Search for dissertations about: "urban green infrastructure"
Showing result 1 - 5 of 19 swedish dissertations containing the words urban green infrastructure.
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1. Biodiversity and green infrastructure in urban landscapes
Abstract : In this thesis, I evaluate the extent to which biodiversity is affected, and taken into consideration by, urban planning. Based on landscape ecology, I apply an interdisciplinary approach. READ MORE
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2. Green Urban Drainage Infrastructure : Hydrology and Modelling of Grass Swales
Abstract : The management of urban runoff has evolved along with the advancement of understanding of runoff environmental impacts. Besides the impacts on water quality in the receiving waters, the impacts on the urban hydrologic regime include reduced infiltration by the sealing of pervious land, reduced evapotranspiration by removal of vegetation, and the resulting increase of stormwater runoff peaks and volumes causing flooding, and ultimately degradation of receiving waters. READ MORE
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3. Making space for resilient urban well-being
Abstract : This thesis addresses the need for urban landscapes that provide resilient contributions to inhabitants’ well-being while also limiting impacts on the Earth system. It aims to (1) advance a nuanced understanding of how urban environments relate to urban dwellers’ well-being, and (2) formulate guidelines for planning that supports urban dwellers’ well-being and align with global sustainability. READ MORE
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4. Urban, pluvial flooding : Blue-green infrastructure as a strategy for resilience
Abstract : This thesis investigates urban, pluvial flooding and if blue-green infrastructure, for handling of stormwater in urban green spaces, can be used as a strategy for resilient flood risk management. Spatial analyses of flood claims from insurance companies and the water utility company of Malmö are used to better understand the mechanisms and characteristics of pluvial flooding and how blue-green infrastructure impacts flood risk. READ MORE
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5. Blue-green stormwater systems for citywide flood mitigation : Monitoring, conceptualization, modeling, and evaluation
Abstract : Considering the growth in urbanization, leading to an increase in impervious surfaces, and the changing climate, enhancing the intensity and frequency of rainfall events, existing urban drainage networks—separate or combined sewer systems—are presumed to face substantially elevated hydraulic loads, causing pluvial floods in urban areas. There are several ways to address these challenges. READ MORE