Bachelor of Science (Palaeobiology) 72 months Undergraduate Programme By Macquarie University (Sydney, Australia) |TopUniversities
Programme Duration

72 monthsProgramme duration

Programme overview

Degree

MBA

Study Level

Undergraduate

Palaeobiology applies frontier imaging and analytical techniques to the fossil record to decipher the evolution, ancestry and ecology of organisms throughout the history of life. Palaeobiology places modern biodiversity into the context of geological time, and provides a means for monitoring and predicting future trajectories of the biosphere. This specialisation will give you a ‘deep time’ perspective on the evolution of life. By studying the fossil record, you’ll explore the early evolution and phylogeny of microbes, animals and plants; the timing and correlation of important events in deep time; as well as fundamental questions about fluctuating ecological and environmental parameters through time. You’ll identify morphological and anatomical features; study evolutionary processes; use frontier scientific methods and techniques to reconstruct past environments, climates and behaviours; and use fossils as tools to solve important biological, ecological, environmental, geological and zooarchaeological problems.

Programme overview

Degree

MBA

Study Level

Undergraduate

Palaeobiology applies frontier imaging and analytical techniques to the fossil record to decipher the evolution, ancestry and ecology of organisms throughout the history of life. Palaeobiology places modern biodiversity into the context of geological time, and provides a means for monitoring and predicting future trajectories of the biosphere. This specialisation will give you a ‘deep time’ perspective on the evolution of life. By studying the fossil record, you’ll explore the early evolution and phylogeny of microbes, animals and plants; the timing and correlation of important events in deep time; as well as fundamental questions about fluctuating ecological and environmental parameters through time. You’ll identify morphological and anatomical features; study evolutionary processes; use frontier scientific methods and techniques to reconstruct past environments, climates and behaviours; and use fossils as tools to solve important biological, ecological, environmental, geological and zooarchaeological problems.

Admission Requirements

1090+
75+
83+
6+
8+
180+
25+
58+

Scholarships

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