| Research > |
| |
| K.
Adams |
Molecular and
genomic evolution, genome duplication (polyploidy), gene silencing
and epigenetics, evolution of gene regulation, evolution of
mitochondria and chloroplasts. |
| A. Angert |
plant evolutionary ecology; geographic range limits and rarity; population dynamics and community structure. |
| M.L.
Berbee |
Molecular phylogenetic studies
of fungi and evolution of fungal life history stategies.
|
| G.E.
Bradfield |
Structure and dynamics of
tidal marsh and coniferous forest vegetation, including disturbance
responses at the community and landscape scales. |
| Q.
Cronk |
The study of plant form using
the techniques of comparative genomics, molecular developmental
biology and evolutionary biology. |
| N.
M. Fast |
Genome evolution, spliceosomal
intron evolution, parasitic adaptation - focusing on microsporidia,
a highly derived group of parasitic fungi. |
| S.
Graham |
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. |
|
P. G. Harrison |
Ecology of seagrass beds
and river-margin vegetation: population dynamics and plant-animal
interactions, and reactions to habitat alterations.
|
| P.
Keeling |
Early eukaryote evolution,
molecular phylogeny, protistology. |
| B.
S. Leander |
Marine protozoology &
invertebrate zoology; evolutionary morphology & molecular
phylogenetics. |
| J. Lee |
Molecular genetics and comparative genomics of green algae; molecular mechanisms of sexual development in green algae; evolutionary origins of plant developmental mechanisms.
|
| W.
Maddison |
Spider systematics and evolution.
|
| P.
Martone |
Marine phycology; biomechanics
of macroalgae. |
| L.
Rieseberg |
Speciation, domestication,
conservation biology, and weed evolution. |
| C.
Suttle |
The biology of viruses that
infect marine phytoplankton and bacteria, and the role of
these viruses in population dynamics and geochemical cycles.
|
| P.
Tortell |
Biological oceanography;
carbon dioxide, and trace metal controls on marine phytoplankton
and bacteria. |
| R.
Turkington |
Experimental field tests
of the determinants of community structure: competition, stress,
disturance. Field tests of ecological theory: top-down and
bottom-up control of vegetation; productivity gradients. |
| M.
Vellend |
Ecology, biogeography, and
evolution - especially of plants. Patterns of biodiversity
at multiple levels (species and genetic), and all of the processes
that create these patterns, including human-induced landscape
alterations. |
| J.
Whitton |
Plant molecular systematic
and evolution; the evolution of asexual polyploid complexes
in higher plants. |
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