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Project List
Project Results
Watershed Science
Applicant and/or teacher sponsor:
Bippy McMaster and Carolyn Cooke for the
Acorn Independent Learning Center
Student Groups /Teachers/ Community Members/ Partnerships Involved:
Acorn Independent Learning Center
South Coast Continuation High School
Arena Homestudy
Point Arena High School
PAHS Independent Study
Arena Elementary School
Stornetta Dairy
Violence Prevention Initiative
Friends of the Garcia River
Bippy McMaster, Art Specialist, Acorn Independent Learning Center
Jon Green, Curriculum development of watershed project; Science and Math Specialist
Janferie Stone, Science and Math mentor; Oral History Specialist
District teachers and administrators helped facilitate scheduling and helped develop independent study projects for students from area schools
Walt and Donna Stornetta (dairy project)
John Hooper, Peter Dobbins (river projects)
Victoria Joy (art projects)
Chuck Henderson, Cheryl Rhodes (computer projects)
Number of students affected:
Variable, depending on the number of projects. Currently 16 students from every school in the district are enrolled for a 12-week session in Math, Science and Art. We are committed to maintaining a low (1:8) adult-student ratio, but can add students as we add projects related to river studies. Planned projects include a video documentary in forest and river lore and oral history; an interdisciplinary website featuring digital photos, quicktime movies and a virtual newsletter; advanced botanical drawing; an herb garden and studies in traditional herbal medicine and native plants, including several workshops in distilling essential oils, and making tinctures and teas.
Length of project:
The program has been in place since July, 1997 and has served 32 students to date. It will continue in some form as long as funding permits, at least through Summer, 1998.
1 session Summer, 1997
1 session Fall, 1997
1 session Spring, 1998
1 session Summer, 1998
1. Brief description of the project:
Laboratory and field studies in watershed science with ancillary math activities in geometry, algebra, logic, graphs and mapping. From close technical observation of the river system students produce profiles of river cross-sections, graphs, maps, contour drawings, scale models, a lapidary tumbler and other interesting data and tools. This project brings together students from schools and programs throughout the district and beyond with the goal of building cross-community friendships, and creating a community of young scientists and artists prepared for more advanced studies in watershed and marine science.
2. Connections
How does the project connect with our theme of people, history, and place?
How does the project interact with the community?
How will you evaluate or assess the community impact?
How does the project connect with other NCRCN sites?
The Garcia River is the connection between the coastal ridge range to the east and the Pacific Ocean to the west. It defines our geography, follows for some distance the path of the San Andreas Fault, the rift we live with, crossing redwood forest, rolling hills and pastureland through rich flood plain to the estuary at Manchester State Beach. To follow the course of the river--with landowners and guides, guest artists and scientists as well as longtime residents--is to follow the course of our history. The river has defined the livelihoods of generations of people who have lived here--basket weavers, fishing people, loggers, ranchers, farmers. Because rivers running from the coastal range to the Pacific are a primary feature of our area--from the Russian River and the Gualala River to the South, and the Navarro, Big River, the Eel and the Mattole to the north, the issues we face today--from declining fish populations to the complexities of modern dairy farming and agriculture--are part of a larger conversation that should engage us all. Students will bring the groupÕs work back to their home schools via presentations, essays and special projects such as one high school studentÕs proposed botanical field guide to native plants in the watershed. Many other projects have been suggested by students and mentors in the program, including a gallery show of student art work and a mural. Possible summer internships may be arranged for graduates of the program with Friends of the Garcia River.
3. Student Learning
How will the project improve student learning?
How will you evaluate or assess what students have learned?
What kind of data will you collect?
Will you have an Action Research question?
How will students be involved in the evaluation of the project?
How does the project invite student planning/student choice?
How will students share their project and learning with others at their own site, other sites or within the community?
Will your project have a service learning component? If so please describe.
This course is designed to engage students of all ages in an exciting, intellectually intense but noncompetitive atmosphere. It seems to be particularly useful for students who have had unsuccessful experiences in a traditional classroom setting as well as for those who seek to expand or accelerate their school program. Lab experiments demonstrate use of a variety of mathematical concepts, tools and materials; in the field students are asked to use what they have learned to solve practical problems of measurement and data mapping. Students contribute to a computerized class journal, which will become a part of the class evaluation of both the river and the program. Students will also self evaluate their accomplishments and develop materials and presentations to take back to their schools, or to other sites, where there might be interest. It is hoped that some participants in this section will return as student teachers in future sections, and that these students will assist the districtÕs watershed coordinator in starting up related projects in other classrooms.
4. Support
What kind of support would you like from the coordinator/TSA?
What kinds of funds will you need for the project? Please supply
a general budget. (Staff development, release time for planning, transportation, materials.)
What other sources might provide additional funding for the project?
A budget for the program is included in the course brochure, which you have separately. Roughly, though, the Science/Math/Art component of the program costs between $7,000-$8,000 per 12-week session, including transportation, all materials and fees for the Math, Science and Art specialists. Additional related programs are projected to cost less, since they rely on parent-mentors and community volunteers. At some point in the future, program graduates might keep the mentor-student ratio low by returning to the program to help teach other students what they have learned.
The goal of this program is to involve as many students as possible--particularly students who need positive classroom experiences, such as home and independent study students, and students who are having some trouble fitting into their traditional classrooms--in a cross-age, cross-school learning collaborative. For this project to continue and evolve, support--both philosophical and material--from individual schools and programs is vital. Funding at present comes from funds earmarked for Watershed Science, Math and Art by the Acorn Learning Center as part of its demonstration school project. Other sources of support have included the Violence Prevention Initiative, which gave $1,600 to the summer Science, Math and Art program.
What we would like from you:
$500 toward art and science supplies. AILC will match your grant.
Thanks for your consideration. If you have any questions, please contact:
Bippy McMaster
Tan Bark Road
Gualala, California 95445
tel. 884-4026
e-mail: cowcreek@mcn.org
Carolyn Cooke
P.O. Box 462
Point Arena, California 95468
tel. 882-2106
e-mail: redtag@mcn.org
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