This paper presents some of the findings of the European project, RUROS, primarily concerned with the environmental and comfort conditions of open spaces in cities. The results of the microclimatic and human monitoring, in relation to the thermal environment and comfort conditions in open spaces are presented. The database consists of nearly 10,000 from field surveys in 14 different case study sites, across 5 different countries in Europe. The findings confirm a strong relationship between microclimatic and comfort conditions, with air temperature and solar radiation being important determinants of comfort, although one parameter alone is not sufficient for the assessment of thermal comfort conditions. Overall comfort levels are over 75 % f...
Outdoor urban areas are very important for cities and microclimate is a critical parameter in the de...
This research attempts to integrate human thermal adaptation into thermal comfort assessment in orde...
Regional climate models predict an intensification of extreme heat waves in Central Europe. Against ...
ABSTRACT: Urban planners and architects need detailed information about the thermal conditions of op...
Microclimatic conditions are a critical parameter for the use of outdoor spaces in the urban environ...
The long-term observations of urban public parks and other green places provide useful information t...
Recent studies worldwide have indicated the great influence of densely built urban areas on the form...
This chapter addresses urban comfort beyond thermal physiology. Demonstrating the influence of micro...
Microclimatic conditions inside urban areas depend on the result of the interaction of the regional ...
Sanitary issues, combined with the effects of climate change, emphasize the comfort of outdoor space...
To better understand the influence of urban green infrastructure (UGI) on outdoor human thermal comf...
For the understanding of the impact of meteorological stressors on human perceptions of thermal comf...
Outdoor thermal comfort in urban spaces is known as an important contributor to pedestrians' health....
Summarization: The thermal environment in outdoor public spaces and their level of use are strongly ...
Thermal comfort of persons staying outdoors is one of the vital aspects that influence outdoor activ...
Outdoor urban areas are very important for cities and microclimate is a critical parameter in the de...
This research attempts to integrate human thermal adaptation into thermal comfort assessment in orde...
Regional climate models predict an intensification of extreme heat waves in Central Europe. Against ...
ABSTRACT: Urban planners and architects need detailed information about the thermal conditions of op...
Microclimatic conditions are a critical parameter for the use of outdoor spaces in the urban environ...
The long-term observations of urban public parks and other green places provide useful information t...
Recent studies worldwide have indicated the great influence of densely built urban areas on the form...
This chapter addresses urban comfort beyond thermal physiology. Demonstrating the influence of micro...
Microclimatic conditions inside urban areas depend on the result of the interaction of the regional ...
Sanitary issues, combined with the effects of climate change, emphasize the comfort of outdoor space...
To better understand the influence of urban green infrastructure (UGI) on outdoor human thermal comf...
For the understanding of the impact of meteorological stressors on human perceptions of thermal comf...
Outdoor thermal comfort in urban spaces is known as an important contributor to pedestrians' health....
Summarization: The thermal environment in outdoor public spaces and their level of use are strongly ...
Thermal comfort of persons staying outdoors is one of the vital aspects that influence outdoor activ...
Outdoor urban areas are very important for cities and microclimate is a critical parameter in the de...
This research attempts to integrate human thermal adaptation into thermal comfort assessment in orde...
Regional climate models predict an intensification of extreme heat waves in Central Europe. Against ...