Purpose-built laboratories and shadehouse
In 2021, Cesar Australia invested in new facilities including state-of-the-art laboratories and shadehouse areas. Our facilities are purpose-built based on our research areas and play an important role in our commitment to delivering high-quality and reliable research for our clients and collaborators.
Pesticide and entomology laboratories
We are fully equipped to study invertebrates and to test pesticides on different species. The laboratories contain a Potter Spray Tower, which is internationally recognised as the standard equipment of reference for chemical spraying techniques in the laboratory, Leica stereomicroscopes, controlled environment rooms and invertebrate rearing facilities. Here we perform:
- Bioassay development
- Biological control and invertebrate biological research
- Pesticide research
- Invertebrate identification and taxonomy
Molecular testing laboratories
Our molecular genetics laboratory is structured to maintain sample integrity and eliminate contaminate risk throughout the diagnostics process. We can even take our genetic testing out of the lab and into the field, courtesy of cutting edge technologies, such as Biomeme. Here we peform:
- Full-service eDNA solutions provider (EnviroDNA)
- Development and analyses of genetic markers (vertebrates and invertebrates)
- Amphibian chytrid testing
- Scat analysis to identify species and individuals
- Scat dietary analysis studies
Shadehouse
Our shadehouse allows us to conduct invertebrate microcosm trials and enables us to replicate semi field conditions, something we cannot achieve in the laboratory. This strengthens the quality and the rigour of the research we conduct. Here we perform:
- Test the impact of pesticides on several beneficial invertebrate species
- Test pest tolerance and resistance to pesticides
- Test the efficacy of selective and biological pesticides
- Assess crop susceptibility to invertebrate pests
- Assess the performance of plant varieties with naturally occurring or commercially bred insect resistance traits