Quote:
Originally Posted by GhettoKC
The point is they are rivers that extend across the country, a couple nights ago someone was debating me on Cleveland vs. Kansas City, they basically compare Lake Erie to the Missouri/Kansas river's which trump Lake Erie in terms of overall...water. lol.
|
If the entire length ran through the KC area, or the entire volume of water was there at one time it still falls short. The last time I was in KC there was no place that the water was very wide or deep in either river, compared to even a small lake, let alone one of the Great Lakes. If you want to say that you get to count all the water volume in an entire system because it passes through a city, then Cleveland would get to count the entire Great Lakes system and the St.Lawrence river as well. The Great Lakes is also a system that inflows and outflows water throughout it's entire length.
Your comparison is totally wrong. If you insist that a couple rivers are "large bodies of water" then it must be a dry place and you have no reference to what that phrase really means.
To understand the amount of water that Cleveland sits beside (Lake Erie) you have to understand the volume of water you are talking about. Lake Erie holds 119 cubic MILES of water which is equal to 17,516,556,288,000 cubic feet of water. The Missouri river at it's confluence with the Mississippi river (which includes the flow of the Kansas River at that point as well) is flowing on average 89,950 cubic feet per second. That means it would take 6.2 YEARS to equal the volume of water in Lake Erie. At KC the flow is only 56950 cubic feet/sec (also including the Kansas river water flow). Of course that isn't counting that Lake Erie only has a water retention rate of 2.6 years, so it would have changed water a
couple of times during those 6.2 years the Missouri river was trying to catch up.