China Builds 870 Mile Water Canal – 300 ft Drop Flowing North – Impossible on a Globe

by EzekielDiet.com
Posted on Mar 17, 2025

Ezekiel Diet Note: That’s right. It was designed using a 300 foot drop from one end to the other to keep the water flowing down but going north. Based on globe curve calculations the earth should rise almost 11 miles in a 870 mile long canal.

Would one of the globe authorities please explain how this water canal works?  Did the canal builders factor in the upward curvature for a canal that flows uphill eleven miles to a northern city?

We know this for a fact: Canal builders never factor in curvature. Tunnel builders don’t calculate curvature. Pilots don’t adjust for curvature in flight. Ballistics don’t factor in curvature. Railroads don’t factor in curvature when laying track, nor do they factor in extra power an engine needs to traverse imaginary curvature inclines. Engineers don’t factor in curvature.

The people who do factor in curvature and opine about space travel regularly include a large number of alternative media hosts that like to assure their product sales clients that they DO NOT BELIEVE IN FLAT EARTH. Against all the facts to the contrary. There’s a five letter word for that behavior.

The South–North Water Transfer Project, also translated as the South-to-North Water Diversion Project,[1] is a multi-decade infrastructure mega-project in China that aims to channel 44.8 cubic kilometers (44.8 billion cubic meters) of fresh water each year[2] from the Yangtze River in southern China to the more arid and industrialized north through three canal systems.

Construction began in 2003, and the first phases of the Eastern and Central routes became operational in late 2014.[5] It is the largest water transfer scheme in the world, with an estimated investment exceeding 500 billion yuan (over $70 billion) to date.[6] The South–North Water Transfer Project is intended to alleviate chronic water shortages in northern China, support economic development, and curb over-extraction of groundwater. However, it faces significant engineering, environmental, and social challenges.[7]

Source:  https://en.wikipedia.org/wiki/South%E2%80%93North_Water_Transfer_Project

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