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The
Global Lab
Curriculum
Developing student researchers
through inquiry-based, telecollaborative
science worldwide.
"GLC is a incredibly creative project that never
ceases to amaze me in its depth."
Linda Raymond, Bloomington, Indiana
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In the Global Lab Curriculum, students:
- learn science by doing science
- conduct real-world investigations in a rich, global context
- integrate their learning of scientific concepts with research skills
- develop telecommunication, multimedia, and
information literacy skills
- experience a hands-on introduction to biology,
chemistry, and physics
- use state-of-the-art tools and the World Wide Web
"When my students leave the study site, when they have studied the
water and air and soil, they are most interested in science
concepts, in chemistry and biology and physics, They are
very, very interested in the research of Global Lab."
Miguel Perez, Mexico City, Mexico
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The Global Lab Curriculum
"Scientific literacy means that a person can ask, find, or
determine answers to questions derived from
curiosity about everyday experiences."
NSTA Standards
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The Global Lab Curriculum (GLC) can help your students acquire
the skills they need to become lifelong investigators of the world
around them. GLC is a full-year, interdisciplinary introductory science
course that takes full advantage of emerging Internet technologies.
Supported by the National Science Foundation and piloted over five years in
300 schools in 30 countries, GLC engages students in choosing a
local "study site" that provides the context for authentic,
hands-on integrated explorations.
Teach Locally, Think Globally
How healthy is the environment around your school? How does
it compare with the environment of Global Lab schools north of the
Arctic Circle, in the Saudi Arabian desert, or on the streets of
Moscow, Tokyo, New York, and Mexico City? These are the questions
that launch students into a study of the biological, chemical, and
physical aspects of their local and global environments. Like
professional scientists, students use advanced instrumentation to conduct
experiments and Internet technologies to exchange and analyze
their data with peers worldwide.
Building Investigatory Skills
Over the course of the Global Lab year, students gradually take
on increasing responsibility for the design and completion of their
work. The year culminates in extended investigations designed and
directed by the students themselves and drawn from their interests
and concerns. The curriculum materials support teachers as they
facilitate student-based research and GLC telecommunication provides
opportunities to collaborate with classess worldwide.
Acquiring Essential Concepts
Four essential scientific areas form the basis of the Global Lab
Curriculum: the interaction of matter and energy; the
biogeochemical cycles; biomes and biodiversity; and the Earth as a system. As
they conduct work in these four areas, students encounter a broad range
of essential concepts across the basic disciplines of biology,
chemistry, physics, and environmental science.
The Global Lab Year
The Global Lab year is designed around six curriculum units that feature progressively more sophisticated activities and investigations. At the beginning of the GLC year, students acquire and practice basic investigatory skills. As these skills are mastered, the scaffolding gradually is withdrawn and students take on the responsibility for conducting their own research.
Unit I |
Students select a study site near their school and meet the Global Lab
community worldwide. They explore the social and natural histories of
their communities.
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Unit II |
Students gain a qualitative understanding of their study site.
They strengthen observation, mapping, and recording skills, and participate
in the GL Snapshot.
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Unit III |
Students investigate the terrestrial aspects of their study site. They are
introduced to scientific visualization and the concept of biomes using
remotely-sensed images and maps. Through investigations into soil quality
they realize the importance of looking for patterns, identifying variables,
and making hypotheses as parts of the research process. They then
experiment with seed germination to determine the effects of light, heat,
and moisture on plant growth.
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Unit IV |
Students investigate the aquatic aspects of their study site. They
strengthen visualization through continued work with GIS data. By
conducting research into the biology, electrical conductivity,
and pH of their water, students gain skill with research design, the
selection of tools and instruments, and data analysis.
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Unit V |
Students investigate the aerial aspects of their study site. They
begin with GIS maps of the globe. They then work in
teams to design month-long investigations into ultraviolet radiation,
airborn particulates, CO2, and they
exchange data with other GLC classes.
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Unit VI |
Students conduct extended investigations of their own design.
Focusing either on topics provided in the curriculum
or on questions of their own choosing, students design and conduct
investigations; exchange data with peers pursuing related questions;
analyze, organize, and represent their data; and write, publish,
and present their findings.
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Enroll Now!
With enrollment in the Global Lab Curriculum
your class joins an exciting and committed global
community of educators and students.
You will receive:
- Global Lab Curriculum Notebooks
- Global Lab Student Materials
- Global Lab Toolkit, including light probe,
temperature probe, gas sampling equipment,
and a variety of other tools
- Tools for telecollaboration and data exchange
- Background and reference materials.
The GLC material is designed for use with students in grades 8-10 (ages 13 to 15), but is adaptable for use with older students. In order to participate, you must have classroom access to the Internet and World Wide Web and have English as at least a second language in the classroom.
Cost
The fee of $800 covers delivery of the materials listed above
and supports a class of up to 30 students. Additional materials
are available. Resources are available to help link you to funding.
How do I find out more?
To see more go to the
Information on Participating in Global Lab.
You can also email us at
[email protected] or write to us at:
Global Lab Curriculum
TERC
2067 Massachusetts Avenue
Cambridge, MA 02139
Phone (617) 547-0430
Fax (617) 349-3535
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The Global Lab Curriculum was developed by TERC, a
non-profit science and mathematics education research firm,
with support from the National Science Foundation.
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