Publication List

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These publications highlight some of the key research outcomes from Landscape and Water Sciences catchment modelling research in the last 5 years. A number of the publications are available online or can be requested directly from the Key Contact listed.

Reports

• Cheng X, Christy B and Weeks A (2008). Application of the 2CSalt model to the south west Goulburn region. Research Report. Department of Primary Industries, Victoria.
• Cheng X, Weeks A, Christy B, Benke K and Cotter M (in press) Modelling effect of land use and climate change on stream flow and quality in the south west Goulburn region. Research Report. Department of Primary Industries, Victoria.
• Reid M, Cheng X, Banks E, Jankowski J, Jolly I, Kumar P, Lovell D, Mitchell M, Mudd G, Richardson S, Silburn M and Werner A (2009, in press). Catalogue of conceptual models for groundwater–stream interaction in eastern Australia. eWater Technical Report. eWater Cooperative Research Centre, Canberra (external link)

• Barlow K, Christy B, Weeks A and McLean T. (2009) Catchment scale water quality modelling – spatial distribution of nutrient generation and transport.
• Lowell K, Christy B, Pelizaro C, Day G, Barlow K, O’Leary G and Pettit C. (2009) Making results of complex systems-based landscape models more accessible to non-expert users.
• Christy B, O’Leary G, Weeks A and Beverly C. (2009) Separating the impact of climate change from land use change in local and regional groundwater systems.
• Cheng X, Benke K, Reid M, Christy B and Weeks A (2009) Modelling to inform investigation of natural resource trade off issues in the Goulburn Broken region, Victoria, Australia.

• Beverly C, Hocking M, Wilford J and Lawrie K (2008) Building more robust hydrological models underpinned by new regolith landform information.
• Beverly C, Ridley A, Hocking M and Pannell D (2008) Protecting high-value assets from salinity in the Avon Richardson catchment Australia.
• Christy B, O’Leary G, Beverly C, Anwar M, Hocking M, McNeil J and Bryan B (2008) Targeting land-use change to lower recharge to groundwater in dry environments.
• Marcar N, Theiveyanathan T, Hawkins C, Christie B, Polglase P, Jovanovic T, Crawford D, Almeida A, Paul K and Siggins A (2008) Predicting plantation growth, water and salinity impacts with application to farm and catchment planning in western Victoria.

• Cheng X, Christy B, Jarwal S and Weeks A (2007) Effect of landuse change and climate variation on stream flow and salinity in south-eastern Murray-Darling Basin, Australia.
• Eigenraam M, Beverly C, Stoneham G and Hocking M (2007) Catchment scale biophysical modelling to support auctions for multiple environmental outcomes.
• Feikema P, Beverly C, Morris J, Collopy J, Baker T and Lane P (2007) Predicting the Impacts of Plantations on Catchment Water Balances Using the 3PG Forest Growth Model.

• Weeks A, Beverly C, Christy B and McLean T (2005) Biophysical approach to predict salt and water loads to upland REALM nodes of Victorian catchments.
• Nichol G, MacEwan R, Pettit C, Dorrough J, Hossain H, Suter H, Cherry D, Cheng X, Sposito V, McNeill J, Melland A and Shanks A (2005) A review of models applicable to ‘Our Rural Landscape’.

• Lowell K, Drohan J, Kajek C, Beverly C and Lee M (2007). A science-driven market based instrument for determining the cost of environmental services: A comparison of two catchments in Australia. Ecological Economics, 64, 61-69.
• Beverly C, Bari M, Christy B, Hocking M and Smettem K (2005) Predicted salinity impacts from land use change; comparison between rapid assessment approaches and a detailed modelling framework. Australian Journal of Experimental Agriculture. 45: 1453-1469.

• Weeks A, Christy B, Lowell K, Beverly C (2008) The Catchment Analysis Tool: demonstrating the benefits of interconnected biophysical models. In 'Landscape Analysis and Visualisation'. (Eds C Pettit, W Cartwright, I Bishop, K Lowell, D Pullar, D Duncan) pp. 49-71. (Springer-Verlag: Berlin).
• Chan T, Beverly C, Ebert S, Garnett N, Lewis A, Pettit C, Thankappan M and Williams S (2008). Platform for Environmental Modelling Support: a Grid Cell Data Infrastructure for Modellers, in Landscape Analysis and Visualisation: Spatial Models for Natural Resource Management and Planning, (Eds. Pettit, C., Cartwright, W., Bishop, I., Lowell, K., Pullar, D. and Duncan, D.), Springer, Berlin, pp 97-118.

• User manual Catchment Analysis Tools (CAT Version 6). The State of Victoria, Department Primary Industries, Victoria, Australia. 2004.
• Models of the Catchment Analysis Tool (CAT1D Version 22). Technical Manual. The State of Victoria, Department of Sustainability and the Environment, Victoria, Australia. 2007. ISBN 978-1-74208-045-1
• Hocking M and Beverly C (2009) Prioritising landscape investment using a process-based catchment model.
• Beverly C and Hocking M (2009) Predicting groundwater response times and catchment impacts to landuse change.
• Beverly C, Vigiak O, Christy B, Hocking M, Whitford J and Roberts A (2009) An evaluation of several approaches to estimate impacts of landuse change on nutrient and hydrologic balances.
• Feikema PM, Lane PNJ, Beverly C and Baker TJ (2009) Application of Macaque and 3PG+ in CAT catchment-scale hydrological models: limitations and opportunities.