ABSTRACT
Drawing is a form of creative expression that children enjoy from a young age. Drawing is also an effective and engaging strategy for exploring children's comprehension of the natural world. Examination of the content, colours, and developmental changes of children's drawings can provide us with valuable insights into how understanding of plant life develops during childhood. In this regard, previous studies have analysed the relationship that the representations that children draw when graphically expressing their understanding of the plant world have with the variables gender and educational level. This line of research has established that children's drawings of the plant world vary significantly when those drawn by older children are compared with those drawn by younger students and that the differences between girls and boys seem irrelevant. However, no studies have investigated the combined influence that both variables (gender and educational level) have on children's representation of the plant world. This study investigated this influence by examining 251 drawings by young children (aged 4-7 years). The results indicated that gender and educational level influenced key pictorial elements. Thus, that when comparing the understanding of biological phenomena through drawings between girls and boys, it is important to control for educational level.
ABSTRACT
Studies have shed light on the idea that people who have experiences in natural settings might be more aware of the environment. Learning gardens, as outdoor contexts, might contribute to the development of students' affective relations toward nature, pro-environmental attitudes, and protective actions; neverthless, these aspects begging to be explored. This preliminary research investigates the impact that the use of organic gardens to teach natural sciences at university has on kindergarten pre-service teachers' (KPST) connectedness to and conceptions of nature. The research follows a pre-/post-design and it uses a mixed methods approach. A total of 74 students completed four quantitative scales (INS, CCC, LCN, and NR-6), and 66 of them an open question about the concept of nature. After the garden experience, students scored higher in all the scales, nevertheless the change was significant only for INS and CCC. The phenomenographic analysis evidenced an initial predominant static and non-social concept of nature, biased toward the most obvious biological elements. After the garden-based learning experience, more informed conceptions of nature - including notions of complexity and systemic character - increased from 7 to 19%; however, statistical comparison was not significant. In spite of the absence of concluding results, further research is required to assess the role that learning gardens may play regarding connectedness to nature and pro-environmental behaviors.
