Meet some of my collaborators
Ecosystem services, entomology, agriculture, science communication, citizen science, insect community ecology, trapping methods, network analysis. Also, co-founder of Australian Wild Pollinator Count.
Entomology, functional genetics, biodiversity, aquatic systems, genomics, chemical ecology.
Phenology, functional genomics, forest genetics, quantitative genetics, environmental data, climate change, spruce, and prairie smoke.
Phylogeography, population genetics, landscape ecology, distribution modelling, geographic information systems, wildlife management, conservation, disease spread, and dynamics of invasive-pest outbreaks.
Spatial ecology, temporal heterogeneity, ecological and evolutionary processes, forest landscape structure, spatial population dynamics, landscape connectivity, gene flow, forest fire, insect outbreaks, and forest management.
Landscape genetics, sunflowers, molecular ecology, speciation, hybridisation, eucalypts, feral cats, chemical ecology, adaptation, population genetics, genomics, and orchids.
Phenotyping, landscape genomics, climate adaptation, selection, Arabadopsis, GWAS, photosynthesis, reproduction, NGS, and eucalypts.
Conservation, biodiversity, ecosystem function, habitat loss, climate change, environmental change, forest biomes, genetics, ecology, paleobotany, and species distribution modelling.
Mark-recapture population size estimation, effective population size, genetic diversity, relatedness, inbreeding, parentage, adoption, pedigree reconstruction, reproductive success and fitness, population structure, population assignment, migration, isolation by distance, landscape genetics, barriers to movement, phylogeography, phylogenetics.
Evolution, insect lineages, species boundaries, arthropod biodiversity, taxonomy, DNA sequences, morphological data, phylogenetic analysis, keys and databases, plant-insect coevolution, biogeography, genomic architecture, conservation, agriculture, and forestry.
Population and conservation genetics of plants, genomics, eucalypts, natural history, genome structures, forest trees, eucalypts, molecular tools, evolution, phylogeny, and phylogeography.
Growth and survival of mangroves, Australian Antarctic Division, terrestrial lichen communities, eucalypts, changing global conditions, ecosystems, native grassland, soil communties, ecophysiology, water potential, PAM, biodiversity, TasFACE, biomass, Themeda, and phenology.
Climate change, cotton production, soil microbial function, nutrient cycling, native grassland, plant-microbe interactions, nitrogen cycling, and decomposition processes.
Population genetics, phylogeny, evolution, adaptation, biogeography, Eucalyptus, taxonomy, Casarinaceae, Clerodendrum (Lamiaceae), Dracophyllum (Ericaceae), Correa (Rutaceae), and Pterostylis (Orchidaceae).