Genome evolution, polyploidy, duplicate gene fates and evolution, evolution of gene regulation, transcriptomics, alternative splicing, non-coding RNAs
Plant evolutionary ecology; geographic range limits and rarity; population dynamics and community structure.
Molecular phylogenetic studies of fungi and evolution of fungal life history stategies.
Plant molecular biology, genomics and biochemistry. Natural products and chemical ecology of forest trees.
The study of plant form using the techniques of comparative genomics, molecular developmental biology and evolutionary biology.
Ecology and evolutionary biology; the distribution of biodiversity and the challenges posed to its conservation through recent changes to the environment.
Genome evolution, spliceosomal intron evolution, parasitic adaptation - focusing on microsporidia, a highly derived group of parasitic fungi.
Systematics and evolution of vascular plants, focusing on using DNA sequence data to infer relationships at deep and recent levels of seed plant, angiosperm and monocot phylogenetic history.
Plant biochemistry, physiology and chemical ecology; molecular biology and enzymology of wax metabolism; chemical composition, physiological function and ecological roles of plant surface lipids.
Early eukaryote evolution, molecular phylogeny, protistology.
Molecular genetic and biochemical studies of seed lipid and epicuticular wax metabolism and their regulation in Arabidopsis thaliana.
Marine invertebrate zoology, protozoology, evolutionary morphology & phylogenetics.
Life cycle transitions of sexual eukaryote; Molecular mechanisms of nutrient sensing in phototrophic eukaryotes; Ubiquitin-dependent mechansism for chloroplast quality control; Evolution of developmental/epigenetic mechanisms; Macroevolutionary transitions from prokaryotes to eukaryotes and from green algae to land plants; Mitigating climate change by engineering algae for efficient carbon capture and biofuel production.
Utilizing a combination of molecular genetics, biochemical and genomics approaches to understand the natural resistance mechanisms of plants against microbial pathogens including fungi, bacteria, and viruses.
Spider systematics and evolution.
Marine phycology; biomechanics of macroalgae.
Plant physiological ecology, macroecology, fire behavior and effects
|Laura Wegener Parfrey|
Microbiome of coastal marine organisms; eukaryotes in the microbiome
Adaptation, Domestication, Crop Evolution, Hybridization, Speciation, Weed Evolution
Characterization of ER-PM contact site components involved in plant stress tolerance
Plant cell biology, cellular basis of secretion of plant cell wall components; lignification in xylem development; ABC transporters and cuticle secretion
plant genomics, environmental stresses, seed development, gene expression
The biology of viruses that infect marine phytoplankton and bacteria, and the role of these viruses in population dynamics and geochemical cycles.
Biological oceanography; carbon dioxide, and trace metal controls on marine phytoplankton and bacteria.
Aquatic and Insect Ecology and Evolutionary Biology
Plant Cell Biology and Molecular Genetics; organization of the cytoskeleton and its role in cell wall formation, intracellular motility and growth anisotropy in the higher plant Arabidopsis thaliana and the characean algae; plant responses to abiotic and endogenous signals.
Plant molecular systematic and evolution; the evolution of asexual polyploid complexes in higher plants.
We are interested in how local resistance and systemic acquired resistance are regulated in plants.