ 9 7 _ ____2 _ 3 1

Babool 1 1 2 2

Bamnboo I I I

IIChilwal 9 9 9

Gulhar 2 2 2

Imli I I I

Jamiun 2 2 12 16 16

Kadam I 2 2

73.000- Khajur 3 1 4 4

7400 Mahua I I 1

Mango 6 6 63 ~~~~~~~ ~~Neem 2 1 3 3

NeemChameliI I I

Pakaria - - - -7 7 7

74.00 un 7 721 1 3 31 0

Sissam 1 14 10 ~~25 26 1743 6

In Inin* venturs with


Chainage Species; LHS RHS3 ~ ~~~~~(kin) LHS __RHS Grand

Girth Sie <30 30-60 60-90 90 120-180 >180 Total 30-60 60-90 90-120 120-180 >180 Total Total(cm)-*) 120_______

75.000 Ber I I 1I ~ ~~~~~~~~Chilwal 5 5 5

Eucaliptus 2 1 1 4 4

3 ~~~~~~~~~Jamnun 14 4 4Khajur 2 2 2

Mango II 13 3 3

Sissam 7 4 11 11I ~~~~~~~~~Amaltush 3 3 3

Arjun m 3 3 2 8 = = 4 2 6 14

Ashok I 1 2 4 1 7 7

I75.000- Euc00 iptus I I _76.000 uait

Gulmohar 2 1 3 3

Jamun 1 3 4 4

Khajur 2 2 2

Mango 3 2 5 3 3 8

Mehendi 2 2 2

Pakaria I 1 6 6 6

Sial 16176.000 Sagun 2 2

Salij 4 12 _ _ _ _ 16 _ _ _ _ = = _ 16

Semul I = 2 _ _ 2 5 4 1 4

76.000- Sisa 5 12 12_

77.i000° Amaltush 3 3 3

Arjun 5 3 8 2 11 7 20 28

Ashok 3 1 4 5 I 1 7 11

Babool I I 1

Bargat 2 2 2

Ber 2 2 2

Chilwal i 1 1 3 12 12 153 ~~~~~~~~~Gulhar 2 I 3 __3

Gulmohar I I I3 3

Imli1I

Jamun III4 5 6

Kadam I I

Khajur I i I

Mango i 2 8 5 16 15 15 31

Mehendi 2 I 3 3

10- Ivd4

j l tl * .,- . ,- .......... .- .,).......o,_


Chainage Speciel LHS RHS(kmn) LHS_____ RHS GrandGirth Size <30 30-60 60-90 90- 120-18 180 Total 30 3- 6099010 2080>0 Total Total

(cm)-+ ~~~~120Neem 3 2 2 7 3 2 5 12

Pakaria 2 4 2 1 9 21 1 1 23 32Pipal 1 1 I I

Sahtut I 1 2 2I ~~~~~~~~~~Semul 2 2 4 8 8Singri 1 2 I 1 5 5Sissam 2 4 1 14 9 30 18 12 = 30 60Amrud 1 I 1Arjun I1 7 4 12 12Ashok 8 3 1 12 12

C h il waI _ _ __ _ 21 _ 27 27 27

Gulmohar 1 I 1 1 4 4

Jamun 1 4 5 577.000- Kadam I 1 2 278.000 Khajur 7 7 7

Mahua I 1 2 2Mango _19 19 19Neem 10 7 17 17

Neem I _ 2 2

Pakaria I_ I _ _ 11 18 18

Sissam 20 14 34 3478.000- Amaltush 3 3 379.000

Arjun I 11 8 20 20Ashok ___ __-7 - 2 -- 10 10

Bargat _ _ _

* Chilwal _117 17s Gulhar _ 2 2 4 4

Gulmohar 2 1 3 33mli = = = = ==- 2 2Jamun 2 I 16 19 19Khajur 6 1 7 7Mahua _I IMango 30 30 30

Mehendi 7 7 7

Neem 4 9 9


Chainage Species~ LHS RHS(km) __L LHS RHS RHS Grand

Girth Size <30 30-60 60-90 90 120-180 >180 Total <30 30-60 69 90-120 120-180 >180 Total Total(cm)-+ 120

Neem 1

Pakaria 16 1 1 18 18

7.000- Sagun 3 1 1 5 5

79.000 Semul __ _ 1 2 2 2 7 7Singri 2 1 4 4 4

Sissam 20 13 33 33

Amrud 1 1 1

I~ ~ ~~~~~~1a _ _ _ __ =_-_- =2 6 2

Arjund 1 7 3 4 14

Ashok 9 1 2 12 12

Babool 1 2 2 5 5

Bargat =__ 4 4 4

Ber 4 4 4

Chilwal 25 25 25

30.000- Gulhohar _ 2 2 1 5 5

79.000- Jamun I 1 10 12 1280.000 I__ - - _

Kadam I 1 2 2

| Khajur _ __ ___ .

Mango ___26 26 26

Mehendi 1 3 4 4

Neem 7 5 12 12

Pakaria 7 1 8 8

Sahtut 2 1 3 33 ~~~~~~~~~Singri 6 2 10 10

Sissam 23 16 39 39

Amrud 1 I 1

Arjun 1 1 4 4 2 10 11

Ashok I I 1

Babooll2 1 2 2 5 6

I _ _B I I I I_I 6I

3 ~~~~~~~~~ucaliptu 2 1 3 3

Gulhar 1 1 180.000- -

81.000 Jamun I I10 11 11

Khajur 4 4 14

Mango ___14 14 1I ~~~~ ~ ~ ~~~Neem 4 1 42 6 7

NeemII3 ~~~~~~~Chameli

Pakaria I I 1O I I 1

Sissam 4 3 7 32 2153 61 ~~~~~~81.000- Arjun 2 I 3 5 38 1

1 ~~~~~~~~~~~~~~~~~~~~~~~~~~12-


Chainage Species. LHS RHS(kmn) LHS _ _ _ RHS Grand

Girth Size <30 30-60 60-90 0 120-180 >180 Total <30 30-60 60-90 90-120 120-180 >180 Tohl Total(cm)-+ ~~~~~12082.000 Ashok 9 2 I = 12 12

Bamboo 1 1

Bargat 1 1 1

Be 2 2 1 l 3Chilwd 2 12 12 I 15 15 27

Eucaliptu a 1 6 - 8 1 1 2 10

Gulhar I I 2 1 1 4 5

Imli I 1 2 2

Jamun I7 8 3 3 11

Kadam 1 1 1

Khajur 2 1 3 3

Mango 4 4 5 5 9

Neem 1 = 2 1 3 4

NeemI II 2Chameli 1 1 1 1 2

Pakaria 3 I 4 6 6 to

Pipal I I 1

Sahijan I1 1

Semul I I 1

Sissam 38 25 63 18 12 30 93

AmrudII I

Arjun 4 2 6 3 5 3 11 17

82.000- Ashok 7 4 3 14 8 1 1 10 2483.000___ - --

Babool = 2 1 3 = 11 1 4

Bargat ___I I 1 1 2

82.000- Bel III83.000 - _ -- -_ _ _820OO- Ber 2 = = = = _ 2 = = _ = = = _ 2

Chameli I I I

Chilwal 19 19 19 19 38

Gulhar I 1 2 4 2 1 1 4 8

Gulmohar 2 1 1 4 2 1 I 4 8

Imli I

Jamun 2 2 _ 5 5 7

Kadam 1 I I 1 2 3

Khajur 4 4 4 4 8

Mango 14 14 = 1 10 12 26

Mehendi 2 2 2

Neem 2 1 3 5 3 8 11

NeemChameliI I

;~~~~~~~ _r li ___ __ _ _ __ __ __

-13-

jn r In loint venture with


Chainage Species4 LHS RHS(km) LHS RHS Grand

Girth Size <30 30-60 60-90 90 120-180 >180 Total <30 30-60 60-90 90-120 120-180 >180 Total Total(Crn)-4 120

Pakaria 5 1 6 5 1 6 12

Pipal I I I 1 2

Sahijan I 1 1 2

Sahtut 1 1 2 1 1 2 4

Sissahn 15 10 25 17 11 28 53

Amaltush 3 3 3

Arjun I I 1 3 12 20 23

Ashok 6 2 1 9 9

Bargat I I 1 1 2

Bel 2 2 2

Ber 1 I I

Chilwal 15 15 12 12 27

Eucaliptu 3 1 4 4

Gulhar 1 1 1 3 3

Gulmohar 1 1 1 2 3

Imli I I 1

83.000- Jamun 1 6 7 1 1 = 5 7 1484.000 Kathal I I I

Khajur 4 4 4I ~ ~~~~~~ ~~Mango 4 4 14 9 1 24 28

Mehendi 4 2 1 7 7

Neem I I 2 5 1 3 8 10

Neem 2 2 2Chameli2 22

Pakaria 3 3 10 1 I 14

Sagun - - 2 2 4 4Sahijan 2 2 2

Semul 1 12 3 2 I 6 8

S;iSSG 1 8 12 30 1 5 10 25 558845.000o- Arjun 7= 4 = = = = = = 7 4-

BAshok == = = 4 _ _ _ 1 7 7

Bga __ __ _ _ 2- ___ _I

Bargat 22 2

Ber 2 2 2

Chilwal 19 19 19

Gulmohar 2 _ _ 4 4

Jamun I 1 5 6 6Kadam I I I

Mahua II I

Mango 7 4 2 13 13

U In s 1^1 sd vs r* zr,~, s-14 - h


Chainage SpeciesJ LHS RHS(km) LHS _ RHS Grand

Girth Size <30 30-60 60-90 90 120-180 >180 Total <30 30-60 60-90 90-120 120-180 >180 Total Total(cm)-+ 120I

Mehendi 4 4 4

Neem 5 3 8 8

Neem I I I

Pakaria 15 I I 17 17

Sagun _______ 2 1 33

Sahtut 2 2 2

Semul 1 2 2 5 5

Singri 3 1 1 5 5

Sissam 1113 32 33

85.000- Amrud 1 I 1

Arjun 8 6 14 14

Ashok 6 1 7 7

Babool 1 5 3 9 9

Bel 1 1 1

Chilwal 18 18 18

Gulmohar 1 1 2 2

Jamun 7 7 7

85.000- Kadam = 2 2

86.000 Khajur 6 1 7 7

Mahua I 1 2 2

Mango 7 5 6 18 18

Neem 7 4 tI 11

Neem2 2 2Chttmeli2 2 2

Pakaria 13 13 13

Sagun 4 3 7 7

Sissam_ 14 9 23 23

86.000- Amaltush 2 1 3 387.000

Amrud I I I

Arjun - 6 4 == 8 5 13I 24

Ashok 3 _ _ 5 7 1 2 1 -I 16I Babool _ 2 2 5 1 - 6

Bargat I I 1 2

Ber 2 2 2

Chilwal 16 16 18 18 34

Gulhar I 4 5 5

Gulmohar I I I 3 2 1 3 6

Jamun 4 2 6 6

- ___ Khajur 4 _ 4 5 5 10 14

In loint venture with

Environmental Management plan for| Package - 11 of Lucknow - Ayodhya section on NH - 28

Chainage spec L S LHS RHS(kmn) ____ LHS___ RHiS Grand

Girth Size <30 30-60 60-90 90 120-180 >180 Tohl <30 30-60 60-90 90-120 120-180 >180 Total Total(cm)-4 120 Mahua I 1 1

Mango 22 22 12 8 4 24 46

Mehendi I 1 3 2 5 6

Neem 4 3 7 7 5 12 19

NeemIII 23 ~~~~~~~~Chamneli 111 2

Pakaria 7 1 8 17 1 1 19 27

Sagun 4 3 7 75 ~~~~~~~~~Sahtut 1 1 2 ___2

Semul 2 1 2 5 5

Singri 5 5 5

Sissam 16 10 26 13 8 21 47

Amaltush 3 3 3

Amrud I 1 1

Arjun 1 2 _ 4 3 7 5 1 16 20

Ashok 4 1 5 6 1 1 1 1 10 155 ~~~~~~~~~Babool I 1 2 3 2 5 7

Bargat 2 2 2

Bel I I I3 ~~~~~~~~ ~~Ber 12 2 2

Chilwal It 11 18 18 29

Gulmohar 1 1 2 1 1 2 4 6

Imli I I 1

87.000- Jamun = 4 5 2 2 2 6 1188.000 - --

Kadamn I 1 2 1 1 3

Khajur 3 3 3 _ 1 0 7 32 0= 4

I _~~~~~~~~~a u 4 _

Mehendi 4 4 4

Neem 3 2 5 4 3 7 12

Pakaria I9 9 13 I 14 23

Sagun 4 _ 4 4 43 ~~~~~~~~~Sahtut I I 2 2

Semul I 2 1 2 6 6

Singri 12 2 1I S 5

Sissam 8 6 14 20 33 47

889.000- Arjun 5 3 8 8

88.000- Ashok 2 1 3 389.000- -- __ _

Babool I __ _ 2 2

Jamun 9 9

In In uwlh-16- qZIn Ilnint venture with '1I

Environmental Management plan forPackage -lt of Lucknow - Ayodhya section on NH - 28

Chainage Speciesr LHS RHS(kmn)___ LHS_______ RI-S Grand

Girth Size <30 30-60 60-90 90-120 120-180 >180 Total Total_____(cm)--* 120

Kadam = I = 2 2

Khajur 1 1 I

Mahua I 1 I

Mango ___7 5 1 13 13

Neem 3 8 8

3 ~~~~~~~~Chamei I 1

Pakaria 7 1 8 8

Sagun 2 1 3 3

Sissam 21 14 35 35Arjun 1 4 2 7 7

Ashok 1 2 3 3

Bel I I 1

Ber 2 2 2

89.000- Chilwal 6 6 690.000 _ _ _=__ - -

91.00 Gumoa __ _ _ _

Mango 3=_ 2 2 7

Neem I I I

Sahtut II I

92_ 990 Sissam 8 6 14 14

Arnrud I 2 2

Arjun 1 1 3 3

Ashok 9 1 4 14 14Babool 3 2 5 53 ~~~~~~~~~~Ber I 1

Chilwal 19 19 19

Eucaliptus I 5 6 6

U ~ ~~~~90.000-- - - --- __ _ ___

91.000 Gulmohar I I I

Jamun 2 2 2

Khajur I 1

Mango 2 2 2 6 6

Neem 4 2 6 6

Pakaria ___7 1 8 8

Pipal __ ____I I I

Sissam 20 14 34 34

91.000- Arjun 5 3 8 892.000 - -__ _

Ashok _1 1 1 8 8

I -~~~~~~~~~Bra I- I I

Gulmohar I 1 2 2

I ~~~~~~ ~ ~~Imli I I I

Jamnun I I 2 23 ~~~~~~~~~Khajur 7 7 17

3 ~~~~~~~~~~~~~~~~~~~~In I&%Iin* J:n2ur with

I~~~~~~~~~~~~~~~~~~~~~~~~~Environmental Management plan for

| Package - II of Lucknow - Ayodhya section on NH - 28

Chainage Specie4 LHS RHS(kim) LHS ___ RHS Grand

Girth Size <30 30-60 60.90 20- 120-180 >180 Total <30 30409 90-120 12 180 >180 Total Total(cm)--) 120<3 3066-9

Mahua I I 1

Mango 3 2 1 6 6

Neem 4 2 6 6

Pipal I I I

F ~~~~~~~ ~~Sagun 2 13 3

Sahijan 2 2 23 ~~~~~~~~~Sissam ___ 7 4 11 11

Amaltush 3 3 3

Arjun 2 4 2 8 8

Ashok 5 1 6 6

Bargat _ _____2 2 2

Ber 1 1 1

92.000- Chilwai 7 7 793.000 -_ _

Eucaliptu 14 1 2 1 1 19 19

* Gulmohar I I I

Jamun 3 2 1 6 6

Kadam 1 1 1

Mango 3 2 1 6 6

Mehendi I 1 1

Neem 2 1 3 3

92.000- Pakaria = = 1 12 1293.000 -~

Semul _ 5 4 I 11 11

Singri ____2 2 4 4

S m Sissam___i_a_ 12 8 20 20

|~~~~~~~~ 1113 91 243 458 265 258 11456 36-7 -I'9 503 1304[ 794 11069 4156T5S84

Summary_______________________________LHS RHS Total Grand Total

I Tree<120 905 2293 3198

Tree>120 523 1863 2386 5

3 List of Trees to be Felled from the Proposed RoW of Ramsanehighat Bypass

Ch_inage_ Girth Sizes (cm) iCkag < 30 30-60 60-90 90-120 120-180 >180

_________ Species No. Species No. Species No. Species Species No.Babool I Mango 1 Mango 19 13 Pipal I

_______ * Sahijan 7 Sahijan I Chilwal 5 3 Sahijan 7

1 | 0.00- 1.0 Khajur 5 Khajur I |_|_|Neem 3 2

______ § LSal I Sal 10 Sal I

_______ _______ __ _ l | | Sissam 1 1

________ ______ ~~~~~~ ~~Arjun 12 Ariun 7 5 _ _ _

1.0-2.0 Babool 2 Ber 2 Babool 3 Mago 5 3 Bmboo I

3 | l l | | Mango | I Mango 3 Chilwal 4 2 Bargat I

5r in lolnt v ntur wlth +,0-18-

In loint venture with 1,V1


Sissam 1 Sissam 4 Sissam 5 4 Sissam IArjun 2 Arjun 4 2

Gular I

=_____ = Gulmohar 1 Gulmohar I Gulmohar I

=_____ = Jamun 2 Jamun 2 1Pakaria I Pakaria I

______ = Ber I Babool 1 Babool 3 2 Babool I

Mango I Mango 2 Chilwal 4 3Khajur 3 Khajur 11 Sahijan 2 Mango 7 5

________ Neem 2 1 Neem I

2.0 -3.0 Sissam 17 Sissain 7 5 Sissam 2

______ __ __ Gular I I =

Gulmohar 1Jamnun 1_= Jamun 1 Jamun 4 3 =

Pakaria 3 Pakaria 2 1Arjun 4 Arjun 8 Arjun 3 Babool 2 2

3.0 - 4.0 Sissam 3 Sissam 13 Sissam 4 3 Sissam 4* Pakaria I Pakaria I Pakaria 11 8

________ Sagun 4 Sagun 14.0-5.0 Khajur 7 Khajur 5 Bamboo I

__4.0_-_S.0 Sissam 1 Sissam 11 Sissam 15 Sissam 33 22 Sissam 2

*______ Sal 12 Babool 5 Papal I

5.0 -6.0 Khajur 5 Khajur I Papal I Neem I I Neem I. __-__6. Sissam 2 Sissam 3 Sissam 7 5 Sissam 2

Arjun 6 Arjun 2 2 Bamboo I

Babool 2 Babool 5 Babool 11 Babool3 6.0 - 7.0 Khajur 7 Khajur I Sal 4 Jamun 5 3 =

Sissam 32 Arjun 15 Arjun ITotal 41 110 142 0 156 103 28

Grand Total 580

Summary1 _Tree<120_ 449

ITreeo1201 131

* Iii

!I w4 5/ Iln;tr-19-e4 w

Environmental Management plan forPackage - 11 of Lucknow - Ayodhya section on NH - 28 0

Appendix PII-3

List of Affected Cultural and Religious Properties

Si. Ch. (km) Name Status of Mitigation/ Enhan.No. impact MeasuresI . 56.750 Jai Durga Temple: Very small roadside temple of a Affected Relocation of the temple

height of 3 feet. Built on existing ROW. or appropriate* The temple will be demolished. compensation is

suggested to be arranged.2. 57.050 Durga devi Temple: Very small roadside temple of a Affected Relocation of the templeU height of 3.5 feet. Built on existing ROW. or appropriate

The temple will be demolished. compensation issuggested to bearranged..

Si 3. 57.200 Vishwakarma Temple: Small roadside temple on Affected Relocation of the templeexisting ROW. The temple will be demolished. or appropriate

compensation isI suggested to be arranged.4. 57.900 Hanuman temple: Very small roadside temple. No Affected Construction of a

well-defined temple structure. boundary wall around theOutside the proposed ROW, therefore remains temple is recommended.

X unaffected, but the road will draw very close to thetemple.

5. 71.250 Durga temple Small roadside temple on existing Affected Relocation of the templeROW. in a suitable new place isThe temple will be demolished. suggested.

6. 72.500 Durga temple: Small roadside temple on existing Affected Relocation of the templeROW. in a suitable new place isI The temple will be demolished. suggested.

7. 73.900 Durga temple: Small roadside temple on existing Affected Relocation of the templeROW. in a suitable new place isI The temple will be demolished. suggested.

8. 75.520 Shiva temple: Small temple. Affected Relocation of the templeWidening being on the same side, the temple will be in a suitable new place isdemolished. suggested.

* 9. 80.500 Hanuman temple: Small temple. Boundary wall 20m Affected Relocation of the templefrom C/L, temple at 23m. in a suitable new place isWidening being on the same side, the temple will be suggested.demolished.

10. 82.450 Shiva temple: Small roadside temple on existing Affected Relocation of the templeROW. in a suitable new place isThe temple will be demolished. suggested..

* 11. 90.700 Hanuman temple: Small roadside temple on existing Affected Relocation of the templeROW. in a suitable new place isThe temple will be demolished. suggested.I 12. 92.950 Hanuman and Shiva temple: Two separate temple in Partially Construction of newsame compound. Boundary wall not well constructed. Affected boundary wall,Boundary wall and Hanuman temple will be Relocation of thedemolished due to widening. demolished temple.

I The Shiv temple remains unaffected.

In loint venture with 04,,.7

1 Appendix P 11-4AYODHYA

Km 93+075

Km 75+050

| °~~~~~~~~~~~~~~~~~c :-C

I~~~~~~~~~~~~~3

aa m 7535 'BA-10'

I~~~~~~~~~~~~~a 1~~~~~~~~~~~~~~~~~~~C *~~~~~~~~~~~~~~~~ I LOCATION: ZAZIDPURV

| _ ^ ~~~~~~~~~~~~~~~~~~~LEAD : 1.0 KmE:3C ~~~~~YIELD :>10 xl 15m3

3 Km 69+650Km 68+450 Km6+5

~ IRAMSANEHIGHAT

'BA-8BYPASS E [ | _ LOCATION: KUSSARI ~ ~~~~~~~~~~~~~~~~~~~~~~~~~LEAD :2.0 Km5M

YIELD : >20 x 105 m

3

I~~~~= | ~~~~~~~~~~~Km 6+10

Km 59+680 | BA-7

LOCATION: PURADULANU-0 ~~~LEAD : 5.0 Km

Km 55+0|0 YIELD :>20x 105 m3

1 Km 55+000

LOCATION: MADUVA

LEAD :1.5 Km

IKm 45+ 000 YIELD : >20 x 105m3I ~

LUCKNOW

ILI Location and Lead to Borrow Areas in Package 11 Lucknow -Ayodhya Stretch on NH-28

Environmental Management plan for| Package - II of Lucknow - Ayodhya section of NH - 28

3 Appendix PH-5

Location and Length of Proposed Noise Barriers

Si. Chainage Name of the School Length of Noise Village/ TownNo. (kin) Barrier (m)1. 50.500 Smt. Shanti Devi Memorial Shikshan Sansthan 20 Udhauli2. 51.650 Good Shepherd School 15 Ahmedpur3. 57.100 Junior High School 10 Kotwa Sadak4. 57.650 P.R. Memorial Public School 25 Kotwa Sadak

71.000 Madrasa 26 Ranimou5. 82.200 Shri. Rajeshwari Bal Satya Niketan (Jr.) 18 Rauzagaon

I l Total 114

3 Height and Length of Noise Barriers

A solid noise barrier of height 5.5 m has been proposed. The length of the barrier will depend on theextent of the school building/ boundary just beside the road. Design of the noise barrier is depicted indesign G5 in Generic EMP.

In addition of noise barrier many places vegetation barrier and boundary wall have been proposed.I The two rows of plantation are suggested in front of school and single row for rest of the periphery asvegetation barrier wherever applicable. Tall, conical shaped trees with dense foliage, i.e., species likeSilver oak (Grevilea robasta), Karanj (Pongamia pinnata), Poplar etc. are suggested to plant atinterval of 3 m as vegetation barrier. School specific recommendation has been listed in AppendixPII-2. The BOQ of noise barrier and boundary wall is given in Appendix G4 in Generic EMP.

Ill

ll

l

IlI.y,_ fl9

- - -Envronrnental Management plan forPackage - 11 of Lucknow - Ayodhya section of NH -228

Appendix PII-6

Environmental Monitoring Plan for Three Years of Monitoring and One Year of Defects Liability Period

Environ Project Monitoring Institutional Responsibilitymental Stage Parameters Special guidance Standards Location Frequency Duration Implementat Supervisionent (Chainage) ion

RDS to be located Air Wherever the 3, 8 hrs Continuous Contractor PIU, NHAI /SPM, RSPM, 50m from the plant in (Prevention contractor samples per 24 hours/or through SupervisionSO2, NO2 CO, HC the downwind and Control decides to day, quarterly for 1 full approved Consultants(random direction. Use method of Pollution) locate the Hot for 3 years working day' monitoringsampling). specified by CPCB for Rules CPCB, mix plant (3 sX 4 t X 3 agencyConstruc- analysis. 1994 yrs =36tion Stage Samples)

RDS to be located 50 Air 3 locations, two 3 samples per Continuous Contractor PITJ, NHAI /m downwind (Prevention on road inter day, quarterly 24 hours/or through SupervisionAir SPM, RSPM direction. Method and control of section at at 3 locations for I full approved Consultantsspecified by CPCB for Pollution) Hydergarh road for 3 yrs. of working day' monitoring

analysis will be Rules CPCB (km 63.95), construction agencyfollwed. 1994 at Malvi period. (3s x

Chauraha (km 4t x 3 L x372.845) yrs = 108and one at samples)constructioncamp

bbfinenmewlth t 9

,~~~~~~~~~~~~~~~~~~~~~~~14 ,, ,,

- - - - - - - - - -Envronmental Management plan forPackage - 11 of Lucknow - Ayodhya section of NH - 28 r Environ Project Monitoring Institutional Responsibilitymental Stage Parameters Special guidance Standards Location Frequency Duration Implementat Supervision

ent (Chainage) ionOperation SPM, RSPM, RDS to be located at Air Three location 3, 8 hour ContinuousStage SO2, NO2 CO, HC 15 m from the edge of (Prevention at the junction samples per three, 8(random pavement. and Control of Behraich day, and hour/or for 1 PIU, NHAI NHAIsampling). of Pollution) road (km monitoring full working

Rules CPCB 63.95), for 3 day for three1994 at Malvi consecutive non

Chauraha (km days for three consecutive72.845) and seasons (in days for oncestarting of summer, post in every threeRamsanehighat monsoon and years inBypass. monsoon operational

seasons) at phasetwo locationsfor initialone year.

2-4lUtES WitI

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- m - - m - - - - - - - - m -lEnvronmental Management plan forPackage - 11 of Lucknow - Ayodhya section of NH - 28

Environ Project Monitoring Institutional Responsibilitymental StageCompon Parameters Special guidance Standards Location Frequency Duration Implementat Supervision

ent (Chainage) ionConstructi Potable/ Ground Grab sample collected Water quality At Kalyani and Once in a Contractor PIU, NHAI /on Stage Water Samples: from source and standards by Kasera Nadi (at year (before through Supervision

pH, TDS, TSS analyze as per CPCB/ IS least two the onset of approved ConsultantsStandard Methods for 10500:1991 surface water monsoon) for monitoring

Surface Water Examination of Water samples) at three seasons agencyWater Samples: and Wastewater construction (Sunnuer,pH, DO, BOD, location and post monsoonCOD, TDS, TSS, one ground and winter) inOil & Grease and water sample a year for 3Pb (hand pumps/ years at 5

wells at locationschainage km79.550, left (5 L x 2 t xside). Besides, lyr = 10samples from samples)potable watersources atlabour andcontractor'scamnp ( Total 5

l ____________ _____________ ____________ l______________ l_ _l_ _ | sa mnples) l__ l__l __sa m p les

JointiotEwth .11

- - - m - - - - - m - ------F-Envronmental Management plan forPackage - 11 of Lucknow - Ayodhya section of NH - 28

Environ Project Monitoring Institutional Responsibilitymental Stage Parameters Special guidance Standards Location Frequency Duration Implementat Supervisionent (Chainage) ion

Operation Potable/ Ground Grab sample collected Water quality At least three 5 Samples inStage Water Samples: from source and standards by locations at Pre monsoon

pH, TDS, TSS analyze as per CPCB/ IS Kalyani nadi, and 5 samplesStandard Methods for 10500:1991 Kasera nadi and in post NHAI NHAI

Surface Water Examination of Water one any major monsoon,Samples: and Wastewater natural drain once inpH, DO, BOD, (i.e, drain at km operationCOD, TDS, TSS, 53.0 /km 57.0 / phase forOil & Grease and Sarda canal/ initial onePb Rudauli year

distributory) ( 5 L x 2 t x Iand two ground yr. =10water samples Samples)(hand pumps/wells atchainage km58.70 and km79.550)

Noise Constructi Noise level on dB Free at 1 m from the Noise At equipment Every month Readings to Contractor PIU, NHAI/Levels on Stage (A) scale equipment whose standards by yards for three years be taken at 15 through Supervisionnoise levels are being CPCB of construction seconds approved Consultantsdetermined period interval for monitoring

(12 m x3yrs 15 mtinutes agency- 36 samples) every hourand then

I nJont vAets with

- mm mm~ -"am--- Envronmental Management plan forPackage -11 of Lucknow- Ayodhya sechon of NH - 28

Environ Project Monitoring Istitutional ResponsibilityCompon Stage Parameters Special guidance Standards Location Frequency Duration Implementat Supervisioneopnt (Chainage) ion

Noise level on Equivalent noise Noise At three Once in every Readings to Contractor PIU, NHAI/dB(A) scale levels using an standards by locations at four months be taken at 15 through Supervisionintegrated noise level CPCB Behraich road (three times a seconds approved Consultantsmeter kept at a intersection at year in non interval for monitoringNoise distance of 15 from km 44.2, at monsoon 15 minutes agencyLevels edge of pavement. Malvi Chaurah month) for 3 every hour(km 72.845) years at 3 and thenand sensitive locations (3 x averaged.receptor at at 3 x 3 =27Junior High samples)School at km57.1.

Operation Noise levels on Equivalent noise Noise At Behraich At three Readings to Contractor NHAIStage dB(A) scale levels using an standards by road locations, be taken at 15 throughintegrated noise level CPCB intersection at thrice a year seconds approvedmeter kept at a km 44.2, at for initial one interval for monitoringdistance of 15 from Malvi Chaurah year in 15 minutes agencyedge of pavement. (km 72.845) operation every hour

and sensitive phase and thenreceptor at averaged.Junior HighSchool at kmFlooding Construc. Flooding 57.1.Flooding Construc- Flooding Flooding locations in At the crossings Every In the post Supervision NHAItion Stage the package at of all surface summer monsoon consultantscrossings of all surface water bodies. before onset season also Envirownentalwater bodies mainly At all rivers and of monsoon cut banks if Specialistthe rivers/streams smaller streams all debris be any should be hydrologist,(Kalyani and Kasera and irrigation cleaned from photographed. geo-technical

nadi and other natural canals of the the vicinity of and materialdrains/ canals) should project area. all rivers/ Specialistbe identified and streamsadequate measures be (Frequency:

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m m m m m m m - mR m -Envronmental Managernent plan forPackage - 11 of Lucknow - Ayodhya section of NH - 28

Environ Project Monitoring Institutional Responsibilitymental Stage Parameters Special guidance Standards Location Frequency Duration Implementat Supervision

eopnt (Chainage) ion

taken to avoid Once in aflooding damage to the year beforeembankment monsoon).(Especially Banks of allembankment near water bodiessmaller streams be should bewatched carefully) Photographed

to monitor cut(once in yearaftermonsoon).

Soil Construc- Monitoring of Sample of soil Threshold for At productive Once in a year Construction upervision PIU, NHAItion Stage heavy metals collected to be each agriculture land (three years of Stage consultant's

(Chromium, acidified and analyzed contaminant abutting ROW, construction) EnvironmentalCadmium, Lead using absorption set by IRIS at least at three at least at threc Specialistand zinc), oil and spectrophotometer database of locations once locations oncegrease. USEPA until in a year for in a year for

national three years three yearsstandards are (3 x Ix 3 =9promulgated samples).

Operation Monitoring of Sample of soil Threshold for At productive Maximum Operation NHAI PIU, NHAIStage heavy metals collected to be each agriculture land three times in Phase

(Chromium, acidified and analyzed containment abutting RoW, operationCadmium, Lead using absorption set by IRIS at least three phase at threeand zinc), oil and spectrophotometer database of locations at six locations/orgrease. USEPA until years interval locations of

national accidentalstandards are spilling (ifpromulgated _any) .

Soil Construc- Turbidity Visual observation by Water Visual Pre- monsoon Construction Environmental PIU, NHAIErosion tion Environmental Quality observation at and post Phase Specialist,

Specialist, hydrologist standards or high monsoon Hydrologist,and material Specialist standard embankment seasons for and

.,o r Illb/lil_Ilil@lil -6 |

m m m m - - m m ~ Envionmental Management plan forPackage -11 of Lucknow - Ayodhya section of NH - 28

Environ Project Monitoring Institutional ResponsibilityCompon Parameters Special guidance Standards Location Frequency Duration Implementat Supervisionent (Chainage) ion

specified of stretches three years of MaterialNHAI including construction. Specialist of

crossings of all Supervisionsurface water Consultants.bodiesTurbidityat the downstream ofidentifiedsurface waterbodies in thepackage.Soil Operation Turbidity in storm Visual observation by Water At bridge/ Pre- monsoon Construction PIU NHAI, PRUErosion water and all PIU's Environmental Quality culvert site over and post Stage

surface water Specialist standards or river and other monsoonbodies standard water bodies. seasons for

specified of initial year ofHaul _Constru Maintenaceand TehardNHAI operation.Haul Construc Maintenance and The haul road Haul roads for At least thrice Entire Environmental NHAI-PIURoad tion up keep of haul including those for construction of a day i.e. construction Specialist oiupkeep Stage roads borrows areas, carriageway, Morning, period Supervision

carriageway mode to evening and Consultant,construction, should be transport earth afternoon Contractormaintained properly by from borrow (Frequency:spray of water at least areas, sand and thrice in athrice a day. aggregates from day during

quarries, Fly constructionash from period).Thermal PowerStation.

.O7 . - .

m m m m m m m m m m -m - m m m -Envronmental Management plan forPackage - 11 of Lucknow- Ayodhya section of NH - 28 _

Environ Project Monitoring Institutional Responsibilitymental Stage

Compon Parameters Special guidance Standards Location Frequency Duration Implementat Supervisionent (Chainage) ion

Construc Plantation at The number of trees The plantation The Construction Supervision NHAItion median and the surviving during each done along comparison Period consultantsStage side of the visit of Environmental median, and should be Environmental

carriage way Specialist of side of the done for Specialistsupervision consultant carriageway every sixshould be compared monthswith number of duringsampling planted. conse.

Plantatioi Operation Plantation along The number of trees Plantation along The PIU Initial five PIU NHAIStage the carriage way surviving during each median and side Environmental years

on approaches of visit of PIU- of the cell should dobridges Environmental cell carriageway comparison

should be compared and assessmeniwith number of sapling of growthplanted. every year.

Eco- Construc Aquatic a) Turbidity at location At location of Once a month Construction Environ- NHAIsystem tion Ecosystem of all surface water all crossings of Period mental

Stage body crossings surface water Specialist(locations of bodies in the ofbridge/culvert) should stretch under supervisionbe monitored. construction Consultant

Borrow Construc- Monitoring of The Environmental Identified Once a week Construction Environmental PIU, NHAIarea tion Stage borrowing and re- Specialist of borrow areas in period Specialist ofmanage- development of Supervision package Supervisionment borrow areas Consultants well Consultants

inspect borrow area and Contractorevery week to ensureproper and controlledborrowing andredevelopment worksas per plans prepared.

41W ~~~~~~~~-8- 4 f11 W bbiulntvuutualth 3

Envronmental Management plan forPackage - II of Lucknow- Ayodhya secton of NH - 28

Monitoring Plan for Second Year of Operation to Next Sixteen YearsEnviron- Project Monitoring Institutional Responsibilitymental Stage Parameters Special guidance Standards Location Frequency Duration LuIplementat Supervision

ent (Chainage) ionAir Operation SPM, RSPM, RDS to be located at Air Three location 3, 8 hour Continuous

Stage SO2, NO2, CO, 15 m from the edge of (Prevention at the junction samples per three, 8HC (random pavement. and Control of Behraich day, and hour/or for NHAI NHAIsampling). of Pollution) road (km monitoring one full

Rules CPCB 63.95), for 3 working day1994 at Malvi consecutive for three non

Chauraha (km days for three consecutive72.845) and seasons (in days for oncestarting of summer, post in every threeRamsanehighat monsoon and years inBypass. winter operational

season) at phasetwo locationsfor everythird year upto sixteenyears ofoperation.

Operation Potable/ Ground Grab sample collected Water quality At least three 5 Samples inStage Water Samples: from source and standards by locations at Pre monsoon

pH, TDS, TSS analyze as per CPCB/ IS Kalyani nadi, and 5 samplesStandard Methods for 10500:1991 Kasera nadi and in post NHAI NHAI

Surface Water Examination of Water one any major monsoon,Water Samples: and Wastewater natural drain once inQuality pHI, DO, BOD, (i.e, drain at operation

COD, TDS, TSS, km53.0 /km 57 phase for forOil & Grease and .0 / Sarda canal/ every thirdPb Rudauli year up to

distributory) sixteen yearsand two ground of operationwater samples(hand pumps/

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Envronmental Management plan forPackage - Il of Lucknow - Ayodhya secton of NH - 28

Monitoring Plan for Second Year of Operation to Next Sixteen YearsEnviron- Project Monitoring Institutional ResponsibilityCompon- Stage Parameters Special guidance Standards Location Frequency Duration Implementat Supervisionent (Chainage) ion

wells).Operation Noise levels on Equivalent noise Noise At Behraich At three Readings to NHAI NHAIStage dB(A) scale levels using an standards by road locations, be taken at 15 throughintegrated noise level CPCB intersection at thrice a year seconds approvedmeter kept at a km 44.2, at for every interval for monitoringNoise distance of 15 from Malvi Chaurah third year up 15 ninutes agencyLevlse edge of pavement. (km 72.845) to initial every hourLevels and sensitive sixteen years and then

receptor at of operation, averaged.Junior HighSchool at kmn57.1.

Soil Operation Monitoring of Sample of soil Threshold for At accident/ Maximum Operation NHAI NHAIStage heavy metals collected to be each spill locations three times in Phase(Chromium, acidified and analyzed containment involving bulk operationCadmium and using absorption set by IRIS transport phase at threeLead). spectrophotometer database of carrying locations/or

USEPA until hazardous locations ofnational materials accidentalstandards are spilling (ifpromulgated any).Soil Operation Turbidity in storm Visual observation by Water At bridge/ Pre- monsoon Construction NHAI NHAIErosion water and all PIU's Environmental Quality culvert site over and post Stagesurface water Specialist standards or river and other monsoonbodies standard water bodies. seasons forspecified of every thirdNHAI year up to

initial sixteenyears of

--10 -h~~~~~~~~~~~~~~~~~~~~nJint V_oSm Wth

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