"Lakes Science: Multidisciplinary Approach" ed. by Ali A. Assani, J. Kevin Summers

This volume presents case studies on the impacts of changes and tectonic movements on the evolution of lake water levels, the interactions between anthropogenic activities and the physicochemical characteristics of lakes, and the limnological characteristics and their interactions with other components of the environment.

Lakes are among the most extensive freshwater aquatic ecosystems in the world. Their evolution results from the interactions of numerous natural and anthropogenic factors.

Contents
1. High-Resolution Regional Climate Projections for Ontario and the Canadian Great Lakes Basins
2. The Influence of Climate Warming on the Hydrological Regime of Thermokarst Lakes in the Subarctic (Chukotka, Russia)
3. Wigry Lake: The Cradle of Polish Hydrobiology – A Century of Limnological Exploration
4. The Impact of Lake-Level Fluctuation on Earthquake Recurrence Interval over Historical and Prehistorical Timescales: The Case of the Dead Sea
5. Anthropogenic Impact on Lake Ecosystem
6. Anthropogenic Impacts as Determinants of Tropical Lake Morphology: Inferences for Strategic Conservation of Lake Wetland Biodiversity
7. Water Use in the Khanka Lake Basin – Modern and Future Estimations
8. The Impacts of Introduced Fish and Aquatic Macrophytes on the Ecology and Fishery Potential of Lake Victoria, Kenya
9. Dynamic Limnology between Movements and Management
10. Temperature Regime, Dynamics and Water Balance of Two Crater Lakes in the Nevado de Toluca Volcano, Mexico
11. Characterization of Lake Kivu Water Chemistry and Its Environmental Impacts
12. Studies on Xerophilic, Acidiphilic, and Alkaliphilic Fungi in Wadi El-Natrun


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