No it’s standing surface water
No it would not.
No it would not.
Swamp.
A river flowing downstream is an example of moving surface water.
We typically think of surface water as primarily existing in lakes and rivers. Moving surface water would primarily be in the form of rivers and streams. Subsurface water moves as well, though slowly, in many aquifers. Indeed, even a glacier moves water in its solid form. There is, of course, turnover of water in any lake or swamp that has an outlet, so that water moves in a technical sense, though the characterization of moving water would typically be reserved for water moving fast enough to be noticeable. There does not seem to be a scientific criterion for how fast water needs to move to be considered "moving" in the macroscopic sense. a stream A+
In general, the water table in a swamp is at ground level. The ground is saturated and water is evident on the surface of the ground. That's what makes a swamp a swamp. You wouldn't have to "dig down" to find water as it's right there. Any water on the surface has no where to go as the ground is saturated. Water may even stand on the ground to some extent. A large part of the area of a swamp may be covered with water, and only a few plants that can stand having their roots completely wet will emerge.
A swamp is not underground water; it is an area of land that is saturated with water. Swamps can either be freshwater, saltwater, or a combination of both, but they are located on the surface rather than underground.
Water moving along the grounds surface is called a river or a flood.. A river or a flood both contain moving water. River water is consistently moving. A flood will have water moving until it goes away.
moving surface water
moving surface water
Moving surface water is called a current. This movement is often driven by factors such as wind, temperature, and the Earth's rotation.
by wearing away small pieces of land and carrying them to new places