Interactions of Physicochemical Parameters with Snails in Dutsin-Ma Reservoir

Background and Objective: Physicochemical parameters of freshwater ecosystem play vital role in the abundance and distribution of snails. This study investigates the intricate interplay between physicochemical parameters and the abundance and distribution patterns of aquatic snails in various aquatic habitats. Materials and Methods: Field surveys were conducted across different locations to collect data on snail populations and to measure key physicochemical parameters. Statistical analyses were employed to assess correlations between these parameters and the abundance and distribution of aquatic snail species. This preliminary investigation was carried out to expose additional information on the abundance and distribution of freshwater snails about selected water quality parameters of the reservoir. Results: Temperature and dissolved oxygen emerged as influential factors, with certain snail species displaying preferences for specific ranges within these parameters. This research contributes valuable insights into the ecological drivers shaping the abundance and distribution of aquatic snails, aiding in the development of informed conservation and management strategies for freshwater ecosystems. Conclusion: The study's outcomes have implications for broader aquatic biodiversity conservation and underscore the need for holistic approaches to freshwater ecosystem management. Only one species of freshwater snail, Lymnaeidae was observed in Dutsin-Ma reservoir.