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Surface runoff and sediment transport influence soil quality and the quality of receiving waters. Simulation models are useful tools to describe drainage behavior and sediment yield to develop management strategies for agricultural waters. The objective of this study was to investigate the...
We investigated the effects of slurry application on water quality in wells, pasture-drainage conduits and rivers. The parameters determined were electrical conductivity, dry residue, pH, dissolved O 2 , NO 3 − , NO 2 − , Cl − , Na, PO 4 3− organic matter content, COD, suspended solids,...
This is the first of two papers that elaborate an integrated drainage network analysis system (IDNAS) for agricultural drainage management. In this paper, the system components, functions and implementation are presented. The IDNAS comprises an agricultural drainage network module, an...
This is the second of two papers that elaborate on an integrated drainage network analysis system (IDNAS) for agricultural drainage management. In the first paper, the system components, functions and implementation were presented. This paper focuses on the system applications to agricultural...
Reuse of saline subsurface drainage water for irrigation has been identified as a potential option for managing drainage volumes and sustaining crop productivity in California’s San Joaquin Valley. Soil surface structural instability, crusting and poor stand establishment may, however, be...
Lysimeter experiments were conducted on rice during rainy season (July–October) and sunflower during summer seasons (March–June) in a set of two electronic weighing type lysimeters of 2 m × 2 m × 2 m size to measure the hourly evapotranspiration of these crops from 1994 to 1995 at Karnal,...
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