Dirty, sacred rivers: confronting south asia’s water crisis
Table Of Contents
- Title page
Certification i
Dedication ii
Acknowledgement iii
Abstract ivChapter One:
- 1.0 Introduction 1
- 1.1 Background Information 1
- 1.2 Problem Statement 6
- 1.3 Research Objectives 7
- 1.4 Hypothesis 8
- 1.5 Significance of the Study 9
- 1.6 Scope of the Study 10Chapter Two:
- 2.0 Literature ReviewChapter Three:
- 3.0 Research Methodology 30
- 3.1 Description of the Study Area 30
- 3.2 Research Design 30
- 3.3Method of Data Collection 31
- 3.4Data Limitation 31
- 3.5Method of Data Analysis 32
3.
- 5.1 Summative Approaches 32
3.
- 5.2 Simple Percentage 33
3.
- 5.3 Incremental Averages
- 343.6 Test of Hypothesis 34Chapter Four
- 4.0Presentation of Data, Analysis of Data and Discussion of Findings 36
- 4.1Data Presentation 37
- 4.2Data Analysis 39
- 4.3Discussion of Findings 41
- 4.4 Test of Hypothesis 45Chapter Five:
- 5.0Summary of Findings Conclusion and
Recommendation 47
- 5.1Summary of Findings 47
- 5.2Conclusion 48
- 5.3Recommendation 48
References
Thesis Abstract
Abstract
South Asia faces a severe water crisis, exacerbated by pollution and contamination of its sacred rivers. This research project delves into the intricate relationships between religion, culture, and water management in the region. By examining the spiritual significance of these rivers to millions of people, the study seeks to raise awareness about the urgent need for sustainable water practices. Through a combination of fieldwork, interviews, and data analysis, the project aims to identify key areas for intervention and policy changes to address the pollution of these vital water sources. By engaging with local communities, religious leaders, and policymakers, the research hopes to foster a dialogue that will lead to concrete solutions for restoring the health of South Asia's rivers. Ultimately, the goal is to confront the water crisis in a way that respects the cultural and religious importance of these sacred rivers while ensuring access to clean and safe water for all inhabitants of the region.
Thesis Overview