Impacts of rehabilitating degraded lands on soil health, pastures, runoff, erosion, nutrient and sediment movement. Part III: Economic analysis of rehabilitation techniques in the Burdekin River catchment to improve water quality flowing from grazing lands onto the Great Barrier Reef.Export / Share Moravek, T. and Hall, T. J. (2014) Impacts of rehabilitating degraded lands on soil health, pastures, runoff, erosion, nutrient and sediment movement. Part III: Economic analysis of rehabilitation techniques in the Burdekin River catchment to improve water quality flowing from grazing lands onto the Great Barrier Reef. Project Report. State of Queensland.
Article Link: https://futurebeef.com.au/wp-content/uploads/2017/... Organisation URL: http://www.reefrescueresearch.com.au AbstractPoor grazing land condition reduces the productivity of grazing enterprises and has been linked to increased sediment loads entering the Great Barrier Reef Lagoon. There are several methods for rehabilitating degraded lands with varying levels of investment. The subsequent environmental and economic outcomes have previously been largely unquantified. This document assesses the potential economic impact of the rehabilitation treatments in the Burdekin Catchment for the project RRRD.024 – ‘Quantifying the impacts of rehabilitating degraded lands on soil health, pastures, runoff, erosion, nutrient and sediment movement’.
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