Genomics and Genetics includes: Biofuels, Bioinformatics, Epigenetics, Evolutionary Development, Plant Breeding, Systems Biology, and Synthetic Biology
Genomics & Genetics
| Name | Research Interests |
|---|---|
|
Ana Caicedo Associate Professor, Biology |
Evolutionary genomics of adaptation and divergence in wild, weedy and crop plant species |
|
Kristen M DeAngelis Associate Professor, Department of Microbiology |
Community ecology and physiology of soil microbes, climate change, plant-soil interactions |
|
Michelle Facette Assistant Professor, Biology |
Asymmetric cell division and grass stomatal function |
|
Sam Hazen Associate Professor, Biology |
Regulatory Networks and Natural Variation in Plant Cell Wall Biosynthesis and Growth |
|
Jeeyon Jeong Assistant Professor, Biology, Amherst College |
Molecular and cellular biology of metals |
|
Geunhwa Jung Professor, Stockbridge School of Agriculture |
Molecular genetics and breeding of disease resistance in grasses and population genetics of plant pathogenic fungi |
|
Laura Aline Katz Elsie Damon Simonds Professor, Department of Biological Sciences, Smith College |
Phylogenomics and genome evolution in eukaryotic microbes, plant microbiomes |
|
Joohyun Lee Research Assistant Professor, Biology |
Epigenetic regulation of plant-environment interactions |
|
Li–Jun Ma Associate Professor, Department of Biochemistry and Molecular Biology |
Fungal comparative genomics, eukaryotic genome evolution and organism adaptation |
|
Jill Miller Associate Professor of Biology, Amherst College |
Ecology and evolution of plant reproductive systems, molecular phylogenetic systematics, population and evolutionary genetics, hybridization and speciation |
|
Om Parkash Professor, Stockbridge School of Agriculture |
Plant genetic engineering and biotechnology, phytoremediation of soil contaminants |
|
Elsa Petit Lecturer, Stockbridge School of Agriculture |
|
|
Ludmila Tyler Lecturer, Biochemistry and Molecular Biology |
Using the model grass Brachypodium distachyon to understand development and bioenergy traits. |
|
Elsbeth Walker Professor, Biology Department |
Molecular genetic approaches to studying mechanisms of metal ion homeostasis in plants |
