Browsing Soil health and nutrient management by Author "Salter, B"
Now showing items 1-5 of 5
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A review of nitrogen use efficiency in sugarcane
Bell, MJ; Biggs, J; McKellar, LB; Connellan, J; Di Bella, L; Dwyer, R; Empson, M; Garside, AJ; Harvey, T; Kraak, J; Lakshmanan, P; Lamb, DW; Meier, E; Moody, P; Muster, T; Palmer, J; Robinson, N; Robson, A; Salter, B; Schroeder, B; Silburn, M; Schmidt, S; Skocaj, DM; Stacey, S; Stanley, J; Thorburn, P; Verburg, K; Walker, C; Wang, W; Wood, A (2015)The Great Barrier Reef (GBR) is the world's largest coral reef ecosystem, providing both substantial economic benefit to Australia and significant international ecological value. The health of the GBR is under pressure ... -
Aspects of temporal N management in sugarcane in sub-tropical Queensland : ASSCT peer-reviewed paper
Panitz, JH; Schroeder, BL; Skocaj, DM; Salter, B (ASSCT, 2019)The proximity of the Australian sugar industry to the Great Barrier Reef (GBR) has resulted in ongoing concerns about elevated concentrations of the dissolved inorganic nitrogen (DIN) in the near-reef environments due to ... -
Boosting NUE in sugarcane through temporal and spatial management options : Final report 2014/045
Schroeder, BL; Salter, B; Skocaj, DM; Panitz, JH; Park, G (Sugar Research Australia Limited, 2018)This collaborative project involved the University of Southern Queensland (USQ) and the Sugar Research Australia (SRA) Technology Unit. It aimed to evaluate methods of matching nitrogen (N) supply (from soils and fertilisers) ... -
Effect of harvest time on N-fertiliser requirements in the Wet Tropics : ASSCT extended-abstract paper
Skocaj, DM; Schroeder, BL; Park, G; Salter, B (ASSCT, 2019) -
Nitrogen availability from legume and past fertiliser history : ASSCT peer-reviewed paper
Salter, B; Kok, E; Skocaj, DM; Schroeder, BL (ASSCT, 2019)It is likely that land-based activities within the Australian sugar industry have a negative effect on the quality of water in the Great Barrier Reef lagoon. Improvements to nitrogen use efficiency (NUE) are likely to ...