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Lake Turkana is a unique feature of the East African landscape. Besides being a permanent desert lake, it is the only lake that retains the waters originating from two separate catchment areas of the Nile. The Lake Turkana drainage basin draws its waters mainly from Kenya Highlands and Ethiopian Highlands. A map of lake turkana
Flamingo Lake on Central Island in Lake Turkana. The oldest sedimentary records go back to the Cretaceous, including units previously informally referred to as the Turkana grits like the Lapurr Sandstone and are dominated by eastward flowing fluvial sequences draining into the Indian Ocean; [3] later formations from the Oligocene and Miocene are characterised by similar fluvial regimes that ...
Lake Turkana and South Island viewed from the east from an airplane. On South Island can be found a N-S (north to south) trending volcanic ridge which rises to about a height of 300 m. Along this ridge can be found several volcanic cones , which some rise to about a height of 800 m ( above sea level , 320 m above the lake level).
Manemanya (GcJh5) is an archaeological site within the Lake Turkana basin in northern Kenya. It is a communal burial site built almost 5,000 years ago and is associated with the advent of pastoralism in eastern Africa during the Pastoral Neolithic period. [1] Manemanya is located 1 km east of Lesodok hill, on the western shores of Lake Turkana.
A map of the Ilemi Triangle showing 1938 "red line" or "Wakefield Line", 1947 "blue line" and Sudan's 1950 patrol line (green). To the southeast of the Ilemi triangle, Ethiopian emperor Menelik laid claim to Lake Turkana and proposed a boundary with the British to run from the southern end of the lake eastward to the Indian Ocean, which was shifted northward when the British and Ethiopian ...
August 29 marks the 10-year anniversary of the day that Hurricane Katrina hit Louisiana, and since then, New Orleans and surrounding areas have never been the same. The hurricane brought death ...
Diagram showing how earthquakes can generate a tsunami. Tsunamis in lakes can be generated by fault displacement beneath or around lake systems. Faulting shifts the ground in a vertical motion through reverse, normal or oblique strike slip faulting processes, this displaces the water above causing a tsunami (Figure 1).
The hurricane caused significant tree damage throughout Hilton Head due to its high wind speeds. Dorian was ranked as a Category 3 hurricane when traveling just off the coast of South Carolina.