In South Africa, water and sanitation are considered basic human rights essential for human life and development, as illustrated by the phrase “some, for all, forever”. Integrated Water Resource Management (IWRM) is the foundation of water provision for humans and aquatic/riparian ecosystems, and forms the basis of sustainable water resource management. Integrated Catchment Management (ICM) is regarded as the overarching paradigm for effectively implementing IWRM. This course provides students with an introduction to the philosophy and practice of sustainable water resources management, based on South African and international catchment research and experience. Catchments produce runoff, making water available for the environment and for human use. Catchments comprise complex biophysical, socio-economic and political / governance processes and systems. The natural and anthropogenic processes and activities that take place on the catchment land surface affect the quantity and quality of runoff reaching rivers. Water resource managers must understand these complex systems to ensure sustainable water security, encompassing both quality and quantity, for the environment and for development. Learning is conducted through directed readings, engagement with water management tools and critical engagement with material during discussions and seminars. Fieldwork is an integral part of the course, consisting of day visits to various components of the water system in the Makana Local Municipality.
By the end of the course, students will be able to:
Appraise ICM and IWRM as philosophies, and consider their implications for legal frameworks and management strategies.
Locate SA policies and strategies against a historical background and within the global context of sustainable water resource management.
Demonstrate how the inter-relatedness of natural and social systems influences water management and security at different geographic scales.
Critically assess current catchment management policy and practice in South Africa, including the National Water Act of 1998, and tools and strategies for its implementation.
Advocate the importance of achieving sustainable development through integrated catchment and water resources management.
Weekly assignments, seminars (80%)
3hr paper in November
Week 1: Catchments as landscape units and biophysical systems
Week 2: Social, economic, legislative, and institutional systems
Week 3: Field work: Makhanda and Riebeek East
Week 4: Case study
Week 5: Synthesis and reflection
5 Weeks, from 1 June 2025 to July 3 2025:
Week 1: Introduction to Integrated Catchment Management (ICM) with a particular focus on multi-stakeholder engagement.
Week 2: Integrated Catchment Management legislation and institutional arrangements
Week 3: The Practice of Integrated Catchment Management: Fieldwork in Makhanda and Riebeek East
Week 4: Case Study
Week 5: Synthesis and Reflection