Description of an Urban Heat Island (UHI) using the difference in air temperature is one of the world's most studied characteristics. If, however, one wants to express how the temperature is perceived by humans, one must consider the overall effect of air temperature, wind speed, air humidity and radiation flows, which is expressed using temperature bioclimatological indexes. One of them is the socalled physiological equivalent temperature (PET), which is used for quantification of the overall effect of meteorological parameters combined with human energetic balance and which is perceived by humans. The RayMan (MATZARAKIS et al. 2007, 2010) microscale models in the city of Prague were used to simulate biometeorological conditions describing...
The IPCC quantifies Heat Stress as a combination of air temperature and air humidity. In order to de...
Abstract Using the measure of Physiologically Equivalent Temperature (PET) it is analysed how change...
Several complex thermal indices (e.g. PMV and PET) were developed in the last decades to describe th...
The assessment of the thermal bioclimate is based on the human energy balance and derived indices su...
Application of thermal indices has become very popular over the last three decades. It is mostly aim...
The assessment of the thermal bioclimate is based on the human energybalance and derived indices suc...
The assessment of the thermal bioclimate is based on the human energy balance and derived indices su...
Thermal perception and stress for humans can be best estimated based on appropriate indices. Sophist...
Methods of modern human-biometeorology have to be applied for the planning-oriented assessment of at...
Physiological equivalent temperature (PET) is a measure of thermal comfort estimated by considering ...
The influence of physiological acclimatization and psychological adaptation on thermal perception is...
Human biometeorological approaches have an important role in applied urban climatology. Several diff...
During the last century about 100 indices were developed to assess influences of the atmosphere on h...
For the understanding of the impact of meteorological stressors on human perceptions of thermal comf...
The urban heat island (UHI) is mostly due to urbanization. This phenomenon in concert with the high ...
The IPCC quantifies Heat Stress as a combination of air temperature and air humidity. In order to de...
Abstract Using the measure of Physiologically Equivalent Temperature (PET) it is analysed how change...
Several complex thermal indices (e.g. PMV and PET) were developed in the last decades to describe th...
The assessment of the thermal bioclimate is based on the human energy balance and derived indices su...
Application of thermal indices has become very popular over the last three decades. It is mostly aim...
The assessment of the thermal bioclimate is based on the human energybalance and derived indices suc...
The assessment of the thermal bioclimate is based on the human energy balance and derived indices su...
Thermal perception and stress for humans can be best estimated based on appropriate indices. Sophist...
Methods of modern human-biometeorology have to be applied for the planning-oriented assessment of at...
Physiological equivalent temperature (PET) is a measure of thermal comfort estimated by considering ...
The influence of physiological acclimatization and psychological adaptation on thermal perception is...
Human biometeorological approaches have an important role in applied urban climatology. Several diff...
During the last century about 100 indices were developed to assess influences of the atmosphere on h...
For the understanding of the impact of meteorological stressors on human perceptions of thermal comf...
The urban heat island (UHI) is mostly due to urbanization. This phenomenon in concert with the high ...
The IPCC quantifies Heat Stress as a combination of air temperature and air humidity. In order to de...
Abstract Using the measure of Physiologically Equivalent Temperature (PET) it is analysed how change...
Several complex thermal indices (e.g. PMV and PET) were developed in the last decades to describe th...