Title Page
ABSTRACT
Contents
1. INTRODUCTION 10
1.1. Background 10
1.2. Research Objectives 15
1.3. Scope 16
1.4. Significance of the Research 16
1.5. Organization of the Thesis 17
2. LITERATURE REVIEW 18
2.1. Waste Generation 18
2.2. The Relation Between Waste Generation, Population, Percentage of Poor People, Density and Household Size 21
2.3. The Relation Between Waste Generation and Human Development Index 25
2.4. The Relation Between Waste Generation and Population Expenditure 29
2.5. The Relation Between Waste Generation and GRDP 31
2.6. The Relation between Waste Generation and the Number of Waste Bank (Recycling Center) 34
2.7. Formulation of Hypotheses 38
2.8. Research Gap 41
3. RESEARCH METHODOLOGY 43
3.1. Study Area 43
3.1.1. Waste Generation (Dependent Variable Definition) 45
3.2. Data and Variable Description 47
4. DATA ANALYSIS AND INTERPRETATIONS 53
4.1. Result Analysis 53
5. CONCLUSIONS 64
5.1. Conclusions and Recommendation 64
5.2. Recommendations for Future Studies 67
Bibliography 70
초록 81
Table 1. Number of Population 44
Table 2. Statistic Descriptive 48
Table 3. Variable definition and unit measurement 50
Table 4. Normality Distribution Test 55
Table 5. Multicollinearity Test 56
Table 6. Spearman Rank 58
Table 7. T-test 60
Table 8. Regression model for waste generation 62
Figure 1. Indonesia's emission reduction target from each category. 11
Figure 2. The comparation between waste management budget and waste handled. 14
Figure 3. Composition of municipal waste. 19
Figure 4. Indonesia's HDI trend 1990-2021. 28
Figure 5. Comparison of GDP at constant prices and GDP at current prices for Indonesia 1990-2021. 33
Figure 6. Recycling rates comparation. 35
Figure 7. Waste category management on waste bank. 37
Figure 8. Indonesia's Density. 43
Figure 9. Waste generation by cities. 45
Figure 10. Normality test scatterplot (first step) 54