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| Publication Date | Title | Author(s) | Date Added |
| 2016 | Genetic selection for increased mean and reduced variance of twinning rate in Belclare ewes | Cottle, David ; Gilmour, Arthur R; Pabiou, Thierry; Amer, Peter; Fahey, Alan | 15-Apr-2016 |
| 2015 | How precise are enteric methane emission phenotypes or breeding values estimated from spot flux measures? | Cottle, David ; Velasco, Jose; Mayer, David; Hegarty, Roger ; Herd, Robert M | 11-Apr-2016 |
| 2009 | Implications of greenhouse emission reduction policies for the Australian sheep industry | Keogh, M; Cottle, David | 16-Mar-2010 |
| 2014 | Improving pasture intake predictions by variable weighting of plant marker concentrations | Cottle, David ; Romero, Carlos | 2-May-2014 |
| 2013 | Integrated overview of results from a farmlet experiment which compared the effects of pasture inputs and grazing management on profitability and sustainability | Scott, Jim M ; Behrendt, Karl; Cacho, Oscar J ; Donald, Graham; Cottle, David ; Coventry, T; Williams, G; MacKay, Duncan ; Colvin, A; Scott, F; Shakhane, LM; Guppy, Christopher ; Hoad, Justin ; Gaden, CA; Edwards, Clare; Hinch, Geoffrey | 17-Jul-2013 |
| 2010 | International Sheep and Wool Handbook | Cottle, David | 17-May-2011 |
| 2009 | Is methane production likely to be a future Merino selection criterion? | Cottle, David ; Van Der Werf, Julius H ; Banks, Robert | 31-Mar-2010 |
| 2015 | Is the Australian wool industry efficient at converting wool into value? | Fleming, Euan ; Cottle, David | 11-Aug-2015 |
| 2014 | Methane emissions and feeding behaviour of feedlot cattle supplemented with nitrate or urea | Velazco, Jose Ignacio; Cottle, David ; Hegarty, Roger | 17-Jul-2015 |
| 2014 | Modelling the reduction in enteric methane from voluntary intake versus controlled individual animal intake of lipid or nitrate supplements | Cottle, David ; Eckard, Richard | 11-Aug-2015 |
| 2017 | Optimising natural 13C marker based pasture intake estimates for cattle using a genetic algorithm approach | Cottle, David | 10-Feb-2017 |
| 2017 | Optimising the proportion of selection candidates measured for feed intake for a beef cattle breeding objective that includes methane emissions | Cottle, David ; Van Der Werf, Julius H | 8-Jan-2018 |
| 2007 | The potential for predicting Australian wool supply using remotely sensed data | Whelan, Michael Barry; Cottle, David ; Gherardi, Stephen; Clark, Anthony | 7-Oct-2010 |
| 2013 | A Potential Practical System to Estimate Pasture Intake of Individual Animals | Cottle, David | 28-Apr-2014 |
| 2014 | Production efficiency | Cottle, David ; Pitchford, Wayne S | 4-Jun-2014 |
| 2016 | Quantifying daily methane production of beef cattle from multiple short-term measures using the GreenFeed system | Velazco, Jose Ignacio; Hegarty, Roger ; Cottle, David ; Li, Lily | 21-Aug-2018 |
| 2013 | Reducing methane emissions by including methane production or feed intake in genetic selection programmes for Suffolk sheep | Cottle, David ; Conington, Joanne | 22-Nov-2013 |
| 2008 | The relationship between a satellite derived vegetation index and wool fibre diameter profiles | Whelan, Michael Barry; Geenty, Kennett ; Cottle, David ; Lamb, David ; Donald, Graham | 25-Nov-2011 |
| 2009 | Report 2 - Enteric Methane Review | Cottle, David ; Nolan, John V | 30-Jul-2012 |
| 2010 | Review of GHG and Water in the Red Meat Industry - Report 1 | Wiedemann, SG; Davis, RJ; Zadow, EN; McGahan, EJ; Watts, PJ; Nielsen, WM; Cottle, David ; Martin, Paul | 19-Aug-2011 |
