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Crop and Livestock Water Productivity in BNB. Water productivity and runoff gains from water logged soils. Other soils with in high rainfall areas. Vertisols. Topographic data (GIS). Non drainable (<2% Slope). Drainable (2-8% slope). Potential Interventions.
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Crop and Livestock Water Productivity in BNB • Water productivity and runoff gains from water logged soils Other soils with in high rainfall areas Vertisols Topographic data (GIS) Non drainable (<2% Slope) Drainable (2-8% slope) Potential Interventions 2. Crop selection + Improved Crop Management 1. Drainage + WH + Improved Crop management Weather, Soil, Crop data Modeling: Crop Water Productivity Current VS option 1, 2 Potential Models: AquaCrop, Budget, CropWat, APSIM Crop WP Excess Water Met. Stations, RCM, research stations
2. Crop and livestock productivity through RWMS Livestock management practices Livestock WP Crop WP Feed +Water Modeling: Crop WP Current VS RWMS Potential Models: AquaCrop, Budget, CropWat, APSIM Feed from non agri. land Feed Water Other feed sources eg. concentrate Input data Field survey by students? Crop Map + Management practices (Students) Soil Laboratory data + Sediment quality (students) Weather RCM +weather stations Management: Current Vs Improved Senarios Review + Field survey
Implications at Basin Scale • Results from 1 and 2 are at landscape/farming system scale • A similarity Analysis to identify areas in the basin represented by landscapes in 1 and 2 • Analysis at basin scale would be done under necessary assumptions • Simple spreadsheet may be used