Abstract
This subject provides a comprehensive grounding of the major concepts in river hydrology, hydraulics and geomorphology. Students will gain knowledge about flow hydrology, hydraulic behaviour, landforms and sedimentary deposits of rivers. Practical topics include the identification and description of distinctive landforms, sediments and types of flow associated with rivers, as … For more content click the Read More button below.
Syllabus
Introduction to river systems - a global perspective;Channel shape;Channel pattern and planform;Channel behaviour;Formation of the floodplain;Stream discharge, hydrographs and flood frequency analysis;Stream hydraulics, shear stress and resistance;Stream sediment load, erosion, transport and deposition;Channel change in the period of European settlement in eastern Australia;Application of hydrology and geomorphology in river management
Learning outcomes
Upon successful completion of this subject, students should:
1.
be able to demonstrate a comprehensive understanding of the key terminology, concepts and theory underpinning river geomorphology, river hydrology and channel hydraulics;
2.
be able to identify and describe the distinctive landforms, sediments and types of flow associated with rivers;
3.
be able to demonstrate a comprehensive understanding of the geomorphology and hydrology of a selected Australian river system and apply this knowledge to other river systems;
4.
be able to apply their knowledge and skills in river hydrology and geomorphology to interpret hydrologic data and discuss the effects of flow on river systems
5.
be able to interpret and communicate the findings of a field study clearly and coherently within a river management context
6.
be able to critically apply their knowledge of river hydrology, hydraulics and geomorphology combined with judgement and problem solving skills to some key river management issues
Assumed knowledge
Students who have completed GEO513 may not enrol in this subject