Introduction to Fluvial Geomorphology and Waterway Management
Description
This two-day training course provides a practical introduction to fluvial geomorphology and contemporary waterway management, with a focus on rivers and streams within the Great Barrier Reef catchments. Participants will develop an understanding of river processes and channel adjustment, learn to identify management objectives, and gain practical skills to develop fit-for-purpose, cost-effective management interventions. The course has a strong emphasis on nature-based solutions and applying geomorphic principles to real-world waterway management challenges.
This training has been delivered to government agencies across Queensland, New South Wales, the Australian Capital Territory and Victoria. The Mackay course will be tailored to the geomorphic characteristics, management challenges and rehabilitation opportunities of Great Barrier Reef catchments.
The course includes one day of classroom learning followed by one day of field-based training, allowing participants to apply key concepts in the field.
Lineup

Misko Ivezich
Misko is a certified fluvial geomorphologist & waterway engineer with 20 years of experience working across Australia on all aspects of waterway planning, design, and construction. Misko has substantial experience in waterway assessments and stream management programs.

Professor Ian Rutherfurd
Ian is a certified fluvial geomorphologist with 35 years experience working with governments and communities on stream and catchment management. Ian has rich experience in education and professional training of all types and was lead author of A Rehabilitation Manual for Australian Streams.
Course content
Introduction to stream management principles and practice
Fundamentals of fluvial geomorphology, including river form, controlling processes and channel adjustment
Understanding erosion, sediment transport and river recovery processes
Assessing waterway condition, values, threats and management objectives
Waterway assessment methods, including geomorphic field assessment techniques
Nature-based river rehabilitation and engineering interventions
Selecting fit-for-purpose management options using risk and process-based approaches
Prioritising rehabilitation projects to achieve multiple environmental, social and economic outcomes
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