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Dillon, Martin (CSIRO Entomology, 2002-06-30)
INGARD® Cotton varieties express Bt toxin in all plant parts except for the flowers.
Trap cropping is an established technology within many IPM systems for a broad range of
crops. Successful trap crops act as diversionary hosts for key pests, attracting and
Johnston, Stephen (University Of New England And Cotton CRC, 2002-06-30)
The need for a comprehensive and integrated weed identification and management guide for the Australian cotton industry has long been recognised.
Reeves, George (Centre For International Economics And Cotton Research And Development Corporation 2002, 2002-06-30)
Cotton prices vary for all sorts of reasons including seasonal conditions in major producing countries, exchange rate changes, world economic conditions and of course government subsidies and market distortions.
Wilson Lewis (CSIRO Plant IndustryI, 2002-06-30)
The development of IPM systems in cotton hinges on the availability of information on a wide range of issues.
Nilantha, Hulugalle (NSW Agriculture, 2002-06-30)
The effects of rotation crops and their management on soil properties of Vertosols, cotton yield and profitability were monitored from 1993 to 2001 in 3 irrigated field trials in NSW (Warren in the Macquarie valley, a
Lightfoot, Damien (Adelaide University, 2002-06-30)
Currently, the qualities that are being engineered into cotton relate to crop management issues such as insect-resistance (Frutos et al.
Naylor, Geoffrey (CSIRO Textile And Fibre Technology, 2002-06-30)
This project arose from the 'Fibre Plus' workshops at Narrabri coordinated by both the Cotton CRC and the CRDC.
Grant, Roberts (CSIRO, 2002-06-30)
The Beltwide cotton conference is well worth attending as it is one of the few conferences specifically devoted to all aspects of cotton research.
Britton, David (University Of New England, 2002-06-30)
The International Society of Chemical Ecology (ISCE) exists to promote the understanding of interactions between organisms and their environment that are mediated by naturally occurring chemicals.
Milroy, Stephen (Australian Cotton CRC, 2002-06-30)
Irrigating cotton requires balancing excessive vegetative growth due to abundant water supply against limited yield potential due to water restriction.
Harvey, John (Universityu Of Queensland, 2002-06-30)
After much consideration the project grant for a thermocycler (CRDC197C) was used to purchase an Eppendorf Mastercycler gradient machine.
Humpheries, John (Adelaide University, 2002-06-30)
Cotton fibres are single epidermal cells developed from the ovule.
Colyer, Pat (The University Of Queensland, 2002-06-30)
The Australian industry efforts were reviewed by Dr Patrick Colyer, a plant pathologist with extensive experience in cotton, from Louisiana State University, USA.
Bange, Michael (CSIRO Plant IndustryI, 2002-06-30)
Managing sustainable cotton production is becoming more difficult with the ever-increasing demands for limited resources.
Stewart, Craig (The University Of Sydney, 2002-06-30)
A major issue facing the cotton industry in Australia is the potential for surface and groundwater contamination from the inefficient application of nitrogenous fertilisers.
Burn, Joanne (Australian National University, 2002-06-30)
Cellulose is a crystalline B-I, 4 glucan found in all higher plants and comprises over 90% of the dry matter of the mature cotton fibre.
Hickman, Mark (NSW Agriculture, 2002-06-30)
Industry Development Officer (IDO) of Gunnedah is part of the National Extension Service. This position has been successful in increasing technology adoption by local growers.
Lea, David (Department Of Primary Industries, Queensland, 2002-06-30)
The silverleaf whitefly (Bemisia tabaci B type) is a world-wide pest on many crops, with a particular appetite for cotton.
Sequeira, Richard (Department Of Primary Industries, Queensland, 2002-06-30)
Helicoverpa armigera (Hubner) and H. punctigera (Wallengren) are serious pests of cotton in Australia. These pests constitute a continually increasing production cost for most field crops,