Indoor Air · 2015 · 88 citations · 24 references
ArchitectureBehavioral SciencesPsychologyCognitive PsychologyErgonomicsThermal ComfortAir Temperature EffectsBuilding Thermal PerformanceHeat StressIndoor Thermal EnvironmentThermal PerformanceWorking MemoryCognitive FatigueCognitive PerformanceComfort In Open-plan OfficesConcentration DifficultiesSubjective Workload MeasurementThermal Comfort EvaluationWork Performance MeasurementWorkload
The aim of the study was to determine the effect of a temperature of 29°C on performance in tasks involving different cognitive demands and to assess the effect on perceived performance, subjective workload, thermal comfort, perceived working conditions, cognitive fatigue, and somatic symptoms in a laboratory with realistic office environment. A comparison was made with a temperature of 23°C. Performance was measured on the basis of six different tasks that reflect different stages of cognitive performance. Thirty-three students participated in the experiment. The exposure time was 3.5 h in both thermal conditions. Performance was negatively affected by slightly warm temperature in the N-back working memory task. Temperature had no effect on performance in other tasks focusing on psychomotor, working memory, attention, or long-term memory capabilities. Temperature had no effect on perceived performance. However, slightly warm temperature caused concentration difficulties. Throat symptoms were found to increase over time at 29°C, but no temporal change was seen at 23°C. No effect of temperature on other symptoms was found. As expected, the differences in thermal comfort were significant. Women perceived a temperature of 23°C colder than men.
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An automated version of the operation span task
Nash Unsworth, Richard P. Heitz, Josef C. Schrock et al. · Behavior Research Methods · 2005 · 1.9K citations · Full text