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Resilient Cotton-farming Systems in Irrigated Vertosols: Soil Quality, Carbon and Nutrient Losses, Cotton Growth and Yield in Long-term Studies

Nachimuthu, Gunasekhar, Hulugalle, Nilantha, Watkins, Mark, Scott, Fiona, Rollins, Michael (New South Wales Department Of Primary Industries; The Australian National University, 2017-12-30)

Global warming is surmised to result in major increases in climatic variability (i.e.

Determining Optimum Nitrogen Strategies for Abatement of Emissions for Different Irrigated Cotton Systems

Schwenke, Graeme (New South Wales Department Of Primary Industries, 2017-06-30)

This project evaluated and demonstrated nitrogen fertiliser and irrigation management strategies, including variable rate fertiliser applications, rotational cropping with legumes and matching fertiliser rates to crop

National Facility for Cotton Climate Change Research

Bange, Michael (CSIRO Agriculture & Food, 2016-06-30)

Deficit (VPD)) and reduced water availability as a consequence of climate change is likely to

affect cotton production. However, there had previously been little research to assess the realworld

Stoichiometric Ratios of Cotton Soils Under Different Land Management Practices

McPherson, Katie (Australian National University, 2016-06-30)

Archived soil samples from 0-30 cm that had been collected between the 1993 and 2013 from seven different experiments run by the NSW Department of Primary Industries in Queensland and New South Wales were analysed for

Potential Contribution to Soil Carbon by Cotton Roots in Minimum and Maximum- Tilled Rotations

Coleman, Camille (University Of Sydney, 2013-06-30)

Carried out as a summer scholarship between December 2012 and March 2013, the researcher sought to outline the potential contribution of corn in rotation with cotton, in comparison to historical cotton and wheat rotat