Modeling phosphorus transport using the WEPP model
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Modeling phosphorus transport in an agricultural watershed using the WEPP model
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Estimating the effects of vegetative filter strip design on sediment movement in an agricultural watershed using LISEM
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New Modeling Work Supports In-field Buffer Strips as a Way to Conserve Soil Under Intense Rainfall
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Work by a Master's student at Wageningen University in The Netherlands supports prairie strips practice. Read summary here. Read more about New Modeling Work Supports In-field Buffer Strips as a Way to Conserve Soil Under Intense Rainfall
Estimated Sediment Deposition and Movement within Interim 1 Watershed at the Neal Smith National Wildlife Refuge: A Summary of E.A. Luquin Oroz, 2016
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Strategically placing a small percentage of prairie strips within agriculture fields has been shown to reduce field level soil loss. However, less is known about in-field soil movement both erosion and deposition. Also, with the potential for increasingly stronger rainstorms and hence higher runoff, there is a need to obtain new insights about prairie strips design and its influence on sediment dynamics. Read more about Estimated Sediment Deposition and Movement within Interim 1 Watershed at the Neal Smith National Wildlife Refuge: A Summary of E.A. Luquin Oroz, 2016
Assessing reduction of soil erosion in row-crop-prairie systems through mixed effect and simulation modeling
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