@masterthesis{Adib, type = {Bachelor Thesis}, author = {Adib, Lisa Marziyeh}, title = {The Impact of Urban Green Infrastructure on the Heat Island Effect in the Urban Centre of Kleve}, url = {http://nbn-resolving.de/urn:nbn:de:hbz:1383-opus4-16748}, school = {Hochschule Rhein-Waal}, pages = {62}, abstract = {This thesis discusses the impact of urban green infrastructure on the heat island effect in the urban centre of Kleve. Green spaces are pivotal points when it comes to reducing inner-city temperatures in times of the climate crisis. Temperature measurements were taken in three different locations (campus, woods, field) and statistical analysis revealed a significant temperature difference between all three groups. On the campus of Rhine-Waal University an urban heat island could be detected, as during the night the temperatures there were significantly higher than in the two other locations. A tree inventory was conducted in the small forest grove and on the campus. It revealed slightly higher species diversity as well as larger height and diameter at breast height diversity in the small woods compared to the campus. The vegetation on the campus is not sufficient in alleviating the urban heat island effect. However, the vegetation in the woods shows a significant cooling effect on the air temperature. The main limitation of this thesis is that - since an observational method was used in the practical part - other variables than green infrastructure, such as air flow and blue infrastructure, were not measured. Nonetheless, they also affect the air temperature. This means that more research is necessary to define the influencing factors and their exact impacts. Regardless, the results show that denser and larger vegetation can mitigate the UHI compared to faculty trees on pavement, or a grass field. Urban green infrastructure should play a central role in city planning, and, when implemented correctly, can be a huge asset in combatting the climate crisis.}, language = {en} }