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The Niangua River / n aɪ ˈ æ ŋ ɡ w ə / is a 125-mile-long (201 km) [3] tributary of the Osage River in the Ozarks region of southern and central Missouri in the United States. Via the Osage and Missouri rivers it is part of the watershed of the Mississippi River. Niangua River has the name of Niangua (or Nehemgar), an Indian tribal leader ...
The average flow rate at the mouth of the Amazon is sufficient to fill more than 83 such pools each second. The estimated global total for all rivers is 1.2 × 10 6 m 3 /s (43 million cu ft/s), [ 1 ] of which the Amazon would be approximately 18%.
This 503-mile river flows from Ohio to Indiana, and ends in Illinois, draining into the Ohio River, making it the largest northern tributary of Ohio's namesake river. 3. Scioto River—231 miles
The Ohio River forms its southern border, though nearly all of the river itself belongs to Kentucky and West Virginia. Significant rivers within the state include the Cuyahoga River, Great Miami River, Maumee River, Muskingum River, and Scioto River. The rivers in the northern part of the state drain into the northern Atlantic Ocean via Lake ...
We had parked and walked down to Missouri’s lovely Niangua River, celebrated for its spring-fed crystal flow, alive with trout and small-mouth bass. Celebrated indeed — but not on this day.
The Little Niangua River is a 64.4-mile-long (103.6 km) [3] tributary of the Niangua River in the Ozarks region of central Missouri in the United States. Via the Niangua, Osage and Missouri rivers, it is part of the watershed of the Mississippi River. The Little Niangua was so named for its smaller size relative to the Niangua River. [4]
The most recent significant crest on the Ohio River was at just below 65 feet on March 5, 1997. That ranked as the ninth-highest crest recorded on the river in Cincinnati. The river crossed the ...
At the United States Geological Survey's stream gauge in Waynesburg, [7] the annual mean flow of the river between 1939 and 2005 was 278 ft³/s (8 m³/s). The highest recorded flow during the period was 15,000 ft³/s (425 m³/s) on January 22, 1959. The lowest recorded flow was 6.9 ft³/s (0 m³/s) on an unspecified date. [3]