About the AWC
The Allan Wilson Centre for Molecular Ecology & Evolution is one of New Zealand’s seven Centres of Research Excellence (CoRE). It was established in 2002 under the directorship of Mike Hendy and David Penny. Recognized for its innovative and interdisciplinary research the AWC is hosted by Massey University, and involves principle investigators from the University of Otago, University of Canterbury, Victoria University, Massey University, University of Auckland and the New Zealand Institute for Plant & Food Research. In 2008 directorship of the AWC transferred to Paul Rainey, with Mike Steel as deputy director. Taking inspiration from the unique ecology and evolution of New Zealand’s native flora and fauna, researchers at the AWC bring a diverse range of skills in mathematical and computational biology, genetics, ecology and evolution to bear on questions of national and international significance, from both applied and fundamental perspectives.
The AWC has strong links with Maori communities and a vibrant outreach programme, which ensures that the outputs of AWC research translate into a form that makes clear the relevance of the AWC’s activities to New Zealand and the lives of New Zealanders.
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© 2009, Allan Wilson Centre for Molecular Ecology & Evolution |
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The biota of New Zealand is unique and comprises
an array of model biological systems. Many of these are ideal for
the study of ecology and evolution. In recent years, molecular descriptions
of these systems have revolutionised our understanding of New Zealand's
biodiversity and its origins. These studies have shed new light on
the traditional view of the New Zealand biota. 
Current research includes the diversity and origins of Pacific peoples, flora and fauna; the link between anthropogenic environmental change, the health of species, and the conservation of biological diversity; and processes driving evolutionary change. AWC research is informed by the latest genomic technologies and underpinned by innovative mathematical and bioinformatic thinking. Outputs include predictive models, new genetic knowledge, and policy for the management and control of infectious disease.