Lysimeters, piezometers and tensionmeters are the issues that Washington Terrace residents ever talk about. Engineers see these words as apparatuses used to measure water level, but Washington Terrace residents perceive these as something to look forward to in solving the underwater problem which has been going on for several years and have already plagued a number of residents in certain parts of the city.

Definitely a huge project costing at around $75,000 includes the making of an underwater drainage system which along the way be changed into a storm drain. At a level greater than two feet beneath the basement of homes, 15 inch pipes segments would have to be constructed in that area. To be able to permit the ground water to leak into the pipe, the open fragments will be enclosed by a gravel wrap. To be able to monitor the quantity of water and the surface water that flows in the underground pipe and seeps into the ground respectively, measuring devices will be installed and a local university student will handle the project. In the city’s Central Park was where they started putting up a colossal cylindrical lysimeter. Buried deep and covered with a layer of grass is a huge cylindrical tank containing another tank filled with soil wherein the surface water needs to pass through in order to be included in the ground water flow. Learn about sewage treatment.

Stairs leading to a tall measuring device wherein water soil is gauged is the obvious mark of the lysimeter’s location in a fence near the center field line of the park’s baseball diamond. To be able to quantify the surface water, a device called tensionmeters are used while to know the deepness of water along the underground drainage system, piezometers are used. These later devices act as a mechanical root which have not all been installed yet.

Water is drawn by the tensionmeter out of the ground then returns it back to the soil as turf begins to parch up. Only a total of four sets will be installed, two in the city park and another two on a private residence in the study area due to the devices? high prices. The turf’s requirement for water is determined by tensionmeters.

Two different churches, residents, and the city’s uniformity and output of sprinklers will be included in other tests for the study. If enough residents cooperate, the tests may ultimately determine whether surface water is contributing significantly to the groundwater problem. The groundwater problem in the area shows that the underground drainage system is helping in the lessening of that particular problem as what studies indicate. Life was difficult back then for some of the residents, for they only received insignificant amounts of water when the system hasn’t been installed yet. It is recommended that you visit this site for resources on septic system.

Studies show that from the end of May until the middle of June, there has been a 2.5 feet drop of water tables in some areas. The groundwater situation is said to be insignificantly affected by the leakage from its holding tanks according to another study. Although the surface water problem has not yet been studied extensively, preliminary results seem to show that among the groups who are contributing to the over watering, is the city.

After conducting the sprinkler tests, residents will know the proper watering frequency and the right amount of water to be used. The city mayor is hoping that residents would be cooperative in attending the meetings where the results would be further explained.

The mayor said that once the council has heard the comments of the residents that will be the only time they could make a proper decision as to whether have an extensive bonding for a major project or simple resume at a slower rate. The installation of subdividers in future land developments was suggested by the mayor in order to help eliminate the problem due to the underground drain’s ability to handle both surface and subsurface water.

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