tile drain


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drain tile

A hollow tile, usually laid end to end as piping (with open joints) in soil in order to drain water-saturated soil, or used to permit fluid in the hollow-tile pipe to disperse into the ground (as in an absorption field).
McGraw-Hill Dictionary of Architecture and Construction. Copyright © 2003 by McGraw-Hill Companies, Inc.
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Thus, tile drains have been utilized in the United States
Land that Grant has purchased has been improved and tile drains installed.
The team also extended RZWQM's application to about 30 meters beyond the root zone and improved the way it models the flow of shallow groundwater to tile drains.
Flow rates, cumulative flow, and concentrations of ammonium, nitrate, total phosphorous, dissolved phosphorous, and sediment in tile drain samples with time are shown in Fig.
When a wetland's water is at least partially from ground water sources, the installation of tile drain in a pattern such that all sides of a wetland are tiled, almost guarantees that the wetland will shrink because its water supply is cut off or reduced.
mm); x 50.00 63.80 Installed around 150 years ago, the Victorian tile drains were still in working order.
The report, which was released Tuesday, said tile drained land has sold for as much as $10,000 per acre in southern Alberta this year, which represents a 20 per cent increase over the previous year.”
Many existing tile drains and canals are inadequate to handle increased volumes of irrigation return flows and waste waters.
Dissolved organic carbon (DOC) losses from tile drains are an underquantified portion of the terrestrial carbon cycle.
Increased deployment of wetlands can help retain large quantities of N and P, which currently are transported directly to streams through surface channels and tile drains (Drury et al., 1996; Xue et al., 1998), rendering riparian buffers and vegetative filter strips ineffective.
Other presenters from the University of Wisconsin, Western Illinois University, and the Illinois SWCD will discuss nutrient loss on tile drained land, nutrient management in organic systems, and a farmer-led program to improve soil health," says Jesse Soule, U of I Extension Educator.
Between 2008 and 2013, he found that 49 percent of dissolved phosphorus and 48 percent of total phosphorus in the watershed were discharged via tile drains.