Essays about: "Hydrus-1D"
Showing result 1 - 5 of 7 essays containing the word Hydrus-1D.
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1. Soil compaction and the effect on infiltration in urban green environments : A study based on field measurements and HYDRUS 1D modelling
University essay fromAbstract : The consequences of recent flooding and extreme rain events have highlighted the importance of proper urban planning and preventative measures for storm water management. As cities become more urbanized the significance of permeable surfaces such as parks and other urban green spaces increases which infiltrate the water into the ground. READ MORE
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2. Rainwater Infiltration Model of the Chocaya Basin using Hydrus-1D
University essay from Lunds universitet/Teknisk geologi; Lunds universitet/Väg- och vattenbyggnad (CI)Abstract : The objective of this study was to assess the rainwater infiltration process in the unsaturated zone in an alluvial plain. Particularly, this study is focused on the Chocaya basin in central Bolivia. READ MORE
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3. Nanoplastic transport in soils by advection and bioturbation
University essay from SLU/Dept. of Soil and EnvironmentAbstract : Micro- and nanoplastics are increasingly perceived as an emerging threat to ecosystems. They are emitted to soils through different pathways, including sewage sludge or compost applications in agriculture, or through tire abrasion and degradation of mismanaged waste. READ MORE
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4. Hydrus-1D as a tool to understand contamination of an aquifer: A case study in the Central Valley of Cochabamba
University essay from Lunds universitet/Teknisk geologiAbstract : In water resource management, it is of importance to be able to predict how different activities might contaminate aquifers. For this kind of application, numerical modelling of water and solute transport can be a useful tool. READ MORE
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5. Simulation of Leachate Generation from a Waste Rock Dump in Kiruna Using HYDRUS-1D
University essay from Uppsala universitet/Institutionen för geovetenskaperAbstract : The percolation of water through waste rock dumps at mine sites can lead to the production of a leachate with high concentrations of dissolved metals, sulfate and nitrogen compounds. It is important to understand how water flows in waste rock dumps in order to predict the environmental impact of this leachate on recipients. READ MORE