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Recently Added

Reducing Cotton Discolouration Risk (Stage 1: IP and Technology)

Levins, Paul (Invention Development Management Company, LLC, 2016-06-30)

The colour of cotton fibre is affected by plant genetics, environmental factors, harvest and processing conditions.

Developing Soil Testing and Fertiliser Response Guidelines to Manage P, K and S Fertility for Irrigated and Dryland Cotton Cropping Systems

Bell, Mike (University Of Queensland, 2015-06-30)

Current nutrient management strategies are based primarily on the concept of cost effective nutrient management (i.e.

Effect of 1 m and 1.5 m row spacing on yield and fibre quality of upland cotton in Warren, NSW, Australia

Quigley, Richard (University Of Sydney, 2014-06-30)

Compaction caused by machinery traffic can have severe yield consequences. Compaction increases soil strength and reduces soil porosity, which hinders root growth, moisture and nutrient uptake, and plant growth.

Summer Scholarship: Correlating Refuge Attractiveness withProductivity

Whitehouse, Mary (CSIRO Entomology, 2011-06-30)

Refuge crops are used in the cotton industry to dampen the expression of resistance in Helicoverpa moths, and are an integral part in the use of transgenic cotton varieties; as such it is important to confirm refuge a

Deep Drainage Under Irrigated Cotton - Surface and Groundwater Implications

Gunawardeena, Thusitha, McGarry, Des (Queensland Department Of Environment And Resource Management (DERM), 2011-06-30)

Deep drainage(DD) - water that passes beyond the - is an important process in irrigated cropping soils to ensure leaching of salts through the soil profile to deeper soil layers, the vadose zone ( the zone between the