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Framework for comprehensive entry points to improve livestock water productivity in forage-based livestock systems
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Framework for comprehensive entry points to improve livestock water productivity in forage-based livestock systems

  1. April2013 Framework for comprehensive entry points to improve livestock water productivity in forage-based livestock systems Introduction •Feed resources of the Forage Based Livestock Systems (FLPS) largely consist of pasture, crop residues, or immature cereal crops, and also plants cut for fodder and carried to the animals. •FLPS are dominantly extensive and thus the scale of water depletion (see plate) for feed production is a major concern and improvement of Livestock Water productivity (LWP ) is needed. Framework for Comprehensive Entry Points to Improve LWP in FLPS Although FLPS systems vary by their degree of intensification, scale of water related problems, and therefore in their values of LWP, a number common entry points ( Fig 1) to increase LWP are identified by ILRI and partners and systematically clustered as:  Improving the water productivity of feed;  Improving livestock feed sourcing and feeding;  Enhancing livestock feed use efficiencies ;  Enabling institutions and market linkages for improved adoption of technologies. Amare Haileslassie12, Michael Blümmel1, Peter Craufurd2, Ramana Reddy1 1 International Livestock Research Institute (ILRI), 2 International Crop Research Institute for the Semi-Arid Tropics ( ICRISAT) Unlocking livestock development potential through science, influence and capacity development ILRI APM, Addis Ababa, 15-17 May 2013 Figure 1: Framework for entry points to improve LWP in FLPS Photo plates: showing examples of inefficient use of feed and unproductive water depletion as the major causes of LWP related problems in FLPS Principles to build entry points to improve LWP for FLPS Improving water productivity of feeds on grazing, crop & tree land Improving feed sourcing & feeding Enhancing livestock feed use efficiencies Improving spatial & temporal water availability i.Water conservation; ii.Rainwater harvesting; iii. Improved drainage. Improving plants’ water uptake i.Improved soil fertility management; ii.Species diversification & spatial-temporal arrangement. iii. Improved: LWP, system water productivity, ecosystem services provision Manage livestock feed supply i.Feed transfer from surplus to deficit systems; ii.Relating feed availability to the whole farm plan; iii. Post-harvest feed management. Manage livestock feed demand i.Improving feed quality; ii.Supplementary feeding; iii.Limiting animal movement; iv.Synchronizing water & feed availability. Focus on productive animal i.Selection & cross breeding; ii.Access to AI service; iii.Access to veterinary service. Improving livestock herd management i.Optimum herd structure & composition; ii.Quality water supply; iii. Efficient use of livestock services. Institutions(e.g.Market) This document is licensed for use under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 Unported Licence May 2013
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