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Modelling Nutrient and Sediment Dynamics at the Catchment Scale
Expanded Title:This project developed an integrated modeling approach to the prediction of agricultural NPS pollution from field- to catchment-scale for phosphorous, nitrogen, pesticides and sediments. A project team consisting of four individual Task Teams, comprising of one or more specialists within each of the domains of agricultural nutrients, sediments, pesticides, field-scale bio-physical modelling, catchment-scale bio-physical modelling, and agricultural economics, report on their activities in a series of five reports, namely: • WRC Report No TT 516/12 entitled Modelling Agricultural Non-Point Source Pollution and Economic-Environmental Trade-offs of Control Measures. • WRC Report No 1516/1/12 entitled Modelling Nitrogen and Phosphorus Dynamics in Cropping Systems at the Field Scale. • WRC Report No 1516/2/12 Modelling the Fate of Pesticides: Primary Processes, Non-Point Source Data Collection and Guidelines • WRC Report No 1516/3/12 Modelling Nutrient and Sediment Dynamics at the Catchment Scale • WRC Report No 1516/4/12 Modelling Economic-Environmental Trade-Offs of Agricultural Non-Point Source Pollution Control Measures
Date Published:15/07/2012
Document Type:Research Report
Document Subjects:Agricultural Water - Small holder irrigation
Document Format:Report
Document File Type:pdf
Research Report Type:Standard
WRC Report No:1516/3/12
ISBN No:978-1-4312-0242-0
ISBN Set No:978-1-4312-0245-4
Authors:Lorentz SA; Kollongei J; Snyman N; Berry SR; Jackson W; Ngaleka K; Pretorius JJ; Clark D; Thornton-Dibb S; le Roux JJ; Germishuyse T; Görgens AHM
Project No:K5/1516
Organizations:School of Bioresources Engineering & Environmental Hydrology Scottsville, Pietermaritzburg; Aurecon ; ARC-Institute for Soil, Climate and Water
Document Size:4 802 KB
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