National culture affects room design desires
Age - For example: Gen X, Gen Y, Baby Boomers
Ulset and her research team investigated links between time spent outside and cognitive development. The team conducted a study in Norway that “examined the . . . relations between the amount of time children [average age when study began was 52 months] attending daycare spend outdoors [in naturalistic settings] and their cognitive and behavioral development during preschool and first grade. . . . analyses showed a positive relation between outdoor hours and [development of attention skills] and an inverse relation between outdoor hours and [inattention-hyperactivity symptoms]. . . .
Skelton and her colleagues thoroughly investigated how babies (4 to 6 month olds) experience colors. They determined that “infants have color categories for red, yellow, green, blue, and purple. We show that infants’ categorical distinctions align strikingly with those that are commonly made in the world’s different color lexicons [systems/dictionaries]. . . .
A guide to getting people where they want to be
Papalambros and her team have learned that hearing pink noise (described here: https://en.wikipedia.org/wiki/Pink_noise) while sleeping can enhance sleep quality and memory performance the day after the pink noise is heard among older individuals. People 60 to 84 years old participated in the Papalambros lead study and the pink noise was coordinated with sleeping brain rhythms. Zhou, Liu, Li, Ma, Zhang, and Fang (2012) reported, more generally, that “steady pink noise has significant effect on reducing brain wave complexity and induc
Moss and Earle tested the effects of smelling rosemary on working memory in children. They found that “Exposure to the aroma of rosemary essential oil can significantly enhance working memory in children. . . . A total of 40 children aged 10 to 11 took part in a class based test on different mental tasks. Children were randomly assigned to a room that had either rosemary oil diffused in it for ten minutes or a room with no scent. . . . Analysis revealed that the children in the aroma room received significantly higher scores than the non-scented room.
Children and adults respond in different ways to their environments. Sloutsky and Plebanek “found that adults were very good at remembering information they were told to focus on, and ignoring the rest. In contrast, 4- to 5-year-olds tended to pay attention to all the information that was presented to them – even when they were told to focus on one particular item. . . . The fact that children don’t always do as well at focusing attention also shows the importance of designing the right learning environment in classrooms, Sloutsky said. ‘Children can’t handle a lot of distractions.
A press release from the University of Iowa indicates it is important to provide street crossing aids, such as lights that signal pedestrians when it is safe to cross, at locations where children under 14 are likely to need to move from one side of a street to the other. Researchers determined that “children under certain ages lack the perceptual judgment and motor skills to cross a busy road consistently without putting themselves in danger.” In a realistic simulated environment “Children up to their early teenage years had difficulty consistently crossing the street safely, with acciden
Millennial leaders’ responses to workplaces were investigated via a recent study. A podcast sponsored by Wharton featured Ron Williams and Rebecca Ray; Williams and Ray, who are both executives with The Conference Board, discussed research that group did with Millennial leaders. The introduction to the transcript of part of that podcast reports that investigators determined that these Millennials “are more like the older generation than originally thought, and the current differences are mainly due to the life stage that they are in.” Ray states that “Millennial leaders don’t necessarily
Researchers from the Universities of York and Edinburgh studied responses to busy and green urban spaces. They determined that among the people over 65 who participated in their study “Walking between busy urban environments and green spaces triggers changes in levels of excitement, engagement and frustration in the brain. . . . volunteers. . . wore a mobile EEG head-set which recorded their brain activity when walking between busy and green urban spaces. The research team also ran a video of the routes the people walked, asking the participants to describe ‘snapshots’ of how they felt.