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Technical Paper

The Development of Industry-Specific Odor Impact Criteria for Feedlots Using Models

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Pages 1177-1186 | Published online: 24 Jan 2012

References

  • Nicholas, P.J.; Watts P.J.; Heinrich N.A.; Hudson N.A.; Bell K.L. Part A: Sampling Results—Odour Emissions from Australian Feedlots. Development of Odour Performance Criteria for the Australian Feedlot Industry; Project FLOT 323, Meat and Livestock Australia: Sydney, New South Wales, Australia, 2004.
  • Atzeni, M.G.; Watts P.J.; McGahan E.J.; Nicholas P.J. Part B: Modeling of Feedlot Hydrology Using MEDLI. Development of Odour Performance Criteria for the Australian Feedlot Industry; Project FLOT 323, Meat and Livestock of Australia: Sydney, New South Wales, Australia, 2005.
  • Nicholas, P.J.; Heinrich N.A.; Watts P.J.; Bell K.L. Part C: Feedlot Odour Emissions Model. Development of Odour Performance Criteria for the Australian Feedlot Industry; Project FLOT 323, Meat and Livestock of Australia: Sydney, New South Wales, Australia, 2005.
  • Nicholas, P.J.; Watts P.J.; Henry C.G. Part D: Application of the Proposed Feedlot Odour Model. Development of Odour Performance Criteria for the Australian Feedlot Industry; Project FLOT 323, Meat and Livestock of Australia: Sydney, New South Wales, Australia, 2005.
  • Hudson, N. Part E: Feedlot Odour Sampling and Testing Techniques. Development of Odour Performance Criteria for the Australian Feedlot Industry; Project FLOT 323, Meat and Livestock Australia: Sydney, New South Wales, Australia, 2005.
  • D’Abreton, P. Part F: Modeling Guidance Document for the Livestock Industry. Development of Odour Performance Criteria for the Australian Feedlot Industry; Project FLOT 323, Meat and Livestock Australia: Sydney, New South Wales, Australia, 2005.
  • D’Abreton, P. Part G: Validation of TAPM for Feedlot Odour Studies. Development of Odour Performance Criteria for the Australian Feedlot Industry; Project FLOT 323, Meat and Livestock Australia: Sydney, New South Wales, Australia, 2005.
  • Watts, P.J.; Jones, M.; Lott, S.C.; Tucker, R.W.; Smith, R.J. Feedlot Odor Emissions Following Heavy Rainfall; Trans. ASAE 1993, 37, 629–636.
  • Lorimer, G. The AUSPLUME Gaussian plume model. Contract EPA/86-02, Environmental Protection Authority: Melbourne, Victoria, Australia, 1986.
  • Galvin G. Masters Thesis, University of Southern Queensland, 2004.
  • Casey, K.D.; Lunney C.L.; Watts P.J.; Tucker R.W. Odour Emissions from Feedlot Retention Ponds Following Heavy Rainfall. In Proceedings of the National Workshop on Odour Measurement Standardization; University of New South Wales, Sydney, Australia, August 20–22, 1997.
  • Walker, L.W.; Turner A.K. Quantity and Peak Flow Rates of Stormwater Runoff from a Cattle Feedlot. In Proceedings of Agricultural Engineering Conference; Geelong, Institution of Engineers Australia, 1980, pp 166–170.
  • Watts, P.J.; McKay, M.E. Simulation of Cattle Feedlot Hydrology. In Proceedings of the Conference on Agricultural Engineering, Bundaberg, Canberra, Australia: Institution of Engineers, Australia 1986, pp. 393–398.
  • Lott, S.C.; Watts P.J. The Hydrology of Australian Feedlots, Part 1–Data Collection; Milestone Report No 5; Meat Research Corporation, Feedlot Services Report Project No. DAQ. 079; Queensland Department of Primary Industries: Toowoomba, Queensland, 1993, p 185.
  • Lott, S.C.; Watts P.J. Runoff from Australian Feedlots, Technical Paper No. 13; Institution of Engineers, Queensland Division: Brisbane, Australia, 1993; pp 25–30.
  • Lott, S.C. Australian Feedlot Hydrology—Part 1 (Data). In Proceedings of National Feedlot Waste Management Conference; Gold Coast, June 11–14, 1995.
  • Lott, S.C. Australian Feedlot Hydrology—Part 2 (Modeling). In Proceedings of National Feedlot Waste Management Conference; Gold Coast, June 11–14, 1995.
  • Gardner, E.A.; Davis R. Eds.; MEDLI Version 1.2 Technical Manual, Department of Primary Industries: Queensland, Australia, 1998.
  • Vieritz, A.M.; Gardner, E.A.; Littleboy, M.; Atzeni, M.G.; Beecham, R.E.; Casey, K.D.; Farley, T.; Davis, J.R.; Sharma, P.K.; McGahan, E.J.; Dillon, P.J. MEDLI—a Model for Designing Sustainable Irrigation Systems for the Reuse of Effluent. In Environmental Benefits of Soil Management, Conference Proceedings; National Soil Science Conference: Brisbane, Queensland, Australia, 1998; pp 154–161.
  • Atzeni, M.G.; Casey K.D.; Skerman A. A Model to Predict Cattle Feedlot Runoff from Effluent Reuse Applications. In Proceedings of MODSIM, Vol. 4; General Systems: Canberra, Australia, 2001; pp 1871–1876.
  • McGahan, E.J.; Casey, K.D.; van Sliedregt, H.; Gardner, E.A.; Watts, P.J.; Tucker, R.W. BEEFBAL—a Nutrient Balance Model for Beef Cattle Feedlots; Department of Primary Industries and Fisheries: Queensland, Toowoomba, Australia, 2002.
  • Lunney, C.M; Smith, R.J. An Odour Emission Model for Feedlots. Presented at the Feedlot Waste Management Conference, Royal Pines Resort, Gold Coast, Australia, June 12–14, 1995.
  • Petrov, R.; Lott, S.; Binns, P.; Cork, R. Measuring the Microclimate of Eastern Australian Feedlots; Project No. FLOT. 317; Meat and Livestock Australia: Sydney, New South Wales, Australia, 2002.
  • Ormerod, R.J. Odours from Cattle Feedlots—a Review of Australian Experience. In Proceedings of the International Clean Air Conference, Clean Air Society of Australia and New Zealand: Auckland, New Zealand, 1990; pp 39–42.
  • Ormerod, R.J. An Odour Flux Model for Cattle Feedlots, In Proceedings of the 8th Joint Conference on the Applications of Air Pollution Meteorology with A&WMA, American Meteorological Society: Nashville, TN, 1994.
  • Stockle, C. Atmosphere: Derived Climate Variables and Time Interpolation; Washington State University: Pullman, WA; available at: http://www.bsyse.wsu.edu/stockle/bsyse562/Documents/Lectures/Atmosphere%20Derived%20Climate%20Variables.pdf (accessed November 2003).
  • Allen, R.S.; Pereira L.S.; Raes D.; Smith M. Crop Evapotranspiration— Guidelines for Computing Crop Water Requirements; FAO Irrigation and Drainage Paper 56; Food and Agricultural Organisation of the United Nations: Rome, Italy, 1998.
  • Smith, R.J.; Watts P.J. Determination of Odour Emission Rates from Cattle Feedlots; Part 2, Evaluation of Two Wind Tunnels of Different Size; J. Agr. Eng. Res. 1994; 58, 231–240.
  • Kayle, R.; Jiang J. Integration of Odour Emission Measurement from Area Sources with Dispersion Modeling Analysis of Environmental Impacts; Research Report No. 136; Urban Water Research Association of Australia: Sydney, Australia, 1999.
  • Ormerod, R.J. Modeling Emission and Dispersion of Feedlot Odour—a Case Study. In Proceedings of the Workshop on Agricultural Odours; Department of Primary Industries: Toowoomba, Australia, 1991.

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