Grazing land management in Semi-Arid Australia

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Title Grazing land management in Semi-Arid Australia
Author Ghadiri, Hossein; Sanjari, G; Yu, Bofu; Ciesiolka, Cyril A. A.
Publication Title ISCO 2010: The land we want for the future must be built today
Year Published 2010
Place of publication Santiago, Chile
Publisher University of Chile
Abstract In this study the traditional system of Continuous grazing was compared with the new technique of Cell grazing on a large grazing paddock in south-east Queensland. Results show large quantities of soil and soluble nutrients being lost to the receiving water bodies under the traditional system of Continuous grazing. The concentrations of sediment, organic matter and plant nutrients in the runoff leaving paddock were significantly reduced when the rotational system of Cell grazing was adopted. The new Cell grazing system also reduced erosion, sediment transport and surface runoff as compared with the Continuous grazing. The presence of a higher quantities of litter and above ground organic materials on lands under Cell grazing reduced hoof pressure and soil compaction, which in turn resulted in higher infiltration of rain water, lower surface runoff and reduced soil erosion and nutrient loss into surface water resources. It appears as though the long rest period for the land, provided under the Cell grazing system, is largely responsible for all above beneficial impacts on grazing lands, animal feed production and down-steam water quality.
Peer Reviewed No
Published Yes
Publisher URI
Conference name 16th Congress of the Soil Conservation Organization (ISCO-2010)
Location Santiago, Chile
Date From 2010-11-07
Date To 2010-11-12
Date Accessioned 2011-01-31
Date Available 2015-06-05T03:55:29Z
Language en_US
Research Centre Environmental Futures Research Institute
Faculty Faculty of Science, Environment, Engineering and Technology
Subject Natural Resource Management
Publication Type Conference Publications (Full Written Paper - Non-Refereed)
Publication Type Code e2

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