This July, teachers from
across the country gathered at the brand new Center for Multiscale
Modeling of Atmospheric Processes (CMMAP) building for a CMMAP and
Little Shop of Physics hosted class, “Weather and Climate for
Educators 2009.” This full-week course was hosted by Brian
Jones, Sheila Ferguson, Christine Aguilar and Nisse Lee of the Little
Shop of Physics, and Scott Denning (Education Director of CMMAP) and
several graduate students and faculty members of the atmospheric
science department. For five days, 36 teachers from Colorado,
Kansas and Wisconsin expanded their understanding of climate and
weather through Scott’s compelling lectures and hands-on
experimentation developed by the crew of the Little Shop of Physics.

The Little Shop of Physics has been part of CMMAP’s education and
outreach efforts for three years. CMMAP is a Science and Technology
Center funded by the National Science Foundation; the grant is up for
renewal this October. The main goals of the education and
outreach program are to increase understanding of the earth’s
atmosphere, an especially timely topic for teachers given the recent
emphasis on earth system science in the state science standards, and
given the national attention on issues of climate change. The
summer course is an integral, piece of this goal. The
material presented spanned concepts including convection, conduction,
radiation, phase changes, atmospheric stability and forces, formation
of weather phenomenon, and how all these pieces come together to make
up our complex climate. Participants received two graduate credits for
their work. A one credit version of the course was led by the
Little Shop crew recently at the Pine Ridge Reservation in South Dakota.
Many of the attendants of the course were members of the Alliance
Program at Colorado State, which is directed by Patricia Vigil,
director of Early Outreach and Retention Initiatives, and Mary
Ontiveros, Associate Vice President for Enrollment and
Access. The Alliance program is a partnership with 10 schools
that serve populations of students that are historically underserved or
underrepresented.
Despite the seriousness of the material and that of the course mission
itself, the participants and presenters couldn’t help enjoying
themselves. Each day
consisted of 5 parts which demonstrated the “5 E’s” instructional
approach: engage, explore, explain, extend, and evaluate.
These pieces ranged from physically simulating gas molecules contained
within an impermeable container to satellite imagery to lecture on the
structure and formation of clouds and temperature gradients to an
interactive activity demonstrating the nature of science and logic
entitled “The Cube: How Do We Know What We Know?”
Participants of the summer course have begun to submit their
assignments for credit and these are available here. Presenters
are
polishing up their lessons, and these will soon be available online as
well.
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