Search for dissertations about: "green-roofs"
Showing result 1 - 5 of 8 swedish dissertations containing the word green-roofs.
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1. Extensive green roofs in Porto Alegre, Brazil : Effect on indoor thermal comfort in residential buildings
Abstract : Brazil had a significant quantitative housing deficit of 7.7 million residences in 2015, especially in low-income housing. Traditionally, these projects have low levels of thermal insulation which can result in discomfort caused by warmth or cold. The residential sector is responsible for a significant part of the energy use in Brazil. READ MORE
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2. Modeling stormwater transport through unsaturated green roof substrates
Abstract : In recent decades there has been an increase in research regarding green roofs and similar technologies. This increased interest is driven by the requirements of urban development and its effects both on humans and the environment. READ MORE
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3. Beneficial Use of Stormwater - Opportunities for urban renewal and water conservation
Abstract : This thesis investigates the beneficial use of stormwater in Swedish urban environments. The focus has been on open stormwater systems for source control, as well as rainwater collection systems. To analyse the implementation of open stormwater systems, two case studies are presented: Augustenborg in Malmö and Bäckaslöv wetland in Växjö. READ MORE
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4. Green roof vegetation and storm water runoff quantity - Effects of plant traits, diversity and life strategies
Abstract : Green roofs have gained recognition and popularity globally for their potential to help mitigate the negative impacts of urbanization such as habitat loss and disruption of the water cycle caused by increased impervious surfaces. However, there is still a need to enhance our understanding of green roof vegetation dynamics and how they affect plant water use and hydrological function under varying environmental conditions. READ MORE
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5. Generation of urban runoff : Seasonal and climate change perspective
Abstract : Runoff generation in cold regions is characterized by snowmelt contributions to runoff during the periods of thawing and changing runoff patterns due to frozen ground. This thesis project aimed at addressing these challenges by advancing the procedures for winter urban runoff computations and the assessment of control measures during the winter/spring period, when the snowmelt and frozen soils dominantly impact runoff generation in the current and future climates. READ MORE