 |
      
      
  

  
|
|
Grab Your Passport to Knowledge and Come Travel to Antarctica Passport
to Knowledge is an innovative educational project that integrates live video
telecast, videotape, computer communication, and in-class activities to
transport you and your students to remote locations in an "electronic field
trip." The first electronic field trip for the 1994-95 school year, Live
from Antarctica, is to a continent where it is so difficult and dangerous
to live and work, with a climate so inhospitable and unforgiving, that scientists
use this terrain to prepare for working on the surfaces of other planets.
However, Antarctica is also a place of incredible beauty, where cutting-edge
science seeks clues to the past and future, not just of the continent but
of our entire planet. This Teacher's Guide is intended to help you and your
students prepare for, profit from, and enjoy the unusual opportunity to
visit this place. According to the National Science Foundation, which funds
and manages the United States Antarctic Program, fewer people have set foot
upon this huge continent in all of human history than would fill a moderate-sized
sports stadium! Now you and your students have a chance to ride the Information
Super Highway to the sights and sounds of a lifetime.
The Electronic Field Trip: A New Way To Learn Live from Antarctica
is an electronic field trip in the most literal sense. While other distance-learning
projects use this term to describe video conferences linking students
with experts in remote locations such as television studios or zoos, this
project links students directly with working researchers in the field.
In "real" field trips, students leave their regular classrooms and are
shown sights that they might otherwise not experience. Live from Antarctica-as
a first installment of the ongoing Passport to Knowledge series-does the
same. However, no yellow school buses are required. Instead, by means
of an innovative, integrated suite of educational tools, students are
"virtually" transported to research sites and other locations otherwise
too distant, too difficult, or too dangerous to reach. As in the best
conventional field trips, students visit experts on their home turf, and
the experts answer questions by referring to what the students see and
experience.
Project Components: The Three T's Live from Antarctica utilizes
the power of the three T's-- Television, Telecommunications, and the Teacher
to enable students to be active participants in some of the most exciting
scientific research currently underway.
- The four live Television broadcasts from Antarctica are key components,
but ideally for you and your students, the project should not begin
and end with them. The project is designed, as the following sections
make clear, to include both preparatory activities, so that students
know what to look out for, and follow-up activities, so that students
can build on their "virtual" field experiences.
- Telecommunications provides the opportunity for some students at selected
sites to talk with field researchers on "the Ice," live and on camera.
We hope other students will be inspired by such interactions over distances
that would have been unimaginable even 10 years ago. However, uplink
sites equipped to permit such live interactions are necessarily limited.
Our Telecommunications component allows many more students to ask these
researchers as many questions, via e-mail, as their classroom protocols
or phone bills will allow!
- This Teacher's Guide is a tool for you, the Teacher. It provides hands-
on, discovery-based activities for middle school grades, with suggestions
for adapting them to lower or higher grades. The Teacher's Guide addresses
how Live from Antarctica might fit with existing curricula in many states
and how it can bring to life many ideas embodied in forthcoming national
science standards.
The Teacher's Guide includes information on how to get on-line by means
of computer networks such as PBS ONLINE's Learning Link and NASA's Spacelink
and how to connect with NASA's K-12 Internet Project. NASA's Internet
Project has put in place a system of "smart filters" for routing questions
to the relevant experts in Antarctica (or to Antarctic experts back here
in the United States) so that all questions will be answered. Students
with simple inquiries (for example, "How many kinds of penguins live in
the Antarctic?") will be guided to an on-line interactive database that
they can search for an answer using key words.
This kind of interaction represents only one facet of the on-line participation
provided by this project. Live from Antarctica will showcase several remote
sensing databases, and the project will be supported by MOSAIC Home Pages
at multiple NASA field centers and at the National Science Foundation.
An on-line guide will provide more instructions on how to access such
electronic resources and how to use the information found there in the
classroom. Classes with experience in on-line communication may wish to
collaborate with one another by computer networking to share scientific
observations or to write up and publish their responses to the project.
The Teacher's Guide Format: The Four E's
The four E's--Engage, Explore, Explain, and Expand--represent a format
for structuring science education materials applied by Prentice Hall School,
a leading educational publisher of more than 100 programs for all the
major subject areas in grades 6-12.The Live from Antarctica team found
this format compatible with its own approach to science learning. Thus,
we are incorporating this framework. Prentice Hall is supporting Live
from Antarctica as an innovative, multimedia education project and is
publishing this free Teacher's Guide.
Each activity in Live from Antarctica is structured to:
- Engage: Capture students' interest in science by preparing them to
experience the videos, by having them keep journals about the project,
or by encouraging them to use the suite of available learning tools.
- Explore: Help students construct ideas from first-hand observation
and experience, using hands-on activities.
- Explain: Facilitate student learning with specific content and teaching
strategies, incorporated in the Teacher's Guide and in on-line materials.
- Expand: Review and reinforce concepts, and reteach by tapping visual,
auditory, tactile, kinesthetic, and other learning modes. Several activities
lend themselves to a form of embedded assessment: for example, redesigning
the South Pole station requires an understanding of climate and weather,
waste recycling, and energy requirements.Just as each activity embodies
the four E's, so does the project as a whole. Preparing to watch the
videos, particularly the first-ever live TV link with the South Pole,
will surely Engage your students. Hands-on activities suggested in the
Teacher's Guide will allow your students to Explore underlying concepts
in science. Background information in this Guide or on-line will allow
you to Explain. Your own experience coupled with resources provided
by this project will allow you to Expand on what students learn through
this project, letting them apply their new knowledge to the real world.
Why make time for Live from Antarctica?
Teachers' Perspective by Pat Haddon (6th grade science teacher) and
April Lloyd (3rd grade teacher and technology specialist)
Teaching science is tremendously exciting because there is always one
more great activity to investigate with kids, one more "wow" look at that
response to nurture and encourage. And there are always more questions
asked than answered. How then can a teacher take 2/3 weeks out of an already
crammed teaching/learning schedule to participate in an Electronic Field
Trip?
Effective science teachers, whether in a high school lab or third grade
classroom, foster an environment where students can simulate real-world
scientific endeavors. Through these, we try to make students scientifically
literate and able to think about things using the methods and habits of
science.
Students need lots of experiences that allow them to think of problems
and generate possible hypotheses that they can investigate and test. They
need to see that simulations in their classrooms actually do reflect the
work of professional scientists. They need to be aware of current scientific
research and up-to-date technologies. Even the most dedicated science
teachers find "keeping current" a formidable task. And textbooks, no matter
how new, cannot keep up with changing trends in research and technology
and the resulting information explosion.
Students also need to see scientists not as white-coated automatons
confined to sterile laboratories, but as real people who work in factories
and on farms, in hospitals, offices, universities, and in industry. They
need to see scientists--whether out in space or on the ocean floor--who
are excited by their work and who are not daunted by the daily challenges
of field research. How do we add this dimension to our classroom settings?
We take the time to join researchers in the field via telecommunications.
Live from Antarctica allows students and teachers to connect to the largest
scientific laboratory on Earth, a full continent across. Students will
be able to talk with working scientists, observing them as they address
problems in one of the most demanding environments on our planet. Students
will conduct investigations and take part in activities that answer questions
(and generate even more questions) about our past and our future, encouraging
them to think about the social, political, and environmental aspects of
scientific investigation. And, like the very best field trip, an electronic
excursion to this rare and exotic setting will surely fascinate, inspire,
and motivate. This makes learning fun and exciting. How can you not want
to come along too?
Support for Live from Antarctica comes, in part, from the Information
Infrastructure Technology and Applications Program of NASA's Office of
High Performance Computing and Communications. Our integrated, multimedia
project coincided with NASA's intent to promote greater use of the vast,
but hitherto, under-utilized volumes of earth and space science data.
We hope you and your students will mine the riches that await you, just
an on-line connection away!
|
|