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OrganisationCSIRO Sustainable Ecosystems
AuthorKeating, BA
AuthorBiggs, IM
AuthorWebster, AJ
Date Accessioned2015-03-11
Date Available2015-03-11
Issued2002
Identifierhttp://hdl.handle.net/11079/13993
AbstractThe project originally had a third objective, namely to “Develop promising leads in rapid and cost effective analyses of N compounds in the mill juice stream to a “proof-of-concept” stage.” Instrumentation issues and industry developments with respect to installation on on-line NIR infrastructure meant that this third objective was transferred to the project CTA045, which is on going. Objective 1 was addressed via laboratory analyses of cane sourced from a wide range of experimental studies in different seasons at a range of sites, involving variation in N fertiliser inputs, sugarcane varieties, irrigation inputs, and other agronomic variables. Objective 2 was addressed via a series of grower-managed on-farm trials in which N fertiliser inputs were varied above and below the grower’s “normal” management and the results were interpreted in relation to additional information obtained from soil analyses and amino-N analyses of the cane at harvest time.
Languageen
PublisherSRDC
Part of SeriesInternal Report; 2002 CTA029
SubjectMilling
SubjectTechnology
SubjectNitrogen management
SubjectCrop management
TitleMonitoring cane at the mill to improve nitrogen management on the farm : final report CTA029
KeywordsN losses, Amino N, Diagnosis, Nitrogen (N) fertiliser, N supply, Level of nitrogen, Monitor N levels, Amino N assay, Amino acids, Juice analysis, NIR


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  • Milling efficiency and technology [52]
    Research outcomes: Optimised mill transport and logistics. Mill capacity and efficiency is optimised through improved processes, technology and value chain coordination and collaboration.

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