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Modeling parthenium weed early canopy architecture in response to environmental factors and the impacts on biological control activity of the summer rust

Ruey Toh,K. Dhileepan,Roger G. Shivas,Steve W. Adkins,Jim Hanan-2013-06-04-Queensland's institutional digital repository (The University of Queensland)
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TL;DRAbstract

An L-systems based 3D canopy architecture model is created for simulating and visualising the early growth of parthenium weed in response to four environmental factors (temperature, CO2, soil moisture and plant density) and the activity of the summer rust. The outcomes provide a tool to help study the interaction between an invasive weed, a biological control agent and the environment.

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An L-systems based 3D canopy architecture model is created for simulating and visualising the early growth of parthenium weed in response to four environmental factors (temperature, CO2, soil moisture and plant density) and the activity of the summer rust. The outcomes provide a tool to help study the interaction between an invasive weed, a biological control agent and the environment.

Keywords

WeedWeed controlEnvironmental scienceCanopyRust (programming language)Biological pest controlEcologyAgronomy

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