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Selecting clones for better ratooning under wet harvesting conditions : SRDC final report CSR10S
(1997)
There were three broad aims of this project:
(i) To develop and evaluate a method for screening genetic material under conditions where there is (a) stool damage from harvesting machinery under wet conditions, and (b) ...
Assessment of new soft cane varieties : final report 2015/081
(Sugar Research Australia Limited, 2016)
The project objectives were to: experimentally determine whether extraneous matter affects the fibre quality parameters measured by SRA; experimentally determine whether the commercial cane preparation process affects the ...
The inheritance of ash in juice from sugar cane
(1983)
Ash per cent juice data were obtained for varieties within 97 crosses in original seedlings in 1979 and for varieties within 86 crosses from three factorial polycrosses in 1981, on the Bundaberg Sugar Experiment Station. ...
Breeding clones with high early sugar content : SRDC final report BSS93
(2002)
The project BSS25 ?Breeding of clones with high early sugar content? concluded that the potential for increasing CCS through breeding and selection was greatest early in the season. BSS25 commenced a recurrent selection ...
Optimum selection strategies in original seedlings particularly for heavily lodged crops : SRDC final report BS46S
(1999)
The objectives for this project were: to evaluate the effectiveness of family selection in the plant crop of original seedlings of sugarcane grown to full crop potential in the Burdekin region. The crop will probably be ...
Optimisation of experimental design and analysis for variety trials to maximise genetic gain : SRDC final report UQ023
(2001)
The analysis of field experimental data usually assumes independent observations. This method is often inappropriate if the data contain strong spatial trends. Methods of analysis (commonly used in cereal trials) which ...
Maximising whole-of-industry benefits from the Australian sugarcane improvement program through an optimal genetic evaluation system
(2007)
An optimal genetic evaluation system (GES) is the backbone of any breeding program because maximising genetic gains is primarily a matter of efficient selection. A GES provides information to breeders about which individuals ...