Current Play Research

Construction Block Research | E-Books Research Parental vs. Expert Play Beliefs

 

Construction Block Study


Spatial skills are basic to human intelligence and are connected to success in science, technology, engineering, and mathematics. Recent research shows that spatial language from parents and other caregivers plays a critical role in the foundation of spatial competencies (e.g., school readiness in reading maps, mathematics). This study asks two questions.  First, does block play between parents and children stimulate spatial talk? Second, do particular kinds of block play offer richer contexts for spatial language?

Forty-eight 3- to- 5 year-old children (half male, half female) participated in a two-phase study study.  In the initial 10 minute phase, children were assigned to one of three play contexts: play with a preassembled block structure (a heliport), free play with a set of blocks (figures and vehicles) or guided play with a step-by-step pictures that help parents and children build a particular structure (e.g. a heliport). All engaged in a second phase for additional 10-minutes of guided play where they were asked to build another structure (e.g. a garage).

The findings suggest that block play generates a substantial amount of spatial language. First, at baseline, 5% of all language used by parents contained spatial words like “on top, “ “next to,” or “in the middle.”  That is, when playing with blocks, 1 in 20 of the parental words describe something spatial.  Second, the context of spatial language did make a difference.  In phase 1 of the study, the parents in guided play used even more spatial language than did those in the other conditions. In guided play, roughly 8% of parental speech was spatial and this effect held in the second phase of the study when all families were in guided play.  Fully 1 out of  12 words in this context were spatially-relevant. Taken together, these results demonstrate that block play stimulates conversation about shapes, sizes, patterns, relations between objects, orientation of objects and how objects move through space.  Block play encourages just the sort of language that might help children build early skills related to math and science. Future research will investigate how this spatial language translates into child outcomes and how we might use block play as an playful intervention that encourages more spatial language within families.

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E-Book Research


Are electronic books more academically stimulating than traditional books?  With Molly Collins of the Erikson Institute, we are finding out.  In one study, children at two local children’s museums (Please Touch and Chicago Children’s Museum) are asked to choose one of the displayed books to read with a parent.   Three to 5 year olds were participants and 85% had e-books at home. Nonetheless, preliminary findings suggest that children overwhelmingly choose traditional books.  Further their interactions with parents are completely different with the two types of books. With traditional books parents ask more questions about the content of the book and are more engaged with the children.  In contrast, e-books tend to stimulate more directives from parents (e.g., Do this.. push the button).  Little in the e-book interaction reinforces the kinds of dialogic reading  though to promote reading skill.  In a second study, children came into the lab and were assigned either an e-book or a matching traditional book.  Preliminary data suggest similar patters are emerging.

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Parents' and Experts' Play Beliefs Research


In conjunction with Fisher-Price, Inc, this study investigated parental beliefs about the nature and academic value of play. This research addressed three questions: (1) What is considered play by modern parents? (2) Do parents recognize the academic learning value associated with play? and (3) Do parents differ from experts in these beliefs?

Parents and child development experts participated in an internet survey.  Twenty-six common childhood activities were presented individually to the participants (e.g., dress-up, using blocks, organized games, reading, using electronic media, playing "house," going to the museum). First, participants rated each activity as a form of play on a 7 point scale (1 = not a form of play, 7 = definitely a form of play). Second, participants rated each activity on its academic learning value on a similar scale (1 = no academic learning value, 7 = academic learning value).

  • What is play? Parents identified two forms of play. Unstructured play represents activities requiring imaginative or creative processes, often lacking clearly delineated rules or goals (e.g., dressing up, using blocks). Structured play represents activities with an inherent process or goal directed structure, often found in life skill development activities (e.g., reading,  doing chores) and electronic toy activities (e.g., T.V., video).

  • Do parents recognize the academic learning value in play? Yes!  Parents believe both structured and unstructured forms of play have inherent academic learning value; however, they identified more learning value in structured activities than others.

  • Do parents differ from experts in these beliefs? In agreement with parents, experts believe unstructured activities are playful in nature. Conversely, experts view structured activities as non-play behavior.  While experts also valued play for academic learning benefits, they acknowledged more learning value in unstructured activities than structured activities. 

The research suggests parents and experts may have different definitions of play. While experts define play in narrower terms, parents classify more activities as play. This differentiation may provide one answer to the apparent "switch" from free play activities to more structured, academically-focused activities. A broadening definition of play may result in a society that identifies more behavior as playful with less delineation in types of play—allowing for an increase in structure in children’s lives in educational and home settings.

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