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A course for scientists, engineers and managers who influence land and water issues within river basins, for whom a deeper understanding of integrated river basin management would enhance their own specialist stakeholder roles.
Upon completion of the course delegates will:
| Activity | Impact |
|---|---|
| Water abstraction | Ecology, water quantity and quality |
| Farming | Water quantity and quality |
| Forestry, tourism | Conservation, ecology, economics |
| Industry | Water use, effluent discharge |
| Urbanisation | Water demand, wastewater |
What impacts will the Water Frameworks Directive have? What are the implications of CAP reform?
How does the existing institutional framework influence river basin management?
| Organization | Function |
|---|---|
| Utilities | Potable water, security of supply, treatment of effluent discharge, shareholder profit |
| Environment Agency | "The guardians of the environment" |
| Councils | The service of the people |
| OFWAT | Regulators of water industry and public pricing |
| EC | The Water Framework Directive |
| NFU, CLA | Protection of the rural economy |
All components of the natural and man-made water cycle must be understood and managed.
| Management | Objective |
|---|---|
| Water resources | Satisfy demand, standards of service |
| Water quality | Comply with EC directives |
| Ecology | Conserve biodiversity and habitats |
| Floods / droughts | Mitigate impacts |
If we understand the needs of stakeholders within the context of likely land use and climate change, how do we decide what to do next?
| Decision making | Methods |
|---|---|
| Decision support systems: DSS | GIS, modelling, AI and hydroinformatics |
| Expertise | Guidance materials or expert systems |
| Catchment Action Plans | Outreach, education and public participation |
| Reconciling conflicts | Mutual understanding of catchment sustainability |
All scientists, engineers and managers who influence land and water issues within river basins, and who feel that a deeper understanding of integrated river basin management would enhance their own specialist stakeholder roles.
This course is based around a real world case study of the Derbyshire Derwent. You will thus learn the generic theory of Integrated River Basin Management and apply it to a known catchment. You will use a series of software tools including a virtual tour, water resources and rainfall runoff models, and a multi-criteria decision support tool.
During the week, you will be expected to work in small groups, producing an 'Agenda for Integrated River Basin Management'. You will generate your ideas based on the knowledge you will have gained during the week. On Friday, you will present a short summary of your group ideas. The findings will then be debated in a round table discussion.
Course ends at approximately 14:00
This course is also delivered as a Module on at least one of the School's Masters programmes; delegates will attend with full and part time registered students. The Academic Module Outline is available via the University's Module Catalogue.
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Integrated River Basin Management accredited by Chartered Institution of Water and Environmental Management |