Hydrologists
Hydrologists are water scientists who study how water moves through our environment, from rainfall to rivers, groundwater, and back to the atmosphere. They research water distribution, quality, and circulation patterns using advanced technology like satellite imagery, computer modelling, and field monitoring equipment. This career combines fieldwork with laboratory analysis and requires strong analytical skills, with opportunities in environmental consulting, government agencies, and research institutions. Hydrologists play a crucial role in water resource management and environmental protection.
Did you know?
A Bachelor's degree in Environmental Science, Earth Sciences, or Engineering is typically required, with many hydrologists pursuing postgraduate studies. Universities like ANU, Melbourne, and Queensland offer specialised programs in hydrology and water resources.
At a glance
Typical average pay
$100,000 Avg/yr
Growth
Stable
Top skill
Critical Thinking
Things to consider
Field and Laboratory Work Balance
Hydrologists spend time both outdoors collecting water samples and data, and indoors analysing results using computer models. This career suits students who enjoy both hands-on fieldwork and technical analysis.
Growing Career Opportunities
With increasing focus on water security and climate change in Australia, demand for hydrologists is growing in government departments, mining companies, environmental consultancies, and research organisations.
Key responsibilities
Conducts preliminary surveys of mineral, petroleum and natural gas deposits with Prospectors, Mining Engineers, Metallurgists, and other mineral scientists and engineers
Prepares and supervises the production of laboratory reports and scientific papers
Conducts studies of the structure, nature and formation of the earth’s crust and the minerals contained in it
Studies and dates fossils and rock strata to develop knowledge of the evolution and biology of life forms, and to assess their commercial applications
Studies the effects of natural events, such as erosion, sedimentation, earthquakes and volcanic activity, on the formation of the earth’s surface and sea beds