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A review of whole farm-system analysis in evaluating greenhouse-gas mitigation strategies from livestock production systems


Rawnsley, R and Dynes, RA and Christie, KM and Harrison, MT and Doran-Browne, NA and Vibart, R and Eckard, R, A review of whole farm-system analysis in evaluating greenhouse-gas mitigation strategies from livestock production systems, Animal Production Science, 58, (6) pp. 980-989. ISSN 1836-0939 (2018) [Refereed Article]

Copyright Statement

Copyright 2016 CSIRO

DOI: doi:10.1071/AN15632


Recognition is increasingly given to the need of improving agricultural production and efficiency to meet growing global food demand, while minimising environmental impacts. Livestock forms an important component of global food production and is a significant contributor to anthropogenic greenhouse-gas (GHG) emissions. As such, livestock production systems (LPS) are coming under increasing pressure to lower their emissions. In developed countries, LPS have been gradually reducing their emissions per unit of product (emissions intensity; EI) over time through improvements in production efficiency. However, the global challenge of reducing net emissions (NE) from livestock requires that the rate of decline in EI surpasses the productivity increases required to satisfy global food demand. Mechanistic and dynamic whole farm-system models can be used to estimate farm-gate GHG emissions and to quantify the likely changes in farm NE, EI, farm productivity and farm profitability as a result of applying various mitigation strategies. Such models are also used to understand the complex interactions at the farm-system level and to account for how component mitigation strategies perform within the complexity of these interactions, which is often overlooked when GHG mitigation research is performed only at the component level. The results of such analyses can be used in extension activities and to encourage adoption, increase awareness and in assisting policy makers. The present paper reviews how whole farm-system modelling has been used to assess GHG mitigation strategies, and the importance of understanding metrics and allocation approaches when assessing GHG emissions from LPS.

Item Details

Item Type:Refereed Article
Keywords:allocation, emissions intensity, enteric methane, intensification, modelling, nitrous oxide
Research Division:Agricultural, Veterinary and Food Sciences
Research Group:Agriculture, land and farm management
Research Field:Sustainable agricultural development
Objective Division:Environmental Policy, Climate Change and Natural Hazards
Objective Group:Mitigation of climate change
Objective Field:Management of greenhouse gas emissions from animal production
UTAS Author:Rawnsley, R (Dr Richard Rawnsley)
UTAS Author:Christie, KM (Dr Karen Christie)
UTAS Author:Harrison, MT (Associate Professor Matthew Harrison)
ID Code:115137
Year Published:2018 (online first 2016)
Web of Science® Times Cited:9
Deposited By:Tasmanian Institute of Agriculture
Deposited On:2017-03-08
Last Modified:2018-10-08

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