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Now showing items 970-989 of 1697
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Monitoring cane at the mill to improve nitrogen management on the farm : final report CTA029
(SRDC, 2002)The 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 ... -
Monitoring cane at the mill to improve nitrogen management on the farm, a pilot study : final report CSC21A
(BSES, 1997)The project examined variation in amino-N in cane supply at the Macknade Mill during the 1996 crushing season. This variation was related to factors such as crop class, variety, time of harvest, ccs, and farm supplying the ... -
Monthly notes on grubs and other cane pests
(BSES Division of Entomology, 1917) -
Monthly notes on grubs and other cane pests (fourth series)
(BSES Division of Entomology, 1920) -
Monthly notes on grubs and other cane pests (second series)
(BSES Division of Entomology, 1918) -
Monthly notes on grubs and other cane pests (third series)
(BSES Division of Entomology, 1919) -
Monthly notes on the greyback cane beetle and its control : farm bulletin no. 9
Monthly notes on the greyback cane beetle and its control by Edmund Jarvis, entomologist. -
More crop per drop : SRDC final report BSS305
(2011)Water stress is the major constraint to productivity in the Australian sugar industry, with an estimated cost of $260 million/annum (CSE014 Milestone Report 3.5). In 2003 and 2004, the losses exceeded $140 million in ... -
More crop per drop: development of water-efficient and drought tolerant sugarcane cultivars for irrigated and dryland farming
(2014)Water limitation is a major production constraint for sugarcane in Australia. Despite its economic importance, there has been little effort in breeding for water stress (drought) tolerance and water use efficiency (WUE) ... -
Mulgrave cane growers strategic grub management; implementing BSES decision-making tools : SRDC Grower Group innovation project
(BSES, 2010)This project was a continuation of previous SRDC/BSES GrubPlan projects in which the importance of a thorough grub monitoring program was highlighted. Essentially, the need for more grower involvement led to the creation ... -
National Program for Sustainable Irrigation
(2010)The National Program for Sustainable Irrigation was a unique collaboration as it involved governments, irrigators, water providers and researchers from across Australia. It covered every aspect of irrigation from dam ... -
Natural enemies of sugar-cane beetles in Queensland
(BSES Division of Entomology, 1921) -
NCEA receives funding for smarter irrigation
(Sugar Research Australia Limited, 2015)Dr Joseph Foley and a team of National Centre for Engineering in Agriculture (NCEA) researchers have started working with 16 R&D partners and up to 19 farmer-managed learning sites in a $3.7 million Federal Government ... -
New approach to improve RSD diagnosis and management
(Sugar Research Australia Limited, 2019)New approach to improve RSD diagnosis and management -
New Biosecurity legislation implemented for Queensland
(Sugar Research Australia Limited, 2016)Queensland's new biosecurity regulation has come into effect, which has important implications for the Australian sugarcane industry -
New cane cleaning options may reduce cane fires in NSW
(Sugar Research Australia Limited, 2016)New research is hoping to provide innovative solutions that could greatly reduce the need for sugarcane burning in NSW, which is still commonly needed immediately before harvest in this region of the sugarcane industry. -
New collaborative trials to tackle soldier fly
(Sugar Research Australia Limited, 2015)New trials are looking to provide more information for growers on management strategies for soldier fly. -
New discovery on chlorotic streak to lead to better management
(Sugar Research Australia Limited, 2018)New discovery on chlorotic streak to lead to better management -
New discovery on chlorotic streak to lead to better management
(Sugar Research Australia Limited, 2018)The new scientific discovery on chlorotic streak is leading to improved information on varietal resistance to the disease, and also management options through development of a diagnostic tool.