VT-NASA Raytheon Synergy Project Archives
Update: September 2004
There are three scheduled VT-NASA\Raytheon
Synergy Project Teachers Meetings:
September 15, 4:30pm at Essex High School,
hosted by Joe Chase
September 22, 5:00pm at North Country
Union Jr-High School in Derby, VT, hosted
by Holly Willie
September 29, 5:00pm at Hartland
Elementary School in Hartland, VT, hosted
by Toni Williams
**ALL teachers should be checking with Joe Chase about the meeting he/she should attend. Teacher project reports need to be in to Joe Chase ASAP!!!
Vermont has been selected as part of the Mid-Atlantic Regional Program. There are 11 states involved in this Synergy Proposal.
Project Overview:
VT-NASA\Raytheon Synergy Project
►Vermont Space Grant Consortium (VSGC)
joined the Mid-Atlantic
Synergy Project through
an agreement with Maryland Space Grant.
► VSGC appointed Joseph (Joe) Chase, a
teacher at Essex Jct. High
School, Essex Jct., VT,
Lead Teacher.
►Robert Chaffee, Exec. Director, Vermont
Mathematics Coalition,
VSGC
affiliate, headed the recruitment and
selection of 14 Vermont teachers.
►The teachers were selected from all three
K-12 levels, 3-6, 7-8, 9-12.
►The teachers selected also represented a
broad distribution
throughout the State.
►Two New Hampshire teachers join VT
project through New
Hampshire Space Grant funding.
List of Teachers Attending Fall 2003
Workshop
Samples of
Teacher/Student Project Descriptions:
►
To visit 7 sites
around the Champlain Valley and collect
data/evidences of VT's geological past by
locating and identifying
fossils.
► To read a
variety of maps (topographic,
Transportation, etc),
delineate boundaries of a watershed, and
interpret a water shed
map. Develop a thematic map using GPS unit
to take truth points at
existing monitoring sites, based on a map
provided by a regional
planning commission, of existing culverts and
bridges within a
watershed.
►
To record locations
of samplin stations (for invertebrates,
plants, and
chemical water quality parameters. To
record locations of various
sightings, Mammal tracks, bird nests, etc. To
delineate boundaries of
a wetland and significant landmarks and map soil
surveys, take soil
cores, and record GPS truth points.
►
To use GPS receiver,
the GIS data systems, and the LandSat 7
Imagery, as tools for mathematics classes
to collect data and
through coordinate graphing, plot truth
points on a USGS quad
maps. Once plotted the students will
calculate distances, angles,
and directions.
►
To create GIS map
and paint a scale map on the wall of the
Multipurpose Room at School.
Initial Proposal
Educators: Get a Free GPS receiver and GIS data for your classroom.
The Cost: Free
Commitment: Attend training on the campus of
the University of Vermont in Burlington, Vermont
on Friday September 12th, and Saturday September
13th.
A follow up meeting will be held in October.
Fifty data points must be collected during the
academic year.
Background: The Vermont Space Grant Consortium in cooperation with NASA’s Synergy project is proud to offer this unique opportunity to Vermont educators. VSGC will donate a handheld Global Positioning System receiver (GPS) and MapSource GIS viewing software for school use in exchange for collecting 50 or more truth points during the course of the school year. In the pilot year of this program, 14 GPS receivers will be distributed to selected teachers. The selections will be made based on the review of applications.
Truth points are used to tie data from the Geographic Information System (GIS) to LandSat 7 Imagery from space. Teachers will have great flexibility in choosing where the truth points are collected. It is assumed that the location of the truth points will be determined by its relevance to student studies. Collecting a truth point means recording the latitude and longitude at some location and making an observation about the geographic position of that location (i.e. is it paved, is it wooded, etc.). These truth points are then uploaded from the teacher’s school or home computer.
Participating teachers and schools will have access to this incredible wealth of data. GIS is more than just a map, it manages geographic information databases. It enables teachers and students to create their own geographic database search and render it into visual displays. LandSat images are taken by satellite along 7 different spectral bands and are high resolution. Vermont images from 1990, 2000, 2002, and 2003 will be available. Together these two resources have incredible possibilities for the classroom.
Earth Science: mapping geologic landforms,
human impact on geology
Social Studies: urban growth, urban planning,
mapping historical trends
Mathematics: modeling, statistical analysis
Biology: tracking the spread of infectious disease
Environmental Science mapping activity of watersheds,
forest fragmentation
Oceanography monitoring changes in water temperatures,
storm prediction
An example of the connection between GIS and LandSat images can be seen at this website http://chesapeake.towson.edu/education/viewers.asp and then select Basic LandSat Viewer.
Contact Bob Chaffee (BobChaffee@aol.com) or
Joseph Chase (jchase@ejhs.k12.vt.us) for more
information.
Project Description
Vermont Participation in the NASA/Raytheon Synergy Project:
This
project was created within Maryland and
then widened to other states bordering the
Chesapeake Bay as the result of a 2001
Mid-Atlantic Regional Meeting. Funding
under this component of the Vermont Space
Grant Consortium's workforce development
proposal would allow Vermont to
participate in the next phase of this
project, which will demonstrate that this
valuable activity is exportable to
watersheds beyond the Chesapeake Bay. GPS
equipment will be purchased to allow 14
Vermont K-12 teachers to become involved
in the ground truth data collection
project. The Vermont State Mathematics
Coalition, a VSGC affiliate, will manage
the recruitment and selection of
participating teachers. These teachers
will be trained at Workshops held in
Vermont by workshop instructors provided
by Maryland Space Grant. The teachers will
also receive instructional materials
prepared by Maryland on the preparation of
lessons to train undergraduate students,
teachers, and state and local government
staff in the use of digital image
processing techniques using MultiSpec and
Landsat data readily available via the
Chesapeake and Mid-Atlantic from Space Web
site (http://chesapeake.towson.edu).
Funding will also
cover follow-up activities. A key measure
of student learning and performance will
be the quantity of the collected data. The
Vermont portion is endorsed by Goddard
Space Flight Center, which is intimately
involved, and the Vermont State
Mathematics Coalition.