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Sharecropper. Karez. A horizontal hand excavated gravity flow well generally used to obtain irrigation water in Balochistan.
Typology: Schemes and Mind Maps
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WATER POIrwER DEVELOPMENT^ :AUTHORI
INTERNATIONAL BANK FOR RECONSTRU^ C---
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DRAINAGESECTViOr
-NATIONAL 1RI~.^ 0.
-LBMrED :'-1tcd--
Public Disclosure Authorized
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The WorldBank 1818H StreetN.W. (202)477- INTERNATIONALBANKFORRECONSTRUCTIONANDDEVELOPMENT Washington.D.C. 20433 CableAddress: INTBAFRAD INTERNATIONALDEVELOPMENTASSOCIATION U.SA CableAddress: INDEVAS
PA9EffAAN1 Mott DRAINAGESECTORENVIRONMENTALASSESSMENT 1111 Mabnld
Of l 76 B - ShahJanL, Lube Pakin Tde:(2) 758438 Fax # 426436709 - 5538712 Teex: 44730 NESPAKPKC.
Volume 2 - Concept Framnework - National Drainage Programme
Na6omdEagiumeig Swi. rakta (PuL)Ltd Man Mhiwd -Laenmtoua Lt.
PAKISTAN DRAINAGE SECTOR ENVIRONMENTAL ASSESSNT -NATIONAL DRAINAGE PROGRAMME
(LIr OF VOLUMES)
VOLUME 1 - PAKISTAN DRAINAGE SECrOR ENVIRONMENTAL ASSESSMENT
PAKISTAN-DRAINAGESECTOR ENVIRONMENTAL ASSESSMENT
LST OF CONTENT
Page Nr. Letter of Transmittal
List of Study Participants
List of Contents i
List of Tables ix
List of Figures xii
Abbreviations xiii
Local Terms xvii
Conversion Table xviii
Soil and Water Quality Definitions xviii
VOLUME 1
DRAINAGE SECTOR ENVIRONMENTALASSESSMENT
CHAPTER 1 INTRODUCTION 1-
1.1 Backgrod 1-
1.2 Introduction 1-
1.2 The Study 1-
1.3.1 Objectives 1- 1.3.2 Scope 1-
1.3 Layout of Report 1-
i
SECTION I
DRAINAGESECTOR
ClAPrER 2 DRAINAGE IN RETROSPECr
2.1 Introduction 2-
2.2 Early Meaures^ 2-
23 Extent of Problem 2-
2.4 Action Programmes and Strategies^ 2-
25 Drainage Development Since Early 196fs^ 2-
2.5.1 Developmentin Public Sector 2- 2.5.1 Developmentin Private Sectr^ 2-
Appendix-li
3.1 Establishment of Drainage Need^ 3-
3.2 Status of Land Drainage 3-
3.2.1 Sub-surfaceDrainage^ 3- 3.2.2 SurfaceDrainage^ 3-
3.3 Future Requiremts of Irrigation Related Drainage 3-
3.4 Drinage Effluent and its Disposal^ 3-
Appendix-III
ii
Appendix-V
6.5.3 Other Water-relatedParasiic Diseases (^) 6- 6.5.4 Anaemia (^) 6- 6.5.5 (^) LivestockDiseases (^) 6- 6.5.6 QuantitativeAssessmentof PotentialHealth Risks (^) 6-
6.6 Soco-cultural impact ot Drainage (^) 6-
6.6.1 Direct Effects of Physical Development (^) 6- 6.5.2 Social Constraintson Potential Benefits (^) 6- 6.6.3 Polarisationof Benefits (^) within the Working Classes (^) 6- 6.6.4 (^) Farmer and Community Groups (^) 6- 6.6.5 Women (^) in Farming Communities (^) 6- 6.6.6 NomadicGroups (^) 6-
6.7 Mitigation of Negative Impacts (^) 6-
6.7.1 OrganicPollution (^) 6-
6.7.3 The Fute Value of Water in the Indus Estuary (^) 6- 6.7.4 (^) WetlandEcosystems (^) 6- 6.7.5 Wildlife in Peripheral and Project Lands (^) 6- 6.7.6 Rare and Protected Species (^) 6-
6.7.7 Fish of Permanent Non-riverine Wetlands (^) 6- 6.7.8 NomadicGroups (^) 6-
6.8 Relxation (^) or Constraints (^) 6-
6.8.1 Toxin Transport and Water (^) Quality Management (^) 6- 6.8.2 Soil Fertility and Nitrogen Harvesting (^) 6- 6.8.3 Resettlement (^) 6- 6.8.4 Health (^) 6- 6.8.5 Social (^) Constraints (^) 6- 6.8.6 (^) AquaticWeed Control (^) 6- 6.8.7 (^) CommunityParticipation in Rural Development (^) 6- 6.8.8 Fanners and CommunityGroups (^) 6-
v-
8.1 The Need for Environmental Poides and Basin Management 8-
8.1.1 The Need for EnvironmentalPolicies 8- 8.1.2 Legislation and the Enforcement of EnvironmentalPolicies 8- 8.1.3 IntegratingEA Methodologyinto National Planning 8- 8.1.4 Intra-sectoralObstructionsto IntegratedPlanning 8- 8.1.5 Linkage betweenthe Drainage Sector and other Sectors 8- 8.1.6 The Need for an Indus Basin Water Resource ManagementPolicy 8- 8.1.7 The Hydraulic Model as a Water ManagementTool 8-
8.2 Environmental CapabiSty 8-
8.2.1 Multi-sectoralDevelopment 8- 8.2.2 Constraintsof Staff Motivation in the Drainage Sector 8- 8.2.3 The Need for Sectoral Audits in Pakistan 86 8.2.4 EnvironmentalResponsibilities of the DrainageSector 8- v.2.5 Responsibilityof EPAs for Environmntal Assessment 8- 8.2.6 Domestic Capabilityin EnvironmentalAssessment 8- 8.2.7 Providing Environmnl AssessmentCapability 8- 8.2.8 AssessmentTeam Formation 8-
8.3 Tools for Managing Envirnmental Poldies 8-
8.3.1 Methodology 8- 8.3.2 Grading of Projects for Their EA Needs 8- 8.3.3 Field Investigations 8- 8.3.4 Environment Quality Standards in the DrainageSector 8- 8.3.5 Protection of Downstream Riparian Interests 8-
vii
8.4 External Constraints on Drainage Policies (^) 8-
Future Value of Water (^) 8- 8.4.2 Population (^) Trends and the Drainage Sector (^) 8- 8.4.3 (^) Tle Importanceof Intangible Assets - EnvironmentalQuality, Culture and Aesthatic Values (^) 8- 8.4.4 Conservation (^) 8-
ANNEXTURES
I - Terms of Reference II - Drainage Technology and Salt Balance Issues III - Water Conservation through Watercourse Improvement IV - Irrigation Related Drainage and Environment v (^) - Assimilative Capacity of Drains VI - The 'Biological Alternative' to Drainage
viii
Table No. Page Nr.
4.1 Direct EnvironmentalImpacts and Drainage in Pakistan (Final Screening) 4-
4.2 Direct Environmenta Impacts^ and Drainage in Pakistan (Final Screening) 4-
4.3 Impacts Requiring Mitigation 4-
5.1 LSK SDP: Pumping^ Station^ DischargeData^ 5-
5.2 Quality of Drainage Effluent LSK Project^ 5-
5.3 Percent Area with DTW <5 feet in LSK Project 5-
5.4 Average Salt Budgetfbr Selected Plots in EKTD 5-
5.5 Status of Soil Profiles in EKTD 5-
5.6 Cropping Statistics - East Khairpur Tile DrainageProject 5-
5.7 Average Salt Content in Soil Profile for Mona Project 5-
5.8 Comparative StatementShowingProfile Salinity Status of SCARP-I and Mona Project (%) 5-
5.9 Summary of Clear and Affected Profiles(%) 5-
5.10 Average Monthly Pumpageof Hairdin Pumping Station 5-
5.11 Salt Content (ppm) of River Indus 5-
5.12 Unit Costs (Rs.M) of Transition of SCARP Wells 5-
5.13 Dynamiicsof the SaltTransport Model 5-
5.14 DevelopmentStages, Area Covered and DisposalsProposed 5-
Appendix - V
I Quality of Effluent from Sump Nr. 8 (S-HA)and Its Pipe Drains (Drainage IV) 2 Water Quality of Sumps Discharge EKTD Project 3 Annual Operationand MaintenanceCosts and Revenue Receipts 4 Effect on Drained Land Quality 5 Effect on Drained Land Agriculture 6 Existing and AnticipatedSaline Fffluent and Salts Disposal from Sindh Sub-surfaceDrainage Projects
x
Table No. Page Nr.
*7 AnticipatedSalinity of Effluent from Drainage Units of RBOD 8 AnticipatedQuantity and Salinity of Effluent from RBOD 9 Impact of RBOD on Indus Water Quality at Kotri t0 Potentical Schemesfor Recycling 11 Existing and AnticipatedSaline Fffluent Disposal from Punjab Projects 12 Estimated Mixed Water Quality at Various Barrageson Indus River System 13 Total DissolvedSolids (ppm) at various Sites Hairdin Drainage Project 14 Estimated Mixed Water Quality at Guddu Based on 1985-86Flow 15 Spare CapacityAvailable in LBODStage to take AdditionalFlow 16 Spare CapacityAvailablein LBODat Ultimate Developmentto take Additional Flow
6.1 Projected Impacts on Human and Animal Health from Draining WaterloggedAreas (A) and Waterloggedand Saline Areas(B) 6-
6.2 Potential for Mitigationof NegativeHealth Effects of Drainage 6-
xi
Ac Acre ACE AssociatedConsultingEngineer (Pvt) Limited ADBP AgriculturalDevelopmentBank of Pakistan ADB Asian DevelopmentBank ADP Annual DevelopmentProgramme APCC Annual Plan CoxrdinationCommituee AXEN AssistantExecutiveEngineer
B
Bcm Billion cubic meter BM&E Benefit Monitoringand Evaluation BMIAD BalochistanMinor Irrigation and Agriculture Development
C
CAA Civil Aviation Authority CDWP Central DevelopmentWorking Party CE Chief Engineer cfs (^) Cubic feet per second CsU Colorado State University CWM CommandWater Management
d day DRIP Drainageand ReclamationInstitute of Pakistan DSEA Drainage Sector EnvironmentalAssessment
E
EAD Economic Affairs Division EC ElectricalConductivity ECNEC Executive Committeefor National EconomicCouncil ETA EnvironmentalImpact Assessment EPA EnvironmentalProtectionAgency EPC EnvironmentalProtection Council
FFC Federal F1lo Commission FGW Fresh Ground Water FIDIC Federation lnternationalt des Ingenieurs-Conseils
xiii
g granme GDP Gross Domestic Product GIS GeographicalInformation Systems GM General Manager GW gigawatt
H
h hour ha hectare hm hectare-meter hm' cubic hectometre
I
IBM Indus Basin Model IBMR (^) Indus Basin Model (Revised) IBWR (^) Indus Basin Water Authority IDA (^) InternationalDevelopmentAssociation IDC Interest during construction IFAD (^) InternationalFund for AgriculturalDevelopment IRA Indus River Authority ISM Irrigation System Management ISRP Irrigation System RehabilitationProject IWASRI (^) International Waterloggingand Salinity Research (^) Institute
K
kg (^) kilogramme km (^) kilometre ksm^2 square kilometre kt kilotonne kw kilowatt kwh kilowatthour
L
LBOD (^) Left Bank Outfall Drain
M
M Million m (^) metre m^2 square metre m3 cubic metre Ma (^) million acre Mha Million hectare Maf million acre feet M&E Monitoring& Evaluation
xiv