Agricultural subsurface drainage is critical for crop production in temperate humid regions.
With the heightened concern of its water-quality implications, we need a method to design …

The choice of drain depth in subsurface drainage design affects system performance.
Previous studies have focused on investigating the hydrology of shallow drains at discrete …

The detrimental impacts of agricultural subsurface tile flows and their associated pollutants
on water quality is a major environmental issue in the Great Lakes region and many other …

Agricultural land drainage is an instrument for growing production and a tool for the
conservation of land resources. The performance of land drainage systems is thus critical for …

The sustainable development of urban construction, optimizing the construction of drainage
pipe system is the premise to ensure the sustainable development of water ecological …

Highlights Total precipitation and average temperature are projected to increase in the
Interlake region of Manitoba. DRAINMOD model results suggest that controlled drainage …

Highlights Automated parameterization of DRAINMOD soil inputs would increase the
model's use and application. SSURGO and ROSETTA3 were used to obtain the soil …

Shallow drains refer to subsurface (tile) drain pipes installed at a depth of 2.5-to 3-ft. Shallow
drains have a higher initial cost because they require a narrower drain spacing than deep …

An effective water management system is necessary to address global food shortages, water
scarcity, and increasing climate extremes. Southern Manitoba is a major crop production …