Young Children’s Ideas About Astronomy

Young children express interest and understanding about science topics through everyday conversations with parents. Little is known about how much interest preschool-aged children show in astronomy. Using a diary report methodology, we asked parents in three communities in coastal California to keep track of conversations with their three to five-year-old children about nature. The communities varied in demographics, including one community with predominantly European-American families, one community with predominantly Latinx families, and one community with families from a variety of backgrounds. Overall, young children showed interest in astronomy through initiation and engagement in conversations about a variety of astronomical objects and events; this was consistent across gender, age, and community. Across all three communities, conversations about astronomy accounted for approximately 15% of the conversations about nature, ranking in the top three most frequent topics for each group. Children initiated the vast majority of conversations with their parents, including those about astronomy. Within astronomy, children were most interested in the sun, moon, stars, and day or night sky. Thus, while science educators may see astronomy as too complex for young children, children observe and comment on astronomical phenomena as part of their everyday life. Finding ways to support educators and parents in talking with children about these observations may productively build on this early astronomy interest and position children for greater understanding and engagement in this domain

Robots and Rodents: Children\u27s Inferences About Living and Nonliving Kinds

This study tests the firm distinction children are said to make between living and nonliving kinds. Three, 4-, and 5-year-old children and adults reasoned about whether items that varied on 3 dimensions (alive, face, behavior) had a range of properties (biological, psychological, perceptual, artifact, novel, proper names). Findings demonstrate that by 4 years of age, children make clear distinctions between prototypical living and nonliving kinds regardless of the property under consideration. Even 3-year-olds distinguish prototypical living and nonliving kinds when asked about biological properties. When reasoning about nonbiological properties for the full range of items, however, even 5-year-olds and adults occasionally rely on facial features. Thus, the living/nonliving distinction may have more narrow consequences than previously acknowledged

Scientists not Sponges: STEM Interest and Inquiry in Early Childhood

Young children are fascinated by the natural world. They explore endlessly, with both a sense of wonder and determination, usually in self-directed investigations or informal interactions with peers and adults. Capitalizing on this early period of spontaneous interest and inquiry is critical to efforts to promote lifelong STEMliteracy. To inform education and public outreach efforts, it is important to consider common assumptions about how children of this age learn and consider how such assumptions influence the ways we support children’s learning. Four metaphors for children learning are investigated in this paper: the young child as sponge, the young child as unlit match, the young child as scientist, and the young child as apprentice. As we critically evaluate these views on learning, we share research findings from developmental psychology that demonstrate that children’s engagement with STEM begins well before kindergarten, that children between three and five years of age develop surprisingly sophisticated scientific reasoning capacities and conceptual knowledge, and that parents play an important role in structuring and supporting preschool children’s learning