Physicochemical analysis of Lake Chitu: The origin of Arthrospira Plantesis
Yiglet Mebrat & Damitew Etisa
Abstract
Chitu is a unique poly-extreme soda lake with high alkalinity and salinity that supports Arthrospira plantesis inhabitation. In this study, the physical parameters, chemical analysis, and some heavy metal contents in Lake Chitu were determined using flam and hydride AAS. The physicochemical analysis showed higher variability in anion and cation concentration in the three transactional areas of the lake. The physical parameters of the lake showed no difference and the chemical analysis indicated that pH, carbonate, sulphate, and fluoride concentration were higher in the anthropogenic part of the lake. This shows that human/animal interference and thermal spring water play a role. Of the three transactional areas of the lake, samples from the flooded area of the lake showed the highest alkalinity and bicarbonate concentration, while samples from the protected area showed the lowest alkalinity. The mercury and arsenic contamination was highest in the protected and anthropogenic parts of the lake respectively. The present study strongly suggest that Lake Chitu, the unique habitat for arthrospira plantesis with possible use in diverse applications, which should be further investigated by seasonal sampling.
Keywords
alkalinity, spirulina platensis, soda lake, anions and cations
Author information & Contribution
Yiglet Mebrat. Corresponding author. Medical Biochemist and researcher. Ethiopian Biodiversity Institute, Addis Ababa, Ethiopia. Corresponding email: yigletmebrat@gmail.com
Damitew Etisa. Ethiopian Biodiversity Institute, Addis Ababa, Ethiopia
Disclosure statement
Funding
Institutional Review Board Statement
AI Declaration
Notes
Acknowledgement
References
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Cite this article:
Yiglet Mebrat & Damitew Etisa (2023). Physicochemical analysis of Lake Chitu: The origin of Arthrospira Plantesiss. International Journal of Science, Technology, Engineering and Mathematics, 3 (3), 1-17. https://doi.org/10.53378/352996
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