A field experiment was carried out during the spring season 2020 at University of Baghdad to study effect length and depth drip tape on wetting advance ofsubsurface irrigation system using Hydrus 2D/3D program. The site planted with sunflower in a clay loam texture. installed 0.3m below soil surfacein two lengths; 20m 40m. designed according arrangement split plotsdesign three replications. tre...

Precipitation in arid lands is low and often highly variable; therefore, efficient irrigation the best approach for managing limited water supplies irregular precipitation events establishing seedlings. The HYDRUS-2D/3D software a useful tool simulating content distribution design of subsurface systems, determining proper locations reservoir plant, scheduling maximizing use efficiency. In this ...

An experiment was conducted to create a science-based program of irrigation and fertilizer application for two-year winter wheat under wide ridge furrow in the Yellow River area. The study performed test field located Zhengzhou, Henan Province, China. A numerical model soil water nitrogen transport created using HYDRUS-2D. behavior predicted different treatments analyzed identify pathways trans...

Knowledge of soil hydraulic and thermal properties is essential for studies involving the combined effects of soil temperature and water input on water flow and redistribution processes under field conditions. The objective of this study was to estimate the parameters characterizing these properties from a transient water flow and heat transport field experiment. Real-time sensors built by the ...