At Hart Magnet School, a fourth-grade science project took shape outside the classroom on Oct. 8. Students joined city and conservation partners at neighboring Nemoitin Park to plant Stamford’s first Miyawaki forest, a small, densely planted community of native plants. The school district announced the project two days earlier; Patch’s report the next day documented students helping finish the planting.
The morning connected the school’s curriculum with a shared public space. Stamford Public Schools said the fourth-grade science curriculum covers plant structures and erosion prevention, while Hart’s STEAMquest initiative asks students to explore real-world questions across science, technology, engineering, arts and mathematics. The district planned K–5 assemblies before fourth-graders planted from 9:45 to 11:30 a.m. at the park beside the school.
The project also grew from student input on a nearby park redevelopment. According to Patch, Hart Principal Sandra Carlton asked whether the student council could be involved in planning the new park area and playground. Stamford associate planner Erin McKenna and landscape architect Aris Stalis presented ideas and surveyed students about what they wanted. Students asked for more green space, plenty of swings and a closer connection to nature, Patch reported. That process gave them a voice before the new public space was finished.
Stalis introduced the Miyawaki forest idea during the planning process, and students responded positively, Carlton told Patch. The method uses close planting of native species to create a layered plant community. The district described the forest as including canopy trees, smaller trees, shrubs and ground-layer plants. It is named for Japanese botanist Akira Miyawaki, whose work focused on restoring native forest communities on disturbed land.
On planting day, fourth-graders worked in small groups with gloves and helped add around 800 small hedge plants to fill gaps in the soil, Patch reported. The figure refers to hedge plants, not 800 trees. The wider forest includes a mix of trees, shrubs and herbaceous plants. Patch listed species such as swamp white oak, sycamore, red maple, elderberry, spicebush and several native sedges and asters. Together, those layers form the planned mini-forest beside the school.
For students, the work offered a hands-on connection to their lessons. Science teacher Susan Christiano told Patch that the planting could help students understand how plants matter to their community and to native insects. One fourth-grader, Josue Hernandez, said he liked digging and liked that pollinators could find food there. His comment points to the project’s immediate learning value without assuming what the forest will ultimately achieve.
The forest’s environmental effects are expectations, not measured results yet. Patch reported that the planted area is expected to provide food and shelter for wildlife, absorb rain runoff, filter air pollution and store carbon as it grows. The article also reported a projected mature height of about 50 feet at the tallest level. Those benefits and dimensions describe what the project aims for over time; the planting happened only on Oct. 8.
The district credited Stamford Parks & Recreation and Aspetuck Land Trust with supporting the planting. The park project places school learning and public-space planning side by side: students shared preferences during design, then worked with adults to plant part of the landscape. Patch quoted Superintendent Adrian Talley describing the school’s theme as “Build Together,” and saying students could return in later years to see what they planted.
The playground and green space were still being completed when Patch reported on Oct. 9, so the article did not describe them as open for general use. The district’s announcement located the forest at Nemoitin Park, adjacent to Hart Magnet School, near Adams Avenue and West North Street. It places the forest immediately beside the school and within a city park, connecting the project to the surrounding neighborhood.
Stamford’s new forest is small in footprint, but the process behind it was collaborative: the school brought the curriculum, city staff helped gather student ideas, a landscape architect introduced the planting concept, and community partners supported the work. The students did more than study plants from a lesson page. They helped shape what the nearby public space could include, then put their hands in the soil to begin building it.
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