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Managing Carbon in cotton-based farming systems

Hulugalle, Nilantha (NSW Department Of Primary Industries, 2014-06-30)

The overall aim of the project was to evaluate selected irrigated cropping systems and management practices in terms of carbon sequestration, water storage and WUE, soil quality and profitability.

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

Maintaining profitability and soil quality in cotton farming systems II

Hulugalle, Nilantha (NSW Department Of Primary Industries, 2008-06-30)

The effects of rotation crops and stubble management on soil quality, carbon sequestration, deep drainage, nutrient leaching, yield and profitability of succeeding cotton in irrigated and dryland Vertosols was studied