Theme: Bringing Art
to Life in Schoolyards
Budding Artists Capture Flowers
"Our fourth graders were focusing on observing, listening to,
and writing about the transitions and transformations that took
place between winter and spring," reports Jericho, VT, teacher
Denise Larrabee.
As the spring flowers emerged, so did her students' interest
in those colorful harbingers. "My team teacher, Sharyl Green,
and I wanted to build on that experience and design an end-of-year
science unit to engage the students as investigators, spark
their creativity, and help them better understand concepts such
as structure and function," she explains. Since wildflowers
and garden flowers were soon blooming in profusion, Denise and
Sharyl chose to capture students' interests and imaginations
with a four-week exploration of these mysterious beauties.
Initial "mini-lectures" and exchanges about the purposes and
structures of flowers gave students a conceptual base and revealed
what they knew and what questions they had. To inspire explorations,
the students and teachers brought in a bounty of blooming buds,
which became the focus for individual and group examination
and discovery. (Permission to pick was a requirement!) "Since
the students were aware of the major flower parts, we found
ourselves focusing their observations by keeping a chart
on the numbers and types of different parts," explains
Denise. "But we soon realized that they were much more intrigued
by simply observing and trying to capture their subjects in
sketches, so we let them go with that," she adds. As their observations
and sketches got more detailed, students were asked to consider
and jot down things they wondered about regarding their subjects.
Inquiry Blooms
"To prompt students to think like scientists, we assigned them
to investigate one of their flower questions at home over a
weekend," says Denise. Students were charged with forming testable
questions, conducting investigations (using controls, if appropriate),
and detailing their work and conclusions on data sheets. The
following week, the young scientists described studies of flower
longevity (in the garden vs. after cutting), how well different
liquids preserved cut flowers, and the impact of light and darkness
on flower development. The youngsters' class reports and demonstrations
highlighting their experiences provided fertile ground for thinking
about how science really works, reports Denise. "Their conclusions
tended to feature lingering questions ('I discovered X, but
I was thinking about...,' 'What I'd like to do next time is...'),"
she explains. "I encouraged students to follow those threads,
to consider new questions and next steps, and to piggyback on
one another's experiences," she adds. This prompted another
round of explorations and a deeper understanding of the inner
life of flowers.
Creatively Capturing Concepts
"We wanted to wrap up this end-of-year flower study with an
engaging assignment that drew on students' creativity to express
their understanding of plant structures and functions," explains
Denise. The upshot? Small groups of students were charged with
creating a fictional flowering plant, then using art supplies
and found materials to bring their vision to life.
The key question underlying the assignment was, How does
my flower become pollinated? The cleverly named flowers
Oops-a-daisy, for example had to reflect a creative,
yet workable design to ensure pollination, and the petal numbers
had to indicate the plant's status as a monocot (usually multiples
of three) or dicot (multiples of four or five). The inventions
also had to feature root systems and leaves designed for a particular
type of environment, such as a desert.
"The presentations of wonderful three-dimensional creations
that evolved from early sketches revealed students' growing
understanding of pollination," explains Denise. "Their works
also brought to life the connection between art and science
that's so important in our classrooms."
Author: Eve Pranis
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