Drawing Life: Spontaneous Biophilic Imagery in Children's Responses to an Open-Ended Prompt — A Pilot Study

Drawing Life: Spontaneous Biophilic Imagery in Children's Responses to an Open-Ended Prompt — A Pilot Study from Blue Blocks Montessori School, Hyderabad, India: This is a pilot observational study investigating whether children spontaneously produce biophilic imagery — imagery oriented toward living systems, nature, and natural elements — when given a neutral, open-ended drawing prompt. The study does not prime children toward nature before or during the session. The prompt is designed to be semantically open: it references life, but does not specify what form that life should take or where it should exist. The central question is whether children default to nature-oriented imagery in the absence of instruction to do so. The study is conducted at Blue Blocks Montessori School, Hyderabad, India, with approximately 70–80 children across three age groups. It is positioned as a pilot to establish the coding instrument, the administration protocol, and the baseline findings that will inform a subsequent multi-school replication study. The biophilia hypothesis (Wilson, 1984) proposes that humans have an evolved affinity for living systems and natural environments. This affinity is theorised to be innate rather than learned — a product of evolutionary history in which human survival depended on close observation of, and orientation toward, the natural world. If biophilia is genuinely innate, it should be observable in children’s spontaneous representations of the world, independent of instruction or environmental priming. A complementary theoretical lens is provided by Jungian depth psychology, which identifies water, natural light, trees, and living creatures as recurring archetypal symbols in human imagery across cultures and historical periods. Both theoretical frameworks predict that nature-oriented imagery should emerge spontaneously when children are invited to represent a concept as fundamental as life itself. The gap in the existing literature is specific: no published study has used a symbolic drawing prompt — one that references life without specifying its form — to test whether biophilic imagery emerges spontaneously in children without priming. Studies of children’s drawings in the biophilia and nature-connection literature typically either ask children to draw nature explicitly (which primes the response) or analyse drawings produced in other contexts (which introduces confounds). This study is designed to close that gap at the pilot level. The Montessori setting adds a further dimension of interest. Blue Blocks Montessori School provides nature-connected pedagogy, outdoor time, and hands-on materials across all age groups from early childhood through adolescence. Whether children educated in this environment show stronger biophilic orientation in spontaneous drawing than might be expected from general population data is a secondary question the pilot data can begin to address — though it cannot answer it without a comparison group, which is reserved for the replication study. Research Questions: This study addresses four research questions, specified in advance of data collection. RQ1. When given the prompt 'Draw a place where life can exist' without priming, do children predominantly produce drawings oriented toward natural rather than built environments? RQ2. Which biophilic elements — water, vegetation, animals, sky and light — appear most frequently across children's drawings, and does any element appear with sufficient frequency to suggest a default or primary association with the concept of life? RQ3. Does the frequency or type of biophilic imagery vary across the three age groups (6–8, 9–12, 13–16 years), and if so, in what direction? RQ4. What proportion of drawings include human-made or built environment elements, and how does this relate to the overall biophilic orientation of each drawing? Method: Qualitative-descriptive pilot study with systematic visual content coding. Non-invasive, single-session, group-administered drawing task. The study follows the Blue Blocks Embedded Observer Protocol (BEOP), which requires that observers record only what is visually present in the finished drawing and do not infer or interpret beyond the coding categories. Approximately 70–80 children enrolled at Blue Blocks Montessori School, Hyderabad, India. Participation is organised across three age groups: 6–8 years, 9–12 years, and 13–16 years. All participants attend a single AMI-certified Montessori school. No comparison group is included in this pilot study. Parental consent is obtained under the existing BEOP ethical framework before data collection begins. Participant anonymity is maintained throughout — no names are recorded on drawings or coding sheets. Each participant is assigned a participant code. The drawing session is administered in groups within the school setting. The prompt is delivered verbally by the session facilitator, read exactly as written, with no elaboration, explanation, or examples provided before or during the drawing: "Draw a place where life can exist." Children are given standard materials: white A4 paper and a set of coloured pencils or crayons. No thematic materials, nature images, or environmental cues are present in the room during the session. Session duration is approximately 20–30 minutes. The session facilitator does not prompt, guide, or comment on individual drawings during the session. One observer completes a coding sheet per child immediately after each drawing is finished. Where possible, a second observer independently codes a random sample of at least 20% of drawings for inter-rater reliability analysis. A minimum of 20% of drawings will be independently coded by a second observer who has not seen the first observer's codes for those drawings. Inter-rater agreement will be calculated using Cohen's kappa for each element category. Results will be reported in the paper regardless of agreement level. Where agreement is below 0.70 for a category, findings for that category will be treated as preliminary and flagged accordingly. All analyses are specified in advance of data collection. No additional analyses will be conducted after data collection without being explicitly labelled as exploratory and post-hoc. H1 (Primary orientation): The proportion of drawings classified as predominantly biophilic or strongly biophilic will be calculated as a percentage of the total sample. A proportion above 60% is treated as supporting H1. H2 (Element frequency): The frequency of each element category (3A through 3D) will be calculated as the number of drawings in which at least one element from that category is present, expressed as a percentage of the total sample. The two most frequently occurring categories will be compared against the H2 prediction. H3 (Age variation): Mean biophilic element counts will be calculated separately for each of the three age groups. The direction of any difference across age groups (increasing, decreasing, or non-directional) will be reported. Given the pilot sample size, no inferential statistics are applied to this comparison — it is treated as descriptive and directional. H4 (Built environment): The proportion of drawings containing at least one built environment element (Section 3E) will be calculated. For drawings containing both natural and built elements, the overall environment classification will be used to determine whether built elements are dominant or secondary. Qualitative description: two to three drawings will be selected for detailed qualitative description in the results section, chosen to represent the range of responses — one strongly biophilic, one mixed, and one that includes unexpected or surprising elements. Selection criteria are specified here in advance: the three drawings will be selected by the lead coder before any analysis of the full dataset is conducted, based solely on their representativeness of the range. Any deviation from this pre-registered protocol — including changes to the prompt wording, the sample size, the age group boundaries, the coding categories, or the analysis plan — will be reported transparently in the methods section of the published paper. Deviations will be labelled as such and distinguished from the pre-registered procedure. Analyses that were not pre-specified will be labelled as exploratory.