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Thesis Details
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Title
CERTIFICATE
DECLARATION
DEDICATION
ACKNOWLEDGEMENT
CONTENTS
List of Tables
List of Figures
I Introduction
I.1 Water Availability
I.2 Water Resources of Kerala
1 1 Water Resource Potential- India and Cereal
I.3 Water Demand
1.2 District - wise Ground Water Potential of Kerala
I.4 Drinking Water
1.3 Access to Safe Drinking Water - Global
I.5 Drinking Water Scenario - Kerala
1 4 Drinking Water Coverage by Habitation and by Population - National Perspective
1 5 District - wise Population Coverage by Rural and Urban Water Supply Schemes in Kerala as on 31-12-1999
I.6 Subject Matter
1 6 Status of Drinking Water Supply Coverage by Habitation in Kerala, as on 30-4-2000
I.7 Objectives of the Study
I.8 Methodology
I.8.1 Source and Collection of Data
I.8.2 Data Analysis
I.9 Reference Periods of the Study
I.10 Limitations of the Study
I.11 Scheme of Presentation
Reference
II Review of Literature
2.1 Economics of Drinking Water Supply
2.2. Studies on Project Evaluation / Economic Evaluation
2.3. Benefit - Cost Analysis
Reference
III Trends in Drinking Water Supply
3.1. Trends in Drinking Watcr Supply - National Perspectives
3.1 Plan Outlay on Water Supply and Sanitation under Different Five Year Plans - India
3.1 Outlay on Water Supply and Sanitation in General and on Rural Water Supply in Particular Under Different Five Year Plans
3.1.1. Institutional Aspects
3.2. Trends in Drinking Water Supply Sector - Kerala
3.2 Trends in the Percentage of Population Covered by Protected Drinking Water Supply over the Years - Kerala
3.2 Percentage of Population Covered by Protected Drinking Water Supply - Kerala
3.3 Details of Water Supply Schemes Completed in Different Years, - Kerala
3.4 Plan Outlay on Social Services, Water Supply, and Health - Kerala
3.3 Plan Outlay on Social Services, Water Supply, and Sanitation- Kerala
3.5 Plan Outlay on Rural Water Supply under Different Five year Plans - Kerala
3.4 Plan Outlay on Rural Water Supply Under Different Pans - Kerala
3.3. Present Status of Water Supply Schemes - Kerala
3.3.1. Internally Sourced Schemes
3.6 District-Wise Abstract of Water Supply Schemes in Operation in Kerala as on 31-03-2001 (Schemes Category-wise)
3.7 District-wise Abstract of Ongoing Water Supply Schemes in Kerala as on 31-03-2001 (Schemes Category-wise)
3.8 L I C / HUDCO aided Drinking Water Supply Schemes-Kerala
3.3.2 Externally Sourced Schemes
3.9 World Bank Aided Drinking Water Supply Schemes in Kerala
3.10 Flow of Funds and Financing Water Supply Schemes - Kerala
3.11 Netherland Assisted Drinking Water Supply Schemes in Kerala
3.12 Danish Assisted Drinking Water Supply Schemes in Kerala
3.13 JBIC Schemes - Kerala
3.4. Conclusion
Notes and References
IV Profile of the Study Area and Sample
4.1. World Bank Project -An Overview
4.1 Major Components of World Bank Project - Puthencruz
4.2. Socio-Economic Features of Sample Households - World Bank Project
4.2.1. Age Composition
4.2.2. Educational Status
4.2 Age Composition -World Bank Project Area
4.2.3.Occupational Distribution
4.3 Literacy Level in the World Bank Project Area
4.4 Employment Status - the World Bank Project Area
4.5 Occupational Structure - the World Bank Project Area
4.2.4. Income Distribution
4.6 Distribution of Total Monthly Income - the World Bank Project Area
4.2.5. Classification of Households on the Basis of Source of DrinkingWater
4 7 Classification of House holds on the Basis of the Beneficiarys intake Sources of Drinking Water- World Bank Project
4 8 Classification of House holds on the Basis of Source of Drinking Water-Details
4 9 Source of Water* Accessibility Cross Tabulation - World Bank Project
4.3. LIC Project - A Brief Sketch
4.10 Income - wise Distribution of Source of Drinking Water - World Bank Project
4.4. Socio-Economic Features of Sample Households - the LIC Project Area
4.4.1 Age Composition - LIC Project Area
4.4.2 Educational Status
4.11 Age Composition- LIC Project Area
4.4.3 Occupational Distribution
4.12 Educational Status - LIC Project Area
4.13 Employment Status - LIC Project Area
4.4.4. Income Distribution
4.14 Occupational Structure - LIC Project Area
4.4.5. Classification of Households on the Basis of Source of DrinkingWater - LIC Project
4.15 Classification of House holds on the Basis of Monthly Income - LIC Project
4 16 Classification of House holds on the Basis of the Beneficiarys Intake Sources of Drinking Water- LIC Project
4 17 Classification of House holds on the Basis of Source of Drinking Water -Details
4 18 Source of Water* Accessibility Cross Tabulation LIC Project
4 19 Income - wise Distribution of Source of Drinking Water --LIC Project
4.5. Conclusion
Notes and References
V Performance of Rural Drinking Water Supply Projects - A Comparison Between World Bank and LIC Aided Projects
5.1. Per Capita Consumption of Water Per Day in World Bank and L.I.C Project Areas
5.2 Distributional Aspects
5 1 Percapita Consumption of Water Per day Per Household in World Bank and LIC Project Areas
5.2.1 Under l Utilisation Due to Non-Accessibility
5.2.2 Under Utilisation Due to Inward Rigidity of the Norm
5.3. Distance Travelled to Collect Water
5 2 Distance Between the house and Public Water Source - World Bank and LIC Project Areas
5.4. Water Delivery Rate at Source (Litres Per Minute)
5.3 Household Preference for Different Sources of Drinking Water in the World Bank and the LIC Project Areas
5.4 Water Delivery Rate in World Bank and LIC Project Areas (Liters per Minute)
5.5 Response of the Households on the Average Availability of Water
5. 5 Household Response on the Availability of Water per day in World Bank and LIC Project Areas
5.6 Performance Comparison of World Bank and LIC Projects
5.6 Performance of World Bank Project with Respect to Prescribed Government Norms
5.7 Performance of LIC Project with Respect to Prescribed Government Norms
5.8 Response of the Households Towards the General Performance of the Schemes - World Bank and LIC: Projects
5.7. Test of Significance of the Difference Between Arithmetic Mean of World Bank and L.IC Projects in Respect of Selected Parameters (Normal Test)
5.7.1 Percapita Consumption of Water
5.7.2 Distance Between the House and Public Water Source
5.9Test of Significance of the Difference Between Arithmatic mean of World Bank and LIC Projects in Respect of Percapita Consumption of Water
5.7.3 Water Delivery Rate at Source (Litres Per Minute)
5.10 Test of Significance of the Difference Between Arithmetic mean of World Bank and LIC Projects in Respect of the Distance Between the Home and Public Water Source
5.7.4 Availability of Water Per Day
5.11 Test of Significance of the Difference Between Arithmetic mean of World Bank and LIC Projects in Respect of the Rate of Flow of Water Through Public Taps
5.8. Test of Significance of lhe Difference Between Variance of WorldBank and LIC Projects in Respect of Selected Parameters (F-Test)
5 12 Test of Significance of the Difference Between Arithmatic mean of World Bank and LIC Projects in Respect of the Availability of Water
5.13 Test of Significance of the Difference Between Vaiances of World Bank and LIC Projects in Respect of Selected Parametres
5.9 Conclusion
Reference
VI Economic Evaluation of Selected Water Supply Schemes - Static Analysis
6.1 Methodology of Benefit-Cost Analysis
6.1.1 Selection of Social Rate of Discount
6.2 Benefit-Cost Analysis in Rural Drinking Water Supply Projects
6.2.1 Calculation of Time Benefit
6.2.2 Calculation of Health Benefit
6.2.3 Calculation of Cost
6.3 Assumptions of BCA
6.4 Benefit-Cost Estimation of the Selected World Bank Project
6.4.1 Evaluation of Benefits
6.4.1.1 Estimation of Water Tariff
6 1 Water Tariff - World Bank Project
6.4.1.2 Estimation of Time Saved
6.4.1.3 Estimation of the Opportunity Cost of Man-days Saved from Avoidance of Water Borne Diseases
6.2 Incidences of Water Borne Diseases Occurred in World Bank Project Area
6.4.1.4 Estimation of Public Expenditure Saved Owing to Avoidance of Water Borne Diseases
6.4.1.5 Estimation of Private Expenditure Saved from Avoidance of Water Borne Diseases
6.4.2 Summary of Total Benefits - World Bank Project
6 3 Recurring Cost of World Bank Project
6.4.3 Evaluation of Cost - World Bank Project
6 4 Present Value of Recurring Cost -World Bank Project
6..5 Present Value of Various Benefits - World Bank Project
6.5. Benefit-Cost Estimation of LIC Project
6.5.1 Evaluation of Benefits -- LIC Project
6.5.1.1 Estimation of Water Tariff
6.5.1.2 Estimation of Time Saved - LIC project
6.6 Details of Revenue Collected by LIC Project in Respect of Water Tariff.
6.5.1.3 Estimation of Man-days Saved from Avoidance of Water Borne Diseases - LIC Project
6.7 Incidences of Water Borne Diseases that Occurred in the LIC Project Area
6.5.1.4 Estimation of Public Expenditure Saved from Avoidance of WaterBome Diseases
6.5.1.5 Estimation of Private Expenditure Saved from Avoidance of Water Borne Diseases - LIC Project
6.5.2. Summary of Total Benefits - LIC Project
6.8 Present Value of Various Benefits
6.5.3 Evaluation of Cost - LIC Project
6 9 Present Value of Recurring Cost - LIC Project
6 10 Present Value of Various Benefits - LIC Project
6.11Relative Contribution of Components of Benefits to Total Benefits - World Bank and LIC Projects.
6.6 Comprehensive Benefit-Cost Table
6.12 Comprehensive Benefit-Cost Table Pertaining to World Bank and LIC Projects.
6.7 Evaluation of the Results
6.8 Conclusion
Reference
VII Economic Evaluation of World Bank and L IC Projects - Dynamic Analysis
7.1 Trend Projections
7.2 Assumptions Specific to the Dynamic Analysis
7.3 Projection Estimates of the World Bank Project
7.3.1 Projection of Population
7.3.2 Projected Estimates of the Households
7.3.3 Projected Estimate of the Benefits
7.3.3.1 Estimation of Annual Water Tariff
7.3.3.2 Value of Time Saved from Fetching Water
7.1 Value of Time Saved From fetching Water - World Bank Project
7.3.3.3 Man-days Saved from Avoidance of Water Borne Diseases
7.2 Value of Madness Saved due to Avoidance of Water Borne Diseases -- World Bank Project
7.3.3.4 Public Expenditure Saved from the Avoidance of Water Borne Diseases
7.3.3.5 Private Expenditure Saved from Avoidance of Water Borne Diseases
7.3 Value of Public and Private Expenditure Saved due to Avoidance of Water Borne Diseases - World Bank Project
7.3.4 Evaluation of Cost-World Bank Project
7.4 Projection Estimates of the L[C Project -Dynamic Model
7.4.1 Projection of Population
7.4.2 Projected Estimates of tht: Households - LIC Project
7.4.3 Projected Estimates of Benefits - LIC Project
7.4.3.1 Estimation of Water lariff - LIC Project
7.4.3.2 Value of time saved from fetching water - LIC Project
7.4.3.3 Value of Man-days Saved from Avoiding Waterborne Diseases
7.4 Value of Mandays Saved Due to Avoidance of Water Borne Diseases -- LIC Project
7.4.3.4 Public Expenditure C, aved from Avoidance of Water BorneDiseases
7.4.3.5 Private Expenditure Saved from Avoidance of Water BorneDiseases
7.5 Value of Private and Public Expenditure Saved Due to Avoidance of Water Borne Diseases - LIC Project
7.4.4 Estimation of cost - LIC Project
7.5 Comprehensive Benefit-Cost Table of World Bank and LIC Projects-Dynamic Analysis
7.6 Comprehensive Benefit-Cost Table Pertaining to World Hank and LIC Projects
7.6 Evaluation of the Results - Ilynamic Analysis
7.7 Relative Contribution of Benefit Components to Total Benefit - LIC Project
7.8 Results of Static & Dynamic Analysis - A Comparison
7.7 Conclusion
Notes and References
VIII Summary and Conclusion
8.1 Summary
8.2 Findings of the Study
8.2.1 Trends in the Provision of Rural Drinking Water- India and Kerala
8.2.2. Performance of the World Bank and the LIC Projects in Comparison with the Prescribed Government Norms
8.2.3 Economic Evaluation of World Bank and LIC Projects-Static andDynamic Analysis
8.3 Contributions of the Stucly
8.4 Recommendations
8.5 Conclusion
APPENDICES
APPENDIX A Terms and Conditions of LIC Loan to Drinking Water Supply Projects
APPENDIX B Terms & Conditions of World Bank Loan to Drinking Water Supply Projects
APPENDIX C Tables Pertaining to Dynamic Analysis
APPENDIX D Format of the Survey Schedules I, II, III and IV
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