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und the pipe so that the water can find its way into the pipe.

Washed stone is usually inexpensive stone that has been washed so it is clean and free of mud. The only part of the pipe that needs to be exposed is the low end, where the water exits the pipe. Do not put a strainer in that end.

If you do not have anywhere that you can drain the water to, you still might be able to do something. But first consider what is happening, and why the water is standing where it is. Even if you have well drained soil, water can not soak in fast enough during periods of heavy rain, and it runs across the top of the ground and eventually finds the lowest point, and either leaves the property, or gets trapped.

If you have well drained soil, the trapped water usually soaks in. If you have heavy clay soil, the water lays there, and the soil underneath becomes very compacted, and the problem compounds itself. The more water that stands, the worse the drainage gets.

What I have done in areas like this, where there is standing water but nowhere to drain it to, is to install a French drain system that actually carries the water away from the low area, and allows it to seep into the ground over a larger distance, where the soil is not quite so compacted. To install this French drain system you do everything exactly as explained above, except instead of draining the water to a lower area, you can send it in any direction you like. Even in the direction from which it came, which is uphill.

When installing this type of system, it¡¯s a good idea to dig a number of shorter trenches, all heading away from the area where the water stands. Using the line level, make sure your trenches fall away from their point of origin so once the water enters the pipes it will flow away from the wet spot. What is going to happen is that during times of heavy rain the low area is still going to trap water, but much of that water is going to seep into the drain pipes and eventually leach into the soil under each trench.

Because this soil has not been compacted by the standing water and the baking sun, it will accept the water. It won¡¯t happen near as fast as if you could just drain the water to a ditch, but at least you will have a mechanism in place that will eventually disperse the water back into the soil. It¡¯s a lot easier to leach 200 gallons of water into a series of trenches that total 100 lineal feet, than it is to expect that water to leach into a 10¡¯ by 10¡¯ area that is hard and compact.

Michael J. McGroarty is the author of this article. Visit his most interesting
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