I’m a nature educator, conservation education programs manager for a non-profit organization, and an avid outdoorswoman living in a small mountain town in Montana. For as long as I can remember, I’ve been fascinated by the natural world—spending most of my time outside exploring, collecting tiny treasures, and letting my imagination run wild. These lifelong passions have deeply shaped my teaching and curriculum style, which emphasizes place-based, nature-immersed learning.
I’ve always learned best through hands-on discovery and inquiry-led exploration, and I aim to bring those elements into well-rounded curriculum and activities that you can use in the classroom, at home, or out in the wild while trail-side teaching. This “wild learning” approach inspires playful yet purposeful experiences, rooted in real-life moments.
These lesson plans are thoughtfully designed to support a wide range of ages and developmental stages—from kindergarten through sixth grade. They can even be adapted to suit broader age groups.
Nature-based science lessons are especially well-suited for mixed-age learning because they center on hands-on exploration, curiosity, and observation—experiences that are accessible and meaningful to learners of all ages. Unlike subjects such as math or language arts, which often rely on sequential skill-building and grade-specific benchmarks, nature invites learners to engage at their own level. Younger students may focus on sensory experiences and basic cause-and-effect, while older students can explore more complex scientific concepts, collect data, and make ecological connections. The natural world offers layered learning that grows with the child, making it an ideal setting for multi-age education.
For example, in a lesson on wildflowers, a kindergartener and a sixth grader might participate in the same activity but take away entirely different understandings based on their developmental readiness. A kindergartener may learn that plants need sunlight, water, and air to survive, while a sixth grader may examine how plants convert sunlight into energy through photosynthesis. With thoughtful facilitation, educators can easily scaffold these experiences to ensure every student is engaged, challenged, and inspired—no matter their age.