Phd Thesis On Water Resources

The Swedish university degree licentiate is more advanced than Master's, but below Ph. She is involved in socio-hydrology, a field that aims to explore the coupled dynamics between humans and water.

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There have been 72 Ph D dissertations and 9 Licentiate* seminars at the division since 1973.

Responsible for LADOK issues is Carina Littrén The ISSN number for all Doctoral theses is 1101-9824 The ISBN number is applied for, see this link.

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1.1.2 Modelling of coupled socio-ecological systems Coupling land use change and hydrological modelling (SITE and SWAT) 1.2 Socio-technical interplay of water systems 1.2.1 Water and sanitation and society Alternative institutional and technological options for sanitation Integration: development of and developing eco cities 1.2.2 Water storage and society Governance of large hydraulic infrastructures (with WG chairgroup) Case studies: Kariba-Cahora Bassa-Itezhi Itezhi-Kafue; High Aswan, Gibe III, etc.

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ABOUT VACANT POSITIONS: All open positions are announced here and/or on the LTH website: and that apart from those, we have NO positions. There is a special doctoral program in Water Resources Engineering. The thesis should be original work of scientific level qualified for publication in peer reviewed journals.

Ongoing work has been exploring how participation can be evaluated in terms of its achievements and impacts on resource management.

Gemma’s current research interests are focussed around public and stakeholder participation in water resource management.

hydropower: SSI - Pangani 2.2.3 Development and application of modelling tools for allocating scarce water resources among competing users - Incomati Basin 2.2.4 The economic and financial analysis of centralized versus decentralized waste water treatment 2.2.5 The economics of separating grey and brown water 2.2.6 Economic value of ecosystem services 2.2.7 Water value flows: Pangani 3.1 Educational tools 3.1.1 Serious games Role of games in policy development (Mekong; Pilot study FMMP) 3.1.2 Capacity development for improved performance of water organisations: approaches, instruments and tools 3.2 Technological tools 3.2.1 Alluvial aquifer initiative - participatory/experiment-led testing of pumping technologies 3.2.2 The new media enabling new forms of public participation 3.3 Analytical tools 3.3.1 Value maps - PC Raster 3.3.2 Economic models - GTAP 3.3.3 Drought forecasting 3.3.4 Coupled land use and hydrological model 3.3.5 Water accounting: Assess water resources, usages, and productivity in river basins using remotely sensed data.

3.3.6 Agent-based modelling of water systems 3.4 Use of information and tools in planning and policy 3.4.1 DSS 3.4.2 Operational tools 3.4.3 Integrated assessment of water use and policy 3.4.4 Environmental assessment of water use and policy (EIA, SEA) 3.4.5 Incentive-based policy instruments and water use efficiency 3.4.6 Water, environment and spatial planning (meso scale, river basins, deltas) 3.4.7 Economic perspective of water policy and management under climatic change.


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