A doctoral candidate in climatology visited a university Lab School to teach young children about weather, using simple, hands‑on tools to translate atmospheric science into activities suitable for preschoolers.
From research to the classroom: simple tools, big curiosity
Armed with non‑contact thermometers, paper streamers, a handheld anemometer (a tool to measure wind speed) and a beach ball used as a model of the Earth, the doctoral candidate transformed abstract concepts about the atmosphere into tangible demonstrations for a room of preschool children. The candidate studies clouds and radiative transfer over the Antarctic ice sheet, and said the experience reminded him of the power of curiosity and the value of explaining science in everyday terms.
“They ask questions that often, as adults, we forget to ask,” the doctoral candidate said. “Their excitement and energy make it so much fun for me to get energized about these things, too.”
The visit arose through the candidate’s role as president of a graduate community committed to climate outreach. That group — a network of graduate students and postdoctoral fellows interested in climate change — maintains a volunteer focus and seeks opportunities to bring climate science to broader audiences. One member of the group connected the candidate to the Lab School through a parent whose child attended the programme.
What the Lab School offers
The Lab School is housed within the university’s College of Education and Human Development and operates as a model of inclusive, nature‑based early childhood education. It serves children from eight months through kindergarten while providing teaching, learning and research opportunities for university students, faculty, staff and early childhood practitioners across the region.
- Age range served: eight months to kindergarten
- Programme focus: nature‑based, inclusive early childhood education
- Functions: classroom teaching, practicum experience for students, and a site for educational research
One of the programme’s teachers, who has co‑taught the outdoor pre‑kindergarten class for seven years, facilitates links between researchers and the school. These links create opportunities for scientists and educators to co‑design learning experiences that introduce scientific ideas at an early age.
Why early outreach matters
Introducing scientific ideas — such as temperature, wind and the notion of Earth as a system — with tactile materials helps children form early mental models of natural processes. Outreach visits by researchers can also benefit the researchers themselves: simplifying complex topics for young learners forces clarity of thought and reveals which questions are most fundamental.
For a doctoral researcher studying remote polar processes, bringing science into a preschool setting serves two purposes: it cultivates curiosity among children who may later pursue science, and it strengthens the researcher’s ability to communicate technical concepts in accessible ways.
Small interactions, broad implications
Such interactions exemplify how universities and educational outreach programmes can work together to demystify science. While a single classroom session does not substitute for systematic science education, it can plant seeds of interest and demonstrate that scientific questions are approachable and relevant from an early age.
| Element | Detail |
|---|---|
| Visitor | Doctoral candidate in climatology |
| Tools used | Non‑contact thermometers, paper streamers, wind speed meter, beach ball Earth model |
| Host programme | University Lab School (nature‑based early childhood education) |
These modest, well‑planned outreach events are a reminder that public engagement need not be complex to be effective. Hands‑on demonstrations, clear explanations and a readiness to field unexpected questions can make scientific ideas resonate with listeners of any age.
