MLD= Mega Litter per Day= 10^6 L/day
over rivers
Because solar energy runs the water cycle, giving rise to precipitation, and then the rain water flows into the reservoirs of dams.
The method stores energy in the form of gravitational potential energy of water, pumped from a lower elevation reservoir to a higher elevation.
A river valley, with adequate flow, and sufficient gradient, and a sufficiently large surface area of water storage; these are the needs for an hydroelectric power station. Sometimes, the water from one water catchment may be led via a tunnel to a discharge site which offers an overall better fall.
If you use your dictionary, you can learn lots of things - like the fact that a dam is something that is build across a body of water that blocks the flow of the water. Everything else on the list is some form of water.
of course not ! dams need water as the energy to create electricity. Basically water is fuel to create electricity in dams and without it, it is impossible if there isn't any other form of fuel energy provided to dams ...
Excess energy is typically stored in the form of chemical energy in batteries, potential energy in elevated water reservoirs for hydroelectric power, or as heat in thermal energy storage systems.
Mechanical energy
Many forces threaten salmon populations, there are forces such as over fishing, fishing techniques (purse seine), dams that block the upstream travel of salmon, reservoirs and lakes behind dams, damage from logging in the form of disturbed soil, and mining damage.
If the water table is higher the the surface of the land, water will seep out of the land surface and form a puddle, pool or lake. The depth of the water body will increase until the water surface is at the same level as the surrounding water table - this is a state of equilibrium. If the water table lowers, so will the water level in the water body, until equilibrium is reached. Water moves slowly into and out of the land surface and follows the movement of the water table in the area. Don't confuse this with storage reservoirs behind dams. These have an artificially high water level and the surrounding water table can be lower than the reservoir.
Yes, mountains can store water in several ways. They act as natural reservoirs, capturing precipitation in the form of snow and ice, which melts gradually, feeding rivers and streams. Additionally, mountain soils and vegetation can absorb rainwater, contributing to groundwater storage. This stored water is vital for ecosystems and human use downstream.
Yes, fish can live in dams, particularly in the reservoirs that form behind them. These areas can provide habitats for various fish species, where they can find food and shelter. However, the construction of dams can also disrupt natural river ecosystems, affecting fish migration and spawning patterns. Some species may thrive in these altered environments, while others may decline due to habitat changes.