Isolation and characterization of ammonia oxidizers from Soda Lakes - Tesfaw, Asmamaw;Gessesse, Amare
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Soda lakes are harsh for aquatic life due to high pH and salt. However, they are more productive than fresh water lakes or water bodies. This book contributes research findings why the soda lakes become productive. Studying the nitrogen cycle in the soda lakes provides ideas about the activities of microbes and other aquatic life since nitrogen is vital for life. Ammonia oxidation is the rate limiting step in nitrogen cycle.This assures the significance of studying ammonia oxidation from other components of nitrogen cycle. Microbes were isolated from open water and mud of lake Arengude,…mehr

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Produktbeschreibung
Soda lakes are harsh for aquatic life due to high pH and salt. However, they are more productive than fresh water lakes or water bodies. This book contributes research findings why the soda lakes become productive. Studying the nitrogen cycle in the soda lakes provides ideas about the activities of microbes and other aquatic life since nitrogen is vital for life. Ammonia oxidation is the rate limiting step in nitrogen cycle.This assures the significance of studying ammonia oxidation from other components of nitrogen cycle. Microbes were isolated from open water and mud of lake Arengude, Abijata, Shalla and Chitu. Then, the microbes were characterized to know their physiological reaction to high pH and salts. Therefore, the book is very important for microbiologists, liminoligists, and the one who study aquatic environment. In addition, it is also crucial to bio-technologists who are working on nitrogenous waste treatments.
Autorenporträt
I have studied Biology (BSc program) and Applied Microbiology (MSc) in Addis Ababa University. Currently, I am a PhD student in Addis Ababa University and Makerere University. I am a lecturer at Debre Berhan University.