They drown in the toxic potion, and their outsides and insides calcify.
The mirror-like surface tricks them into diving into the red waters for food. Some alkaline tilapia (a member of the cichlid family) can sustain themselves in the cooler parts of the lake.īut to some wildlife, especially birds, Lake Natron can be a death trap. Somehow, a few species of fish, invertebrates, and algae manage to live in the lake. In Lake Natron, their pigment paints the water a striking red. Generally, cyanobacteria carry different pigments. The lake’s salinity has welcomed salt-consuming, halophilic microorganisms called cyanobacteria, which need photosynthesis to survive. Lake Natron’s deceptively glassy surface. Its average alkalinity is 10.5, its pH surpasses 12, and its water temperature ranges from 40˚ to 60˚C. This concentrated the trona (sodium sesquicarbonate dihydrate) and natron (hydrated sodium carbonate) in the leftover water, creating a highly toxic brine. Since the lake had no outflow and received irregular rainfall, it endured thousands of years of intense evaporation from the heat.
During the Pleistocene period, a rare type of lava rich in sodium and potassium carbonates ran down the slopes of the Ol Doinyo Lengai volcano and into the lake. It’s fed by the Southern Ewaso Ng’iro River in Kenya.
This shallow but wide lake is just three metres deep but 22km wide. Tanzania has no less than four alkaline lakes, but Lake Natron is the most famous. Lake Natron is a hypersaline and highly alkaline lake located in the eastern section of the volatile East African Rift. In North Tanzania, a unique inland lake turns wildlife to stone. That’s a legend, but a natural wonder in Africa today does just that. We all know about the Greek monster Medusa, whose deadly gaze turned men to stone.
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