The wastewater treatment system was applied to drainage flowing from two different mines, one contaminated by arsenic (As), the other ferrous iron (Fe2+).
When these precise mapping approaches are applied throughout drainage networks (i.e. 102 104 km), the computational techniques often either do not scale, or the algorithms perform inconsistently.
Simulations over a 10-year period highlight that a large proportion of the applied saline drainage water escapes below the level of the tile drains, thus reducing the concentration effect of the trees and pasture.
Two methods of preoperative biliary drainage are mostly applied: endoscopic biliary drainage, which is currently used in most regional centers before referring patients for surgical treatment, and percutaneous transhepatic biliary drainage.
These two techniques were applied to the drainage of Douglas fir sapwood.
The used approaches in this study include a comprehensive morphometric analysis that can be applied for any drainage system elsewhere.
Given the trend for very large fires, rapid reforestation could be applied selectively to drainage basins with residences, infrastructure or other high value features down channel.
The model was applied to 1,238 drainage basins ranging in size from 0.2 to 16.4 km2 affected by the Rim fire (Staley [2013]).
