The Evolution, Genes & Genomics Group (EG^3) comprises staff, postdoctoral researchers and graduate students in the School of Biology at the University of St Andrews who conduct research in this area. Our research focuses on a wide range of topics in evolution, molecular genetics and physiology. We have strong research links with other universities, research institutes and laboratories in the British Isles and abroad. We offer first class research facilities, in well-equipped laboratories, set in wonderful surroundings.

For more information please visit the Evolution, Genes & Genomics Group home page

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Recent Submissions

  • Synthesis centers as critical research infrastructure 

    Baron, Jill; Specht, Alison; Garnier, Eric; Bishop, Pamela; Campbell, Andrew; Davis, Frank; Fady, Bruno; Field, Dawn; Gross, Louis; Guru, Siddeswara; Halpern, Benjamin; Hampton, Stephanie; Leavitt, Peter; Meagher, Thomas Robert; Ometto, Jean; Parker, John; Price, Richard; Rawson, Casey; Rodrigo, Allen; Sheble, Laura; Winter, Marten (2017-08) - Journal article
    Synthesis centers offer a unique amalgam of culture, infrastructure, leadership, and support that facilitates creative discovery on issues crucial to science and society. The combination of logistical support, postdoctoral ...
  • Plant biodiversity drivers in Brazilian campos rupestres : insights from phylogenetic structure 

    Zappi, Daniela C.; Freire Moro, Marcelo; Meagher, Thomas R.; Nic Lughadha, Eimear (2017-12-19) - Journal article
    Old, climate-buffered infertile landscapes (Ocbils) have attracted increasing levels of interest in recent years because of their exceptionally diverse plant communities. Brazil’s campos rupestres (rupestrian grasslands) ...
  • Disassortative mating prevails in style-dimorphic Narcissus papyraceus despite low reciprocity and compatibility of morphs 

    Simón-Porcar, Violeta I.; Meagher, Thomas Robert; Arroyo, Juan (2015-09) - Journal article
    Evolution to reduce inbreeding can favor disassortative (inter-morph) over assortative (intramorph) mating in hermaphroditic sexually polymorphic plant species. Heterostyly enhances disassortative pollination through ...
  • Green plants in the red : a baseline global assessment for the IUCN Sampled Red List Index for Plants 

    Brummitt, Neil; Bachman, Steven; Griffiths-Lee, Janine; Lutz, Maiko; Moat, Justin; Farjon, Aljos; Donaldson, John; Hilton-Taylor, Craig; Meagher, Thomas Robert; Albuquerque, Sara; Aletrari, Elina; Andrews, A. Kei; Atchison, Guy; Baloch, Elisabeth; Barlozzini, Barbara; Brunazzi, Alice; Carretero, Julia; Celesti, Marco; Chadburn, Helen; Ciafoni, Eduardo; Cockel, Chris; Coldwell, Vanessa; Concetti, Benedetta; Contu, Sara; Crook, Vicki; Dyson, Philippa; Gardiner, Lauren; Ghanim, Nadia; Greene, Hannah; Groom, Alice; Harker, Ruth; Hopkins, Della; Khela, Sonia; Lakeman-Fraser, Poppy; Lindon, Heather; Lockwood, Helen; Loftu, Christine; Lombrici, Debora; Lopez-Poveda, Lucia; Lyon, James; Malcolm-Tompkins, Patricia; McGregor, Kirsty; Moreno, Laura; Murray, Linda; Nazar, Keara; Nic Lughadha, Eimear (2015-08-07) - Journal article
    Plants provide fundamental support systems for life on Earth and are the basis for all terrestrial ecosystems; a decline in plant diversity will be detrimental to all other groups of organisms including humans. Decline in ...
  • The role of edaphic environment and climate in structuring phylogenetic pattern in seasonally dry tropical plant communities 

    Moro, Marcelo Freire; Silva, Igor Aurélio; Araújo, Francisca Soares de; NIc Lughadha, Eimear; Meagher, Thomas Robert; Martins, Fernando Roberto (2015-03-23) - Journal article
    Seasonally dry tropical plant formations (SDTF) are likely to exhibit phylogenetic clustering owing to niche conservatism driven by a strong environmental filter (water stress), but heterogeneous edaphic environments and ...

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