Search for dissertations about: "climate change and hydrological response model"
Showing result 1 - 5 of 11 swedish dissertations containing the words climate change and hydrological response model.
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1. Peakflow response of stream networks : implications of physical descriptions of streams and temporal change
Abstract : Through distributed stream network routing, it has quantitatively been shown that the relationship between flow travel time and discharge varies strongly nonlinearly with stream stage and with catchment-specific properties.Physically derived distributions of water travel times through a stream network were successfully used to parameterise the streamflow response function of a compartmental hydrological model. READ MORE
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2. Modelling Hydrological and Hydrodynamic Processes in Lake Tana Basin, Ethiopia
Abstract : Lake Tana Basin is of significant importance to Ethiopia concerning water resources aspects and the ecological balance of the area. The growing high demands in utilizing the high potentials of water resource of the Lake to its maximal limit, pictures a disturbing future for the Lake. READ MORE
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3. Permafrost Groundwater Dynamics : Modeling of vertical and lateral flows in the active layer across multiple scales
Abstract : Hydrological processes in the Arctic are profoundly influenced by the presence of permanently frozen ground, known as permafrost. Conversely, permafrost is greatly affected by hydrological changes resulting from climate change. READ MORE
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4. Hydrological and sediment yield modelling in Lake Tana Basin, Blue Nile Ethiopia
Abstract : Land and water resources degradation are the major problems on the Ethiopian highlands. Poor land use practices and improper management systems have played a significant role in causing high soil erosion rates, sediment transport and loss of agricultural nutrients. So far limited meas-ures have been taken to combat the problems. READ MORE
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5. Peatland dynamics in response to past and potential future climate change : A regional modelling approach
Abstract : The majority of the northern peatlands developed during the Holocene as a result of a positive mass balance between net primary productivity (NPP) and heterotrophic decomposition rates. Over that time they have sequestered a huge amount of carbon in terrestrial ecosystems. READ MORE