plant success research nodes
Hawkesbury Campus
Science Road
Richmond NSW 2753
- HOME
- ABOUT
- RESEARCH
- Predicting Phenotypes
- Integration of physiology and development of traits underpinning plant success
- Land plant genetic network innovations
- Connecting plant water relations phenotype to whole plant success – Bryophytes
- Connecting plant water relations phenotype to whole plant success
- Domestication underground – exploring how modification of plant hormone signalling, including during plant breeding, influences beneficial plant-microbe symbiosis
- Evolution and function of molecular networks that control potential and water allocation in plant growth
- Impacts of crop domestication on water management
- Model emulation
- Complex mathematical networks
- Discovering new pathways to enhance breeding predictions by integrating genome to phenome and hierarchical biological models
- Mechanism and Network Prediction
- Evolution of eucalyptus clade relative to heat and water stress
- Predicting adaptive trajectories in natural systems
- Phylogenomics of photoperiod response
- Adaptations to heat and water stress in the Andropogoneae grasses
- Leaf cuticle properties
- Homology detection, alignment and ancestral state reconstruction of genetic networks
- Responsible Innovation
- Genomic analysis of mechanisms of adaptive evolution
- Genome manipulation technology development and application to analysis of stress response networks
- Genome editing for complex trait enhancement
- Quantitative biology and the law
- Access to genetic resources
- Freedom to operate with genetic technologies
- Molecular markers/sequence data
- Capacity
- Predicting Phenotypes
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