Ecology, genetics and evolution

Why are there so many species in the tropics? Why do bacteria evolve antibiotic resistance? Why do bees do everything for their queen?

You’ll use ecology, genetics and evolution to better understand how organisms adapt to environmental changes, from charismatic humpback whales to communities of tiny microbes in your gut.

You’ll explore ecological and evolutionary applications, plant identification and vegetation classification, climate change biology, biostatistics and experimental design, urban and functional ecology, genomics, contemporary evolution and evolution of complex traits, and gain laboratory skills in genetic research.

Our ecology, genetics and evolution graduates work as ecological consultants, conservationists, genetic counsellors, research scientists, data analysts, science communicators, and more.

Expect to gain employment in government, industry and academia, including the CSIRO, the Department of Climate Change, Energy, the Environment and Water, the Department of Agriculture, Fisheries and Forestry, Brisbane City Council, the Queensland Museum, and more.

Why choose ecology, genetics and evolution at UQ?

You’ll learn alongside award-winning researchers and teaching specialists who will challenge your thinking in interactive lectures, tutorials, workshops and practicals, and on field trips.

Our ecology students explore some of Australia’s most pristine ecosystems on field trips to the UNESCO World Heritage-listed Gondwana rainforests, K’gari (Fraser Island) and Minjerribah (North Stradbroke Island), and ecological research stations including UQ Hidden Vale Research Station.

You’ll develop your critical and creative thinking skills and apply the communication and quantitative toolkit you’ll need for your future career.

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For answers to frequently asked questions, and information about program structures, applications, fees and student life, visit Study at UQ.