Weed and Genetic Risk
The Weed and Genetic project has worked with researchers to ensure species and systems developed by Future Farm Industries CRC have a minimal impact on the environment. The project built upon the Environmental Weed Risk Protocol developed by the former CRC Salinity.
The very attributes that make plants likely to prove useful to dryland agriculture may make them a potential weed risk in natural environments. Recognising this, the CRC weed and genetic risk project developed a weed risk protocol and a genetic risk protocol. The project also assists CRC researchers to assess the plants they work on. Protocols and guidelines have also been developed and apply to germplasm collection, evaluation, selection and promotion.
The risk of test species' persistence and naturalisation from experimental sites, incorporation of genetic risk guidelines, and support and training of researchers in using environmental risk decision tools have been specifically addressed by this project. Weed risk management guides for land-managers have also been developed. All weed risk assessments, weed risk scores and weed management guides completed by CRC researchers are available.
Weed risk researchers have also been involved in developing and applying national guidelines on conducting field trials in a risk management framework, and have also been involved in national discussions on improvements to border and post-border weed risk assessment. A national weed risk management forum was established and the construction of on-line weed database that features the available national weed risk assessments is now underway.
For more information contact project leader Margaret Byrne.
This website contains information about the CRC’s research into perennial plant based farming systems.
This site will remain live until 30 June 2017 but is no longer being updated or reviewed.
Further information about CRC research projects can be obtained by following links from relevant project pages or by viewing the research transfer page.
The CRC was funded for seven years (2007-2014) under the Australian Government Cooperative Research Centre program.