Abstract |
1.Introduction |
2. Study Objectives |
3. Study Area |
4. Review of Literature |
5. Materials and Methods |
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5.1 Physicochemical analysis |
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5.2 Biological analysis |
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5.2.1 Coliform test |
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5.2.2 Phytoplankton analysis |
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5.2.3 Zooplankton analysis |
6. Results and Discussion |
7. Conclusion |
Figures | Tables |
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Figure 1: Food web in an aquatic ecosystem |
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Figure 2: Bottom up control in the aquatic ecosystem |
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Figure 3: Top down control in the aquatic ecosystem |
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Figure 4: The location of Bangalore district. |
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Figure 5: The location of selected lakes in Bangalore district |
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Figure 6: Location of sampling points in Sankey lake. |
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Figure 7: Location of sampling points in Rachenahalli lake. |
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Figure 8: Location of sampling points in Ulsoor lake. |
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Figure 9: Location of sampling points in Tippagondanahalli lake. |
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Figure 10: Experiment 1: Relation between species richness and volume of water filtered. |
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Figure 11: Experiment 1: Number of organisms obtained for different volumes of water filtered. |
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Figure 12: Experiment 2: Relation between species richness and volume of water filtered. |
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Figure 13: Experiment 2: Number of organisms obtained for different volumes of water filtered |
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Figure 14: Abundance of Keratella tropica in Sampling point 3 of Rachenahalli lake. |
Tables |
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Table 1: Physical, Chemical and Biological Characteristics of Lentic and Lotic Ecosystems |
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Table 2.1: Basic taxonomic differences among the freshwater Zooplankton community |
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Table 2.2: Environmental factors assumed to influence species richness in limnetic zooplankton communities |
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Table 3: Distribution of lakes by taluks in Bangalore district |
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Table 4: The selected lakes and their use values |
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Table 5: Methods for physicochemical and biological analysis |
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Table 6: Experiment 1: Relation between species richness and volume of water filtered. |
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Table 7: Experiment 1: Number of organisms obtained for different volumes of water filtered |
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Table 8: Experiment 2: Relation between species richness and volume of water filtered. |
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Table 9: Experiment 2: Number of organisms obtained for different volumes of water filtered |
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Table 10: Physicochemical analysis of Sankey lake |
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Table 11: Physicochemical analysis of Rachenahalli lake |
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Table 12: Physicochemical analysis of Ulsoor lake |
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Table 13: Physicochemical analysis of Tippagondanahalli lake |
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Table 14: Zooplankton qualitative analysis of Sankey lake |
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Table 15: Zooplankton quantitative analysis of Sankey lake |
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Table16: Zooplankton qualitative analysis of Rachenahalli lake |
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Table 17: Zooplankton quantitative analysis of Rachenahalli lake |
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Table 18: Zooplankton qualitative analysis of Ulsoor lake |
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Table 19: Zooplankton quantitative analysis of Ulsoor lake |
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Table 20: Zooplankton qualitative analysis of Tippagondanahalli lake. |
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Table 21: Zooplankton quantitative analysis of Tippagondanahalli lake |
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Table 22: Shannon-Weiner index for zooplankton diversity in the lakes |
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Table 23: Zooplankton taxa obtained during the study and pollution status of the lakes. |
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Table 24: Results for the biomonitoring of the lakes. |
References |
Appendix – 1 |
Appendix – 2 |
Appendix – 3 |
Acknowledgement |
PDF |