NOVELTY - The method involves moving water in a generally upward direction from a lowermost level to an uppermost level through several stacked tanks (1) by pumping a water up from a source to a lowest-level tank. The water is pumped upward from a lower tank to a next highest tank. The hydroelectric power generation system (28) is constructed form metal alloy or re-enforced concrete or PVC or other plastics and synthetic materials.    USE - Method for systematic transport of water vertically from source in relatively lower position to raised position in waterfall hydroelectric power generation system (claimed).    ADVANTAGE - The waterfall hydroelectric power generation system facilitates and allows the production of safe, clean, cost-effective, renewable, efficient hydroelectric energy. The system is utilized to provide significant levels of power to serve any geographical area in the world. The cost of the fuel is eliminated by generating hydroelectric energy, so that the cost of the operating a hydroelectric plant is nearly immune to increase in the cost of fossil fuels such as oil, natural gas or coal and no imports are needed. The hydroelectric plants have longer economic lives. The operating labor cost is also low as, plants are automated and have few personnel on site during normal operation. Since hydroelectric dams do not burn fossil fuels, they do not directly produce carbon dioxide. Since the water is systematically transported vertically from source in relatively lower position to raised position or from relatively lower position to raised position , the air quality is improved by increasing the relative humidity within an indoor and alleviating negative affects on the human body, thus saving heating costs. The power generation system is variable in size and power output to accommodate electric energy as required. The system can be built at preferable onsite and can be transferred to designated locations to aerate water.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) apparatus for systematic transport of water from source in relatively lower position to raised position;    (2) method for transport of water from source in relatively higher position down to its designated lowest position;    (3) apparatus for systematic transport of water from source in relatively higher position to lower position;    (4) method of creating man-made waterfall;    (5) apparatus for creating man-made waterfall;    (6) method for increasing turbine efficiency;    (7) apparatus for increasing turbine effectiveness; and    (8) waterfall hydroelectric power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows the prospective view of the waterfall hydroelectric power generation system.    Stacked tanks (1)    Feeder tank (2)    Water pump (5)    Turbine (27)    Waterfall hydroelectric power generation system (28)