ED 032 219
SE 007 477
By-Busch. Phyllis S.
Final Report and Evaluation of Project SPRUCE. (Science Project Related to Upgrading Conservation Education). Ulster County Board of Cooperative Education Services, New Plats, N.Y.
Spans Agency-Office of Education (OKA Washington. D.C. Bureau of Elementary and Secondary Education. Pub Date 69 Grant -0E0 -1 -6 -661522-1828 Note -68p. EDRS Price MF -SOSO HC-S3.50 Descriptors -*Conservation Education,
*Curriculum Development, Ecology. *Elementary School Science, Evaluation. *Inservice Teacher Education. Instructional Materials, Junior High Schools, *Outdoor Education, Science Course Improvement Project. Science Curriculum. Teacher Workshops
Identifiers -Elementary and Secondary Education Act Title III
Presented is an environmental approach to elementary school science teaching.
The inquiry approach is stressed and outdoor activities are integrated with
classroom activities. A variety of curricular materials were developed to be used in coniunction with the New York State Elementary Science Curriculum. The project also provided workshops for teachers and supervisors. classroom demonstration lessons. identification of resources around the schools. camp programs. sanctuary programs. newsletters, a "sight and sound program for junior high school students. and workshops for community groups. Formal evaluation focused on an intensive workshop
for urban teachers given through one academic year. Comparison of classroom behavior of the teachers before and after the workshop indicated that they learned to make greater use of outdoor resources. and other observations indicated the attainment of other objectives of the program. Workshops. including some for preservice teachers. and other project activities are described and evaluated in less detail. The phasing out of the project is discussed and recommendations are made for similar projects in terms of staffing. program scope. selection of teachers for workshops. and evaluation. This work was prepared under an ESEA Title III contract. CEEI)
FINAL REPORT AND EVALUATION OF
(Science Project Related to Upgrading Conservation Education) 1966-67 1967-68 1968-69
Known as Project P.I.N.E. Project S.P.R.U.C.E. Project S. P. R. U. C. E.
Project Director: Project Evaluator: Project Number:
Dr. Phyllis S. Busch Dr. Irmgard F. Karle
July 1, 1968 - June 30, 1969
Operated through a Title III ESEA Grant by: Ulster County B.O.C.E.S. 175 Rt. 32 North New Paltz, New York 12561 U.S. DEPARTMENT OF HEALTH, EDUCATION & WELFARE OFFICE OF EDUCATION
THIS DOCUMENT HAS BEEN REPRODUCED EXACTLY AS RECEIVED FROM THE
PERSON OR ORGANIZATION ORIGINATING IT.
POINTS OF VIEW OR OPINIONS
STATED DO NOT NECESSARILY REPRESENT OFFICIAL OFFICE OF EDUCATION
POSITION OR POLICY.
The work presented or reported herein was performed pursuant to a Grant from the U.S. Office of Health, Education and Welfare. However, the opinions expressed herein do not necessarily reflect the position or policy of the U.S. Office of Education and no official endorsement by the U.S. Office of Education should be inferred.
Juno. 30, 1969
A special debt of gratitude is offered to Dr. Esin Kaya, Chairman, Department of Educational Psychology, Hofstra University, whose guidance and encouragement gave direction to the report and to the evaluation. Appreciation is also extended to Mrs. Claire May, Research Assistant, who so ably fulfilled her assignments.
INDEX PAGE I
Introduction A. B. C.
D. E. F. G. H.
1 2 3
3 3 4 4
Evaluation of the Program of Project S.P.R.U.C.E. A. B.
E. F. G. H. I.
Purpose How the Aims of Project S.P.R.U.C.E Differed from Other Similar Projects How the Program of Project S.P.R.U.C.E. Differed from Other Similar Programs Grade Level Curricula Materials Outdoor Laboratories Geography Program
Introduction Teacher Workshops 1. General Background 2. Approach to Evaluating the Year-Long Urban Workshop 3. Analysis of the Observations 4. Other Workshops Curriculum Materials Sanctuary Programs Urban Discovery Boxes Junior High Program "Sight & Sound" Newsletters Demonstration Lessons Community Group Programs .. Staffing Difficulties Summary of Contacts
10 15 20
23 26 27 29 30 31 32 34
Phasing-Out of Project S.P.R.U.C.E. A. B. C. D.
Ulster County Putnam County Dutchess County Sullivan County Orange County
IV Summary and Recommendations
PROJECT S.P.R.U.C.E. I
Project S.P.R.U.C.E. (Science Project Related to
Upgrading Conservation Education) developed and disseminated instructional and concrete materials designed for the teaching of science-conservation, indoors and outdoors, relating such thstruction to existing courses of study (science, social studies,
health, economics), focusing on the ecological approach and emphasizing methods of inquiry. B.
HOW THE AIMS OF PROJECT S.P.R.U.C.E. DIFFERED FROM OTHER SIMILAR PROJECTS: For the past several years, ever since the advent of
Sputnik in 1957, there has been a wave of educational unrest in the science programs in the elementary schools. nothing was the rule.
Either nature study or
Science programs of various kinds began to
find their way into elementary schools, these were primarily modified or watered-down high school science courses of study.
More recently an increased awareness of the inescapable hazards on human survival resulting from our highly advanced technology has been felt; this has placed another emphasis on science teaching in our schools.
Conservation education was recognized to be an imperative
part of general education.
In haste and in anguish, ecology, was intro-
duced into some existing school programs. declare itself as an essential program.
Outdoor education began to Camping for a week in the
last year of elementary school is spreading as "the conservation experience".
C=ently, environmental education, is superseding many
of these attempts.
Some schools are still struggling with Phase I - the introduction of the science program in the elementary school.
Many new science programs will be developed - all with kits,
books, and high-pressure salesmen, leaving the total science-conservation effort in a state of confusion.
Unfortunately for the most part, all
that is happening is name changing and there is little or nothing ongoing in many schools. C.
HOW THE PROGRAM OF PROJECT S.P.R.U.C.E. DIFFERED FROM OTHER SIMILAR PROGRAMS: Project S.P.R.U.C.E. has been realistic
innovative in its emphasis as well as techniques.
In order to incor-
porate the environment into our program, we started with the teachers where they were.
For the sake of unity the program has been based on
"Science For Children K-3; 4-6" which is the New 'ork State Elementary Science Curriculum.
This is what the teachers are teaching.
this starting point the project developed an approach to elementary science teaching which is ecological:
i.e., it stresses interrelation-
ships, which cut across science disciplines (biology, physics, chemistry, earth science) as well as across subject matter areas (social studies, geography, economics, etc.).
if there is an ecological
emphasis in this, conservation outcomes can easily be developed. It is then up to the teacher to involve pupils to the point where a sense of responsibility is translated into concrete actions and such behavioral outcomes are possible at each grade level.
is thus motivated to learn, to feel responsibility, and then to act.
Since science includes learning about the objectives and events in the universe, it is easily recognized that the universe is greater than the classroom, the text, a film.
Investigating problems in
areas immediately outside the classroom door, converting the use of school sites into laboratories for learning, was another important part of the S.P.R.U.C.E. effort.
In contrast, the use of more distant areas for valuable though occasional field trips was also developed.
Thus, the program of Project S.P.R.U.C.E. focused on science as an appropriate vehicle for conservation education, drew upon all other disciplines as it tried to develop attitudes and values which
would help to train future citizens to recogniie environmental problems and to participate in their solution or prevention.
developed numerous techniques for learning in the environment and about the environment.
It helped teachers to plan experiences for children
which involved them in problem solving and discovery. D.
The small size of the permanent staff and the
unavailability of trained personnel for this specialized program made it necessary to confine the teaching chiefly to elementary schools. Some work on the Junior High level was carried on in two schools and one unit on water and water pollution was tested in the secondary schools. E.
As an outgrowth of the many innovative
approaches to introduce the program to the large number of teachers and pupils in the five counties, a large number of curricula materials were developed and disseminated. F.
Since the program stressed frequent incor-
poration of outdoor experiences on school sites as an essential ongoing part of everyday teaching, techniques for developing the use of such areas and of working with children in outdoor environments were emphasized.
The aim of the program of Project S.P.R.U.C.E. was truly environmental education.
Emphasis was placed on content and method.
GEOGRAPHY: The accompanying map indicates the five counties of tHFMTULTudson Catskill Region which Project S.P.R.U.C.E. served. G.
Teacher Workshops: A course of laboratory workshops was held for teachers and supervisors. Emphasis was on content, techniques, and suggestions for teaching science by inquiry both indoors and outdoors with the aim to develop an ecological understanding and to awaken a conservation conscience.
Classroom Demonstration Lessons: Classroom demonstration lessons were given in many schools as well as in the schools of workshop participants. Three-parted lessons were taught: "indoors,-outdoors,-indoors".
Curriculum Materials: A variety of curriculum materials was developed: self-discovery guides, plans for teaching science-conservation indoors and outdoors at all grade levels, specific urban aids, etc.
Development of the use of school sites as laboratories for learning.: School sites were surveyed and teaching resources for outdoor investigations were identified.
Sanctuaries - their development and use: An ongoing program for school children and adults has been developed at the Jay Skidmore Sanctuary in the Town of LaGrange, Dutchess County.
Camp Programs: The staff of Project S.P.R.U.C.E. developed a two week camping program for the Duzine School of New
Paltz in 1968. This two week program had its instructional program designed by the staff and the New Paltz Campus facilities at the Ashokan Reservoir were used. As a result of this program and its evaluation, "A New Approach to School Camping for Grades X-6" was written up this year. 7.
S.P.R.U.C.E. Urban Discovery Box: This S.P.R.U.C.E. Discovery Box, desiqned for grades K-6, consists of specimen and an accompanying manual. It is a firsthand guide to carrying on science investigations indoors and outdoors in urban areas.
S.P.R.U.C.E. Discovery Corner: This 17" x 12" attractive, folding cardboard shelf Is designed to stimulate inquiry in science-conservation. Numerous materials were produced for utilization in this matter.
Sight and Sound Program for Junior High School:
emphasis on the jun=1737Elevel was environmental awareness--what is good? What is bad? What can we do? To answer these questions, tape recorders, records, and films were used in a unique way combining scienceconservation, art, musil, poetry. 10.
Newsletters coveringt22issoltIeLNew" Conservation: Each issue of S.P.R.U.C.E. NEEDLES was devoted to a newly recognized conservation concern. Background information, reading references and teaching tips are included.
Community Programs: Workshops were held for community groups as well as for community group leaders.
EVALUATION OF THE PROGRAM OF PROJECT S.P.R.U.C.E.
The purpose of any evaluation is to assess the effectiveness of the many facets of the program being considered.
Although we are
presenting in the following pages an evaluation of the many phases of Project S.P.R.U.C.E., we should not neglect to remember that evaluation has been a continuous, rather than just a terminal part of the entire project.
Project S.P.R.U.C.E. has been a very ambitious program; great
emphasis has been placed on teacher workshops and preparation'of resource materials.
In addition, many different but closely related
areas have also been developed.
Since these many areas are often quite
different, each one will be treated individually. The approaches to the different phases are varied.
which could be treated statistically were handled in this manner.
other areas, the most appropriate approach was utilized.
Since the urban teacher workshops represented an area of special focus, they have been most carefully examined.
1. GENERAL BACKGROUND
During the third year of Project S.P.R.U.C.E., an intensive in-service urban-oriented workshop in Science-Conservation for teachers and supervisors of elementary grades was taught by Dr. Phyllis S. Busch, director of the project.
The workshop consisted of fifteen,
two-hour sessions and spanned over the entire school year.
program attempted to develop the ability to utilize the resources outside of the classroom for problem-solving, to utilize the principles of conservation as an essential part of teaching science as well as other disciplines, to enrich science teaching by concentrating on the use of outdoor resources, both on the school site and in more distant areas such as at sanctuaries, parks, camps, etc., to up-date content and methods of teaching science - conservation, and to become familiar with the techniques and the resources for achieving these objectives.
Fifteen elementary school teachers were enrolled in the
workshop; in addition seven individuals, not currently teaching also participated.
Of these seven, four were from the U.S. Park Service,
Department of Interior, stationed at Hyde Park, N.Y.
They were part
of a pilot program for teaching environmental education using the Roosevelt Historic Site.
Their purpose was to gain the knowledge
'and techniques available at the Project S.P.R.U.C.E. workshops.
this evaluation we will concentrate primarily on the classroom teachers who are in a position to put their specialized workshop training into practice.
The participating elementary school teachers came into the program with very different backgrounds.
Thirteen of the
fifteen undergraduate degrees were not in an area of science.
number of science courses taken by these thirteen teachers ranged from zero to six; the median was three.
Six of the fifteen teachers
had earned masters degrees; only one of these was in science.
number of years of teaching experience ranged from three to twentyfour years; the median was seven years.
The grades represented were Kindergarten through eight. The thirteen teachers indicated above taught science from sixty to two-hundred-forty minutes per week; the median time was one-hundredtwenty minutes.
The two teachers with undergraduate and graduate
science degrees were teaching science in the junior high grades where specific and longer periods of time were devoted to science. The elementary school teacher must by the very nature of the assignment be a specialist in seven or eight areas of knowledge. Yet, the preparation in science is as a general rule, not an area which receives great concentration and stress.
II B.2. APPROACH TO EVALUATING THE YEAR-LONG URBAN WORKSHOP All of the teachers were observed in their classrooms at the beginning of the workshop in the fall of 1968.
A running account
of each lesson was made by Mrs. Claire May, an experienced research assistant, and the account was analyzed in terms of the amount of time spent in utilizing the following cognitive functions.
functions are inherent in the processes of science which were emphasized in the methodology. classify objects, events, etc. compare objects, attributes, etc. hypothesize relations construct or reconstruct things generalize principles from observed particulars describe what is observed make value-judgements synthesize objects, events, etc. by relating them to one another derive new things and relations explore plan and organize data, events, etc.
In addition, the lessons were analyzed to determine the extent
to which they incorporated the other objectives of the workshop which
were previously enumerated. The reliability of the observer was established in the following manner.
Both Mrs. May and the evaluator observed the same lesson
and independently kept a running account and analyzed it, in terms of the amount of time spent in the specifically identified cognitive functions. The very high degree of agreement in both analyses established the reliability of the observer.
Near the end of the workshoo, all teachers were again observed in their classrooms and the running accounts of their lessons were analyzed in the same manner as in the fall.
needed in order to establish The initial observation was originally using; the final what processes the teachers were changes, if any, have taken place. indicate what observation should II 3.3. ANALYSIS OF THE OBSERVATIONS train teachers to One of the objectives of the workshop was to Therefore, the initial and make use of the resources on school sites. teachers were (-Analyzed in of fifteen of the sample final observations achieved. order to find out whether this objective was since the The Chi square test was used to analyse the data,
categories and treated observations could be classified into discrete testing The null hypothesis was tested. This involved as frequencies.
different from the expected whether the observed frequencies were frequencies.
Analysis yielded the following data: Initial Lesson
served as The initial number of "indoor-outdoor" approaches number of "indoorthe expected number of frequencies and the final number of frequencies. outdoor" approaches served as the observed
Using the formula for Chi Square - h.
where X2 = Chi Square
ni = the observed number of observations in the ith category
,the expected number of observation in the
ith category* We have the following:
Since there were 15 cases, the degrees of freedom that we have are 14.
Using the X2 table, with the degrees of freedom indicated, we
find that our value is greater than the table values at the 0.01 level of significance.
We, therefore, reject the null hypothesis and conclude
that the year-long urban workshop was most effective in achieving the objective of utilizing the resources in teaching science-conservation on school sites.
It should also be noted at this time, that most of the five final lessons observed which did not make use of the out-of-doors
were in topic areas which were-bette
taught indoorsi such as in the
area of electricity, and human physiology.
Although the use of outdoor resources for teaching scienceconservation was the only objective which indicated a significant difference when the pre and post observations were carefully analyzed, there were indications that teachers were putting into practice the new concepts and techniques which they had recently acquired.
* Edwards, Allen. page 367.
Statistical Methods for the Behavioral Sciences,
The initial observation occurred as a rule after the fourth workshop session.
At the very first session, the teachers were
introduced to the main aims of the workshop:
the product (science
conservation), the 2Eocess (methods of inquiry), and the production ("indoors-outdoors").
the three "P's".
This was referred to throughout the course as
It was during this initial session, in assessing the
needs of the teachers, that they expressed the greatest lack of confi-
dence in the art of questioning directed towards problem solving. Therefore, great emphasis was placed on questioning techniques.
session culminated with the distribution of a set of questions prepared
by Dr. Busch on the workshop lesson.
These were used as a guide for the
ensuing week for planning problem-solving lessons and for learning how to ask questions of the children.
The teachers grasped the questioning
techniques very readily.
In the initial observation, (which occurred after the fourth
workshop session), all teachers employed questioning techniques in their lessons and these same techniques were also observed in the final observations.
The use of these methods and the observed decrease of
"reading from" the textbook indicated that problem-solving was occurring.
According to the questionnaires completed by workshop participants, their preparation in science was very limited.
teachers were seeking to acquire considerable basic knowledge at the workshop.
This fact is attested to by the following teacher comments:
"Dr. Busch covered science areas I never dreamed could be a lesson!" "I think many in the class were as unenlightened as I and came to learn as much as possible. We all came away very much enriched". "I learned a great deal which in turn I could take back to the classroom and do with the children".
The teacher workshops utilized the principles of conservation as an essential part of teaching science.
Although the analysis of
pre and post lessons did not reflect a significant difference in the
realization of this objective, we should not lose sight of the fact that individual teachers did utilize conservation principles in their science teaching.
Perhaps it is really not too surprising that conservation concepts acceptable to the evaluator were not frequently recorded in the observed lessons.
The level of acceptance by the evaluator of what
constitutes a conservation concept differs from that of what is generally accepted in other programs.
The mere recognition of a
flower or description of an insect was not considered to be a conservation concept; the action of doing something about the destruction of the plant or the spraying of the plant - these would be accepted as conservation concepts.
It is interesting to note that many of the
current publications are still only dealing with conservation on the nature study level and do not go beyond this step to develop conservation concepts.
Much which is purported to be conservation education is not.
A recent publication by Stapp' more nearly reflects the current,philosophy of conservation concepts which is acceptable to both Project S.P.R.U.C.E. and to the evaluator.
Teachers were utilizing conservation concepts in their classwork. We must not forget how handicapped the teachers were by their lack of scientific knowledge.
This made it even more difficult to include
conservation concepts within a science framework.
At the workshops the teachers were observed to verbalize an interrelationship between conservation and science, as well as between conservation and social studies.
However, back in their classrooms,
the observed lessons reflected limited incorporation of such an 1 Stapp, William "Environmental Education". School of Natural Resources. 1969.
University of Michigan,
Possibly the fuller translation of these concepts will be
achieved after the teachers have gained greater confidence in their science competence.
In addition, only two lessons of each teacher
were observed; often these were very different lessons which necessitated different approaches.
The urban teacher workshops did achieve its objectives in
ways that we could not fully account for statistically in the observed lessons.
The teachers have most definitely become aware
of their "total-environment" and have demonstrated the use of "indoor-outdoor" for teaching science-conservation.
developed a wealth of science con'ecepts, have been introduced to
resource materials and experiments;, and there are indications that changes are taking place in their classroom teaching using
methods of inquiry as explained in' the previous sections.
II B.4. OTHER WORKSHOPS In addition to the fifteen session workshop discussed earlier, a number of other types of workshops were given by Dr. Busch during 1968-69.
Early in the fall of 1968, requests
were received by Project S.P.R.U.C.E. from Bennett College, in Milibrook, New York, and from Vassar College in Poughkeepsie, N.Y., to give some workshops in science-conservation to selected student teachers.
Project S.P.R.U.C.E. was not originally designed to
include working with college students.
However, these briefer
workshops were deemed a valuable pre-service experience which could further assist in evaluating our teacher workshops. Bennett is a junior college and most of the students indicated they were preparing to teach in nursery schools and grades 1 and 2.
Five workshops were given.
Vassar students were nreparing to become elementary school teachers and they participated in a series of six workshops.
both series, the college instructors were present during each workshop.
Bennett and Vassar were aware of special needs in the
area of science-conservation education and were desirous of upgrading their work in these areas. urban emphasis.
Vassar was especially interested in an
It is salutary that both institutions recognize
areas that need strengthening and are making use of federal projects for this purpose.
As a culminating experience, the Bennett girls were asked to prepare a plan for a science lesson.
Careful analysis of these
plans indicate that these students were attempting to utilize the outdoor classroom, were using the problem-solving approach in the teaching' of science, and were making conscious efforts to encourage
the involvement of children in the learning process. Mrs. May, our research assistant, observed Dr. Busch at one
of the Bennett workshops and a running account of the lesson can be found in the appendix on page 46.
The college teacher was
interviewed by Mrs. May and the details of her enthusiasm and effectiveness of Dr. Busch and the program may be seen from the report in the appendix on page 49, and her letter on page 50. Further indications of the value of these workshops can be found in the many laudatory remarks made by the students.
The Vassar group was engaged in practice teaching in the urban schools in Poughkeepsie, New York.
They were, therefore, able to
incorporate in their teaching the new learnings from the science conservation workshops.
Dr. Josephone S. Palmer, Director of Elementary Teacher Education, at Vassar College indicated the following in '.er letter of December 1968:
"It has been a very rewarding experience for the Vassar students to have four sessions with you during the period when they are doing their student teaching.
I wish you could have seen, as I did, how they put into practice immediately the ideas and suggestions that came from each of your presentations. Wednesday of this past week, following your visit on Tuesday, I saw two of the girls making use of the materials you You had distributed to them in the "Discovery Boxes". have created a real interest in conservation education with these prospective teachers, and I am sure they will carry this into their classrooms."
In her letter of January 20, 1969, she writes:
"Here is a copy of the booklet prepared by Betsy Young for a 3rd grade class at Columbus.
I observed the day she used this with the entire class (each child had a copy). This served as a reading experience and a summation of the work she had done over a period of weeks in Science. It was Vie enthusiasm of the class was great to see. such a thrill for each child to see his name in print and to read the section dealing with his own particular experience.
Betsy has tried very hard in all of her teaching to use the many ideas and suggestions that came from her work with you. My thanks again for your contribution to teacher education." Miss Sharon Kerman, a student in the Vassar Workshop, wrote: Dec. 19, 1968
"I can't thank you enough for your help in how to go about teaching science. As a history major with a strong orientation toward the humanities, science had been the fear of my life -- in the classroom. I have used your discovery box and found it so helpful, that I took an extra box. Knowing that I have access to materials and to expert advice is a great form of security for me and has made me more confident in my Thank you." teaching, as well as better prepared.
The summary of Mrs. May's interview may be found on page 52 of the appendix.
The letters of the Director of Elementary Education and of the student are indices of the effectiveness of the workshops.
these young teachers will continue to use the inquiry approach
"indoor-outdoor" conservation in their science teaching.
and Bennett experiences emphasize the importance of pre-service
training as an effective way of introducing into our schools the use of outdoor resources in teaching science-conservation by methods of inquiry.
Training is more successful than re-training.
A series of four teacher workshops was given to elementary school teachers in Orange County.
Dr. Busch taught two of the sessions;
a staff member taught the last two sessions.
series was of shorter duration, the approach was not varied appreciably.
At the end of the workshops teachers were asked
to indicate those aspects of the program that should be retained and what specific suggestions they would' make for modifying the program.
The teachers indicated that the follow4ng aspects should be retained:
"The materials produced by Project S.P.R.U.C.E. should be made available throughout the U.S.A. since they are invaluable aids in any teaching situation". "The techniques used in teaching the class were very good. They demonstrated what we should do as teachers". "The program helped to develop sensitivity to our environment". "It was good to have teachers involved in outside surroundings". "I wish there had been more workshops".
"I especially enjoyed the aspect of involvement. Instead of sitting and listening, you are actively involved!" "It was one of the most worthwhile courses I have ever taken". "I wish this type of workshop could be continued". They suggested the following modifications:
"There should be more time provided for obtaining information about flowers, trees, etc." (It is hard to drive out the teachers indoctrination of pure nature study)" "It would be a big help if our school area could be surveyed for teaching stations". "The program should be designed to meet more frequently and for shorter periods of time".
One can clearly see from these teacher comments that the scienceconservation workshops were a significant and most unique experience for these elementary schoolteachers.
These would not have been
possible, were it not for the work of Project S.P.R.U.C.E. Dr. Busch was asked by the National Park Service, U.S. Department of the Interior, Roosevelt-Vanderbilt, National Historic Sites in Hyde Park to teach several workshops for them which they were giving to teacher and adult groups in Hyde Park.
concentrated chiefly on the "techniques" which could be used to carry on investigations in outdoor areas.
In addition to the workshops cited, Dr. Busch gave numerous single workshops during the year.
Mr. Sheldon A. Levine, Director
of the Westchester County Conservation Education In-Service Program, wrote in his letter of January 7, 1969: "On behalf of Federated Conservationists of Westchester County, BOCES I and II, and the participants of the Conservation workshop, I would like to extend my sincerest appreciation and thanks for your most informative and stimulating presentation entitled: "Air: A Vital Resource".
Your presentation obviously had a significant impact on all those attending. I am certain that there will be much carryover in the classroom. Sincere thanks again for sharing your knowledge and talent with all of us. And do come visit us again at your leisure." Whenever possible Dr. Busch conducted workshops with administrative
personnel in order to break down "points of resistance" to new program ideas.
Examples of such efforts are: an early workshop in
September, 1968, for Dutchess County science coordinators, an urban
workshop in Ulster County and a presentation at a principal's meeting in the Wappingers School District, both in May 1969. The many workshops offered by Project S.P.R.U.C.E. were an
outstanding experience for teachers and administrators; they have truly made a major contribution to science-conservation education.
The scope and impact of Project S.P.R.U.C.E. in 1968-69 had broad breadth and depth.
One is almost unable to comprehend that
in addition to the many facets of Project S.P.R.U.C.E., the following curriculum materials were developed by Dr. Phyllis S. Busch: "A New Approach to School Camping Grades K -6: Some Suggestions for Outdoor Investigations in Science-Conservation for Camps, Playgrounds, Parks, Sanctuaries"
"Seven Steps for Developing an Outdoor School Area for Teaching Science-Conservation" "Seven Steps for Developing an Outdoor School Area (Urban) for Teaching Science-Conservation" "S.P.R.U.C.E. Discovery Manual 169 Investigations Indoors & Outdoors, Grades X-6" 75 Stimulating "S.P.R.U.C.E. Urban Discovery Manual: Ideas for Investigating Some Common Urban Resources K
"Some Guides to Discovery About Cement, Cockroaches,' Earthworms, Elm Trees, Owls" "Some Problems for the Teacher Useful as a Basis for Planning Lessons in Science-Conservation" "Teaching Tips on Current Environmental Problems"
Requests for copies of these materials have come to the project from all over the United States and Canada.
A deluge of requests
came from the State of Michigan following a brief announcement of
Seven Steps in "Environmental Education News for School People" published by the Information and Education Division of the Michigan Department of Natural Resources.
Many requests came from elementary school principals; however, it is interesting to note thet many letters came from elementary teachers, naturalists and foresters, conservation and outdoor education specialists, State Departments of Agriculture, soil conservation
services, county agricultural agents, the National Audubon Society,
state departments of forests and parks and the Conservation Foundation. From this impressive list one can see that the curriculum materials have reached many levels of education, many societies, foundations, and governmental departments.
The U.S. Office of Education has
requested a complete file of Project S.P.R.U.C.E. materials for their In addition to these materials, manuals, certain biblio-
graphies, numerous discovery guides and data sheets, sanctuary aids, selected visuals and many techniques for teaching have been prepared. A complete listing of the materials produced by Project S.P.R.U.C.E. may be found in the Appendix on page 53. The exceptional quality of all of these resource materials is evident from the frequency of requests as well as the following actions.
ERIC, the nation-wide Information Analysis Center fitor
Science Education has listed the publications of Project S.P.R.U.C.E. and they are receiving requests for these materials.
Nature Study Society felt that "Seven Steps" was so valuable that it reproduced this publication:
Dr. Matthew Brennan, Director of the well-known Pinchot Institute for Conservation Studies has indicated his concern for obtaining wider distribution of materials.
In a recent letter he wrote:
"Thank you so much for your newest contribution to conservation and education, "A New Approach to School It represents a most useful Camping, Grades K-6". addition to the materials you have produced, and also represents the caliber of materials that we have come to expect from Project S.P.R.U.C.E. It is distressing to know that some of the really worthwhile Title III projects, such as yours, will no longer I am especially concerned with the be federally funded. termination of not only production, but distribution, of the fine materials which have been created.
Is there any way that The Pinchot Institute could assist in getting a wider distribution of your materials?" They have requested that they be sent a carton of materials which they could use for dissemination.
The written materials produced are all of outstanding calibre and many school systems will be using them in many phases of their curricula at the present time and in the future.
Through the special efforts of Project S P.R.U.C.E. fifty acres of land were secured for use as a sanctuary.
This was a
gift of Miss Hazel Skidmore and has been donated to the Dutchess County B.O.C.E.S.
Project S.P.R.U.C.E. initiated the science and conservation education program at the sanctuary and has endeavored to assist in the utilization of this natural area.
During the Fall of 1968, fourteen school groups visited the sanctuary; in the spring of 1969, twenty-four school groups visited. Teacher-naturalists from Project S.P.R.U.C.E. worked with these groups and their teachers.
Data of groups attending can be found
on page 56.
Three family field trips with a leader from Project S.P.R.U.C.E. were held during the year.
Approximately 50 people attended each of
Since sanctuary trips are really for enrichment purposes, they require a different approach.
Because of this, Dr. Busch held one
entire teacher workshop (for the teachers enrolled in the intensive in-service workshop) at the sanctuary.
This experience was to prepare
teachers so that they could use a sanctuary experience to the best advantage.
There is a very strong indication that there will be continued use of Skidmore Sanctuary to provide children with unique experiences. A questionnaire sent to elementary and middle school principals, supervising principals, science coordinators and some curriculum coordinators indicates that 65 percent of the respondents are definitely planning to use Skidmore Sanctuary.
10.5% have not completed their
Pk I. %b. .11
presently plans with reference to using the sanctuary and 24.5% are not including plans to use the sanctuary.
The Wappingers School
possibility of developing District requested a meeting to explore the sciencetheir own present and future school sites for "indoor-outdoor" Some respondents indicated that there were conservation teaching. transportation problems; others had not yet completed their planning. The sanctuary, in addition to the expanded use it has experienced
during 1968-69, has also had some structural work completed.
working with eight boys from the Dutchess County Office of Economic Opportunity Junior Conservation Corps constructed some sanitary facilities at the Sanctuary.
The remaining structural projects will
be completed by the students in various vocational class of Dutchess
County B.O.C.E.S. under the supervision of their teachers. An ad.(risory committee for Skidmore Sanctuary was established.
Dr. Busch, Director of Project S.P.R.U.C.E., has already met twice
with the committee and plans are well-developed to continue to use the sanctuary for the purpose of environmental education. Mr. Higgins, Assistant Superintendent of Dutchess County B.O.C.E.S., indicated that B.O.C.E.S. will be meeting with the advisory committee; plans for next year are already being discussed!
In Orange County, the Garden Club purchased a twelve acre site for sanctuary experiences.
Although this area has been maintained
for the last eight years, its use was definitely minimal.
the last two years when the direction and influence of Project S.P.R.U.C.E. became so significant, only two or three classes each spring and fall utilized this resource area.
The work of Project S.P.R.U.C.E.
in that county has brought about a tremendous increase in site
utilization; whereas nreviously only 4-6 classes per year visited, now
many teachers with their recently acquired workshop experiences, are leading their own groups.
Last summer, the Garden Club provided
funds to run a five week summer school at the sanctuary.
shops have made a significant contribution in preparing teachers for this enrichment of classroom learning.
URBAN DISCOVERY BOXES
One of the most innovative efforts of Project S.P.R.U.C.E. was the development of three discovery boxes.
One was prepared each
year and contained many different materials.
During the first two
years the boxes featured investigations of a more rural nature.
During the last year the focus was on urban investigations. There is a tremendous urgency to make city children aware of their immediate environment - both indoor and outdoor.
The Urban Discovery
Box was developed by Dr. Busch and distributed to thirty regional principals.
Fifty sample items were included in this resource unit.
A very helpful and complete manual has been prepared giving the teacher
background material needed in assisting children to carry out investigations.
Additional investigations and discussion questions are
These boxes have just recently been distributed; to date, no teacher evaluations have been received.
However, already many requests
for additional Manuals and discovery guides have been received by the office.
Two representative letters commending this work may be found
in the appendix on pages 59 and CO.
JUNIOR HIGH PROGRAM - "SIGHT AND SOUND" A program was developed for junior high school students which
sought environmental awareness.
The approach was not via science
courses alone, an inter-disciplinary approach using the social sciences, English, music, art, and visual techniques was employed.
Eight seventh grade classes and one eighth grade class in two school districts (Pine Plains and Millbrook) participated in this program.
A Project S.P.R.U.C.E. Teacher-Naturalist worked directly
with the students.
In both schools, the teachers of these partici-
pating classes observed the lessons since they would assist in carrying on with some of the work and hopefully they were preparing themselves to utilize some of these approaches in their future teaching.
The first lesson concentrated on exploring "How Pictures Tell a Story - An Expression of Idea:; and Feelings".
Cameras were available
for student use; each class was asked to prepare a brief series of
slides which depicted the life of a seventh grader at his school. Songs and verses, to accompany the slides, were encouraged. The third lesson reviewed the influence of man upon the land and examined the growth of a community.
At the next meeting, students
were encouraged to plan a new community and examined the good and bad features in their immediate community.
Although the program did bring about some environmental awareness in the participating students and teachers, it did not achieve all of the expected results.
This was a new approach for students and teachers;
flexibility, creativity, open-mindedness, all were required.
innovative approach often runs into a number of problems.
the greatest difficulty in this instance arose from the fact that an interdisciplinary approach demands that a teacher have a broad and
sound background in the subject matter area as well as successful teaching experience. The goals of this program are very valid and hopefully, others
will attempt to use this meaningful approach to science-conservation teaching.
NEWSLETTERS During 1963 -69 Project S.P.R.U.C.E. continued the production
of its newsletters emphasizing aspects of the "new" conservation. 1. 2. 3. 4.
Water Noise Population and Space Snow Field Trips
All of the newsletters, except the one on field trips, included appropriate background information, teaching tips, and reference materials.
The latest newsletter, appearing in the form of a small,
convenient brochure, discussed the field trip as an enrichment experience and gives a comprehensive list of sanctuary areas in the five county area which Project S.P.R.U.C.E. served.
will no doubt reveal to many people nearby sanctuaries that they were unaware of.
On the average, 1000-1200 copies of each issue were mailed out. Teachers have commented most favorably about these and many have indicated that they have put into practice many of the suggestions indicated in these sources.
The New York State Outdoor Education Association has found these newsletters to be so remarkable that they have requested 200 copies of each for distribution to their membership:
The many teaching tips included in these newsletters and materials used in the Discovery Corners have just been reorganized into a small brochure entitled "Teaching Tips on Current Environmental Problems" which has already been widely distributed, this will continue to receive extensive use.
DEMONSTRATION LESSONS Demonstration lessons were given in the regular classroom
setting by the Project S.P.R.U.C.E. staff.
These were held not only
in the schools of workshop participants but in several complete schools.
The principals were invited to free other teachers so that
they, too, might observe the demonstrations.
were taught "indoors", "outdoors", and "indoors".
Seventy-three "indoor-outdoor" demonstrations were given to 3,481 children using this unique approach to teaching scienceconservation which made use of the immediate schoolgrounds.
There is no question that these special lessons have been most beneficial and this approach has reached many teachers who could not participate in the teacher workshops.
COMMUNITY GROUP PROGRAMS
With limited time and staff, community action could not be given high priority.
However, whenever called upon every effort was
made to render assistance.
The staff has worked with groups of camp counselors and assisted them in developing appropriate science investigations for campers.
Outdoor investigations have been demonstrated to scouts and
their leaders at Wilcox State Park and Sprout Lake.
The project staff has worked with a number of garden clubs and has given assistance with several science exhibits in the public library.
Each month, a varied and stimulating display has graced the
office windows of ProjectSPRU C E Examples of the scope of these displays are indicated by some selected subjects. Activities for Campers and Children Poisonous Wild Plants The Need for Zoning Snowflakes The public has reacted most favorabl2 to these and many individuals came into the office to ask questions.
Many requests to meet and speak to community groups were filled. Examples of such groups included church groups and the Forest Practice Board - a regional volunteer group working with the New York State Conservation Department.
The National Audubon Society in Sharon, Connecticut, has requested the services of Project S.P.R.U.C.E. Dr. Busch has led
walks, worked with parent groups and taught teacher workshops. Local girl scouts offered their services to the project and they assisted in clerical work as well as in the collection and assembling of parts of the urban discovery box.
4,1, sr.. v-70.
We would be remiss if no mention were made of some of the staffing problems that Project S.P.R.U.C.E. experienced.
difficulties were encountered in recruiting well-prepared staff for such an innovative project since the criteria for such personnel required the following qualifications:
teaching experience, a sound
science background, and knowledge of the outdoors. In itself the criteria for staff-selection limited the number of possible applicants.
However, perhaps an even greater problem
arose from the late date of funding of the programs.
provided funds after each school year had already begun and teachers were already employed.
Many potential teachers for the program were
already placed in positions since it was actually October or November before the director could ethically ask staff to commit themselves for the year
Since projects such as S.P.R.U.C.E. receive funding on a yearly
basis only, problems arise from this action.
Federal agencies should
realize that such action does not aid in the recruiting of older,
more stable staff since the lack of job security is so distinctly present.
Consequently, yearly funding tends to attract the very
young applicant who is mobile, with few ties, and who in addition does not present the necessary experience and in general the best qualifications one would desire.
In the three year period, Project
S.P.R.U.C.E. had only one experienced teacher for only one year. Staff rotation was enormous.
A total of thirty-nine people partici-
pated in the project over the three years whereas the budget provides for only four full time staff members!
Funding should not be
limited to a yearly basis when a project has proven its contribution:
A more appropriate period would be from five to eight years - a period of time in which a project REALLY can make an impact and "carry-over" of the project would be well established.
In view of these major staffing problems, the Director of the Project, Dr. Phyllis S. Busch, assumed many additional responsibilities which one would not normally include in the job description. Her vast contribution has, in spite of the many problems, made Project S.P.R.U.C.E. well-known and well-received, in New York State and throughout the nation.
In addition to the many facets of
administering the project, Dr. Busch has had to train her staff, has written almost all of the published resource materials, has taught almost all the workshops and has been directly involved in all facets of the project.
The accomplishments of Project S.P.R.U.C.E. are
truly remarkable and could not have been realized without the unique, unexcelled contribution of the director.
SUMMARY OF CONTACTS Considering the small size of the S.P.R.U.C.E. staff,
time director and one secretary, one part-time curator-naturalist,
one part-time teacher-naturalist, four part-time resource coordinators) the number of live contacts with pupils and with teachers, separately and together is great indeed.
In addition there were many live
contacts with administrators and community groups.
Seventy-three "indoor-outdoor" demonstrations were given to 3 481 children.
Five hundred and forty children participated in
programs designed for junior and senior high school pupils.
addition, one thousand, seven hundred and ten children received planned field trips to sanctuary areas, principally Skidmore.
details of the figures refer to page 61 in the appendix.)
There were forty-five teacher workshops held with 537 teacher contacts, which in turn affects 14,250 pupils.
One hundred and ninety-five administrative contacts were made and 818 community contacts.
In addition, the considerable number of curricula materials designed to reach teachers and to effect children which were duplicated and disseminated, was formidable.
Fifteen thousand, eight
hundred and ninety curriculum guides, manuals and brochures were developed. each.
These were sizeable products, ranging up to 42 pages
There were many single-page aids, also developed for teachers
The details on the numbers,-of "Curriculum Materials"
duplicated for dissemination may be found on page 65 in the appendix.
PHASING OUT OF PROJECTSPRUCE
How effectively the program has been innovated will be reflected in the way it is carried on in the schools after 1969. Different things are happening in each county, depending upon the interest of the Boards of Cooperative Educational Services, individual superintendents, principals, teachers.
The greatest promise lies
in those areas where the BOCES has undertaken a vital program.
will be most useful to report possible further progress according to each county. A.
The innovative camping program from a new point
of view was introduced into the Duzine School in New Paltz last year. The school is continuing this program without help this year and it is planned to continue this as an ongoing program.
have requested copies of our camping material which has been developed in order to develop this program.
Several teacher workshops have been held in that county.
meeting was made up principally of supervisors in order to eliminate "points of resistance" in introducing new ideas in teaching.
were held in individual schools but the majority were conducted at the BOCES headquarters.
BOCES is proposing a budget item for the coming year to hire a teacher-naturalist to carry on the work of Project S.P.R.U.C.E.
Several outdoor areas for school sites have been planned in
order to facilitate ongoing "indoor-outdoor" programs. B.
The special interest of a principal of the
Garrison Union Free School focused on the development of its school site for "indoor-outdoor" ongoing science-conservation lessons.
Interest in this project resulted in the development of the guide,
"Seven Steps for Developing an Outdoor School Area for Teaching Science-Conservation".
National Wildlife Magazine was impressed
the conservation education program and it is planning a photographic essay on the work of Project S.P.R.U.C.E. in that school in a fall issue.
In addition the S.P.R.U.C.E. camping program has stimulated camping programs in an adjacent area,
the Garrison Forest.
classes will have included camping experiences and will be using "A New Approach to School Camping" for planning the instruction. C.
The Jay Skidmore Sanctuary which is now owned
by Dutchess County Board of Cooperative Educational Services through the efforts of Project S.P.R.U.C.E. has been a center of great activity and community interest.
Dutchess County B.O.C.E.S. is
definitely planning to carry on the Project S.P.R.U.C.E. program in many ways with personnel and facilities.
Greatest interest has been
in this county, probably because of the sanctuary as well as the high interest of B.O.C.E.S. personnel.
Another factor would be that
a great deal of effort was concentrated in Dutchess County this year.
An active Advisory committee for the sanctuary was set up and is carrying on a planning program very enthusiastically.
County B.O.C.E.S. does plan to have one science-conservation consultant whose work will be concentrated in the curriculum of scienceconservation teaching, the use of immediate school sites, "indooroutdoor" teaching, and is planning sanctuary programs for enrichment purposes.
Special Occupational Services are involved in drafting,
making blueprints, etc.
One of the important features of this past year in the Dutchess County program was the emphasis on urban instruction.
This was tried
with the development of the URBAN DISCOVERY BOX.
Hill, Coordinator of Environmental Education of the U.S. Office of Education, spent two days exploring and observing the work of Project S.P.R.U.C.E. and was particularly interested in observing a lesson conducted in the city of Poughkeepsie. Pollution.
The topic was Air
She regarded her experiences as very favorable and wrote
a very favorable report.
At Vassar College a series of Demonstration lessons in scienceconservation were given to undergraduates who were student teaching in the city of Poughkeepsie.
They all used the materials and teaching
methods which were demonstrated in their classes.
initiated a point of view which has been initiated by Vassar as part of their teaching program and is to be incorporated in their new MAT program.
Numerous teacher workshops have been held in Poughkeepsie in order to concentrate on the urban scene.
The most ambitious one has
been a year-long, 15 sessions of workshops.
This is the one that has
been most carefully evaluated. D.
Several schools requested that trails be
developed on their sites.
The "Sight and Sound" program was initiated
in this county and has been used quite extensively in schools with community groups such as Boy Scouts through the efforts of one of the science coordinators from B.O.C.E.S. E.
Orange County has a sanctuary area known as the Although the Garden Club owns the site, the
Monroe School System and other interested groups such as the Girl and Boys Scouts may make use of it.
Many school visits have taken
place as a result of a series of teacher workshops and the interest of the elementary supervisor.
A very rich program using school
sites as well as the "Outdoor Classroom" is being planned for this fall.
It is difficult to assess at the present time the extent to which the teachers participating in the workshops will put into practice the principles, techniques, and knowledge acquired in their teaching.
However, we have had some immediate indications that are
remarkable and commendable.
Teachers have already worked with groups
of teachers in their home school to prepare them and their students for sanctuary experiences: following this they have served as group leaders for sanctuary trips and have assisted other teachers in their attempts to lead groups in this enrichment experience. Another workshop participant (from the Myers Corners School)
has prepared a proposal that will prepare an outdoor school area for teaching science and science-conservation, to prepare a guide for the teachers, and to aid the teacher in the effective use of the area. So many teachers have had the wonderful workshop experiences offered by Project S.P.R.U.C.E.; not only are they in a unique position with regard to their own classroom teaching but many other teachers are in a position to learn from these workshop participants.
The responses of a questionnaire sent to elementary and middle school principals, supervising principals, science coordinators and curriculum coordinators are a good barometer of ways in which some of
the aims of Project S.P.R.U.C.E. will be incorprated in the future. An analysis of the responses follows: 39% of the respondents indicated a continuation of the
environmental science-conservation program coordinated by a specially designated person.
86% of the respondents indicated that they will recommend to their entire faculty the inclusion of environmental education in their courses of study.
92% of the respondents indicate that they definitely plan to use their immediate outdoor school area as a laboratory for learning about the environment.
78% of the respondents indicate that their schools will utilize field trips to other areas for the purpose of enrichment experiences in environmental education.
65% of the Dutchess County respondents indicated that they are including plans to use the Skidmore Sanctuary.
Additional remarks made by these respondents indicate that two schools are trying to work out a cooperative program between B.O.C.E.S. and the Catskill Museum, two schools have indicated that they will conduct their own science-conservation workshops; three schools are in the process of setting up their own nature trails.
The basic principles, philosophies, and methods of teaching conservation education that have been so definitive of Project S.P.R.U.C.E will be applied in a large special project in a New York City school.
A proposal "To Plan a Total-Environmental Approach to
the Instruction of Emotionally Disturbed Children in Residence in Special (600) Schools" has been prepared by Dr. Esin Kaya and is awaiting funding.
This approach will place this "special" child in
contact with his environment; Project S.P.R.U.C.E. will now be a significant part of the learning experiences for these youngsters. It should be pointed out that even if funding is not made available for the fall, Dr. Kaya and Dr. Busch will proceed with this innovative project.
It has been indicated earlier in this report that many curriculum materials have been published by Project S.P.R.U.C.E.
During the life span of the project, the dissemination of these materials has been extensive and the geographic distribution has been wide.
Since there is every indication that these requests
will continue, the project is most grateful to Mr. Donald Shannon, Director, Mid-Hudson Regional Supplementary Educational Center. He has indicated that all of the published materials of Project S.P.R.U.C.E. will be registered with ERIC (Educational Research Information Center) and his office will handle the requests for these materials.
The wonderful services of Mr. Shannon are a significant
part of the phasing out of the project since the continued dissemination R of ProjectSPUC
materials is assured.
The contributions of Project S.P.R.U.C.E. will not cease with the termination of the project funding.
Our report indicates that
many provisions have been made at many different levels and localities to assure the continued contributions of this truly innovative project.
SUMMARY AND RECOMMENDATIONS
Project S.P.R.U.C.E. was a very ambitious and complex undertaking.
One of its most important contributions to the communities
it served, as well as the larger community beyond the Mid-Hudson Area, was to bring about a unique awareness of total environment into the existing curricula.
This was brought about in a number
of ways and was brought to the attention of many teachers and administrators.
The number of people served has been vast and this
was achieved not only because of the personal contacts and workshops, but by the abundance and unexcelled quality of the products produced as well as their extensive dissemination.
The work of Project S.P.R.U.C.E. has provided teachers for present use and for future use resources and techniques not previously available to them; these will help teachers to carry on with the innovative work initiated by the project.
Since Project S.P.R.U.C.E. was such a complex program, a number of recommendations for future programs might be in order.
Of prime importance would be the recruitment of a more competent staff.
Involved are not only the educational background and necessary
teaching experience, but salaries, length of service, periods of funding, etc.
The staff must be of such calibre as to assist the director to
truly function as that position demands and to enable the staff to make its fullest impact.
If competent staff is not available, then
perhaps a special intensive period should be included to train selected staff for effective participation in such a program.
Secondly, even if we assume that a project has been able to recruit a truly competent staff, the scope of a program should be
This would allow for more intensive approaches to
the facets being developed.
It would also be more meaningful and no doubt more effective to have a project serve a smaller geographic area.
S.P.R.U.C.E. served five counties which included a total of approximately 4000 square miles!
Travel would definitely be mini-
mized and the schools served would be more closely located and would more closely identify with, the project staff.
could offer fewer schools more intensive services.
The brief funding period of the project has served to be a distinct disadvantage not only in the recruitment of competent staff but also in long range planning of program objectives.
philosophies of this innovative program are difficult to transmit to teachers and administrators in a brief period of funding.
there is continued realization of the true contribution of Project S P.R.U.C.E., a longer period of time would give teachers more opportunity to implement and utilize the new approaches, techniques, and philosophies developed by the Project.
Project S.P.R.U.C.E. focused much of its efforts on teacher workshops and this focus should be continued.
However, it would be most
advantageous to select teachers who already have competence in science and, therefore, are not participating in the workshop primarily to acquire basic concepts of science.
If teachers do not have these
competencies, then preceding a workshop which strives to develop new understandings and techniques, an intensive class of a semester or year's duration should be conducted to fulfill this need.
then be in a much better position to draw conclusions about the impact of the teacher workshops.
The younger participants at Bennett College, Vassar College, and the S.P.R.U.C.E. Workshop differed in their apparent reaction
to adopting new phases of the program.
These individuals were more
flexible and were not established in their teaching methods. readily applied the new approaches almost immediately.
would be better to focus on selecting the younger, less experienced teachers for workshop participation and special consideration might be given to conducting pre-service workshops. The teacher workshops should be limited to teachers from a smaller geographic area in order to facilitate meetings.
perhaps also a need to schedule the workshop hours earlier in the day so that, particularly during the winter season, more daylight would be available for using outdoor resources and possibly more meetings should be considered.
teaching in grades K-8.
The most recent workshop participants were Workshops organized for teachers of one or
two grades would allow greater opportunities for concentration on special areas of the science curriculum. The evaluation of the workshop participants should continue and include the observation of teachers by a trained observer in the classrooms before, during, and after their participation in the training program.
However, it would be most helpful if the observed
lessons could focus on a particular topic area which could incorporate that which has been learned.
It might also be very valuable to observe
selected teachers teaching an entire science unit rather than individual lessons since an individual lesson does not always fully portray the true impact of a program.
The exposure of teachers to new techniques and approaches
should bring about changes in their teaching.
A study should be
made which would evaluate the effect of the special training upon the children - to what extent have they developed attitudes and values regarding the condition of the planet, the extent to which they
become imbued with a sense of responsibility, and furthermore, what conservation activities rps,lt from such teaching. In reviewing all of the work of Project S.P.R.U.C.E., there is evidence from many sources to support the idea that this project
has made a truly favorable impact and has been a successful project!
Dr. Busch Bennett College Workshop 13 Pupils December 6, 1968 Dr. B: Please write a lesson as you would teach it. You can write it so that it will be useful to you. The lesson will be different for each person. Here is a card. Write your name on the card. Now you have a problem. Write your name on the problem. Remember your problem.
In developing the problem, what will you consider? How would you go about it? Would someone like to discuss a problem? Would someone like to discuss their problem? S:
Which part of the playground is warmer?
How would you prepare for it?
We are going out on the Dr. B: I'll ask them in the morning. playground and we will touch things to see which is warmest. What could you do beforehand? S:
I don't think you need to do a playground preparation ...I think they could touch things indoors.
How do you solve it? (1:20) You have a teaching problem. Let's take two jars of water and test them. What assumption are you making? S: That the water is the same. Dr. B:
You are assuming that Children know Also check your assumption. the difference between hot and cold. Touch the floor - in the sun and in the shade. Which is warmer? You see children must make a Suppose you do 2-3 days preparation deciding series of assumptions. Until you need to use an instrument or between hot and cold. thermometer to measure, you build concepts. You are concerned with careful observation. What makes this warmer or cooler? They are trying to make an explanation. T:
Suppose a child says "in the sun", Different responses. Dr. B: "Let's all feel in (1:25) then what happens when there is no sun? If I take the sun away will the sun. Let's all touch in the shade. it be cool? Make a shadow. C:
Suppose a child doesn't understand a shadow?
What kind of shadow do you get from a hand? A pencil, etc.? If they are interested bring in foil, glass, seran wrap, waxed paper. Will waxed paper make a shadow? So the children are making assumptions. Dr. B:
If there is no sun, what do you do?
You don't do shadows. Dr. B: teaching.
What can you do?
You can do creative
Use a flashlight. cold water.
A jar of hot water and a jar of
That doesn't help on the playground.
Yes, it does because you are showing a concept of hot and If you were to touch soil, grass, wooden bench, iron of cold. swings, which would be the warmest?
Could you both be right? Probably you will all agree which is warmest outside - lie down in the sun - see if there is a difference.
Just a moment - you wanted to show cold, warm, hot.
Yes, you are building concepts. Concepts change and enlarge in concept formation. C: Animal evidence. Can you take a spider? Dr. B:
Is a spider an animal?
No, an insect.
Dr. B: Is an insect an animal? There are three divisions - minerals, animals, plants. Is a spider an animal? S: Yes. Dr. B: S:
It is important to verify things, to test things.
Is a three year old able to handle a string around a tree?
Probably not - it might take two children. project the situation. S: Number 14. Dr. B:
It is good to
Make things interesting to yourself, then it will be interesting to the children, then bring in a little conservation. Let us plug up all the holes where chipmunks live. Even at a young age, you can teach them something about interrelationship. The idea is for them to find out. What keeps the animals warm? What do you do to keep warm. There is no way unless you lecture on climatology you can start - when springtime comes, what does your mother find on the furniture? Yes, animals shed their winter coats. Dr. B:
Dr. Busch explains assignment.
The problem I had to present to you today is about habitat. What does it mean to you? Dr. B:
An animal feels at home only in its habitat. life possible? S: The environment about it. Dr. B: Dr. B:
What about the environment?
Dr. B: Protection - a place to have its babies or you would have the end of a species. What kinds of habitats do you have in this room?
Gerbil...plant...fish in water.
Dr. Busch: S:
How about cockroaches?
How about spiders?
See the spider egg cases on this cardboard box.
You left out an important animal. S: Us. Dr. B: Flies. Let us go outside now to find habitats. Yes, people. Dr. B: Group I look only underfoot. Group II look only at eye level. S:
Group III look only overhead. Look for evidence. What kind might there be? Suppose I see a nest? Suppose I see a snake, bird? Is that direct or indirect evidence? That is another large concept. Let's go and investigate habitat in Bennett. 1:55
What Dr. B: Grass. S: Dr. B: What did you find on the ground? else? We did not give this enough time. I found a hornet's nest. After a good freeze you can safely remove it. What I am going to do is give each one a piece so that you can add it to your collection. You can use a magnifying glass to investigate a habitat. So you can investigate further. You can use other flies, hornets nest, etc. These wasps chew twigs and make paper for their and do a unit on it. There is a good book on insects. There are some good nests. Another good book Who Lives There by examples of insect habitats. Colby.
Dr. Busch holds up cards with picttres on them and says "Who lives there?" You have fields, trees, stream, etc., so that a child can find all types of habitats. Ranger Rick has a good article. Dr. B: (2:03) Students examine cards. I brought you a present. Use rhymes, riddles, etc. - another resource. Mini-boxes - we made them up for you. Another resource is filmstrips. This is a film strip for cities. One thing that is important. You This is just a Each is divided into thirds. must use a manual. suggestion for the use of filmstrips. All of this is underfoot. Excavations all have a wall around them. :08
Motivation - this is an opening for a field trip. It is changing land for people to use. things.
Conservation is many
If you are going to use (2:15) Dr. Busch shows a short filmstrip. a filmstrip, there is a lot of preparation before and after.
PERSONAL INTERVIEW OF MISS ROSEMARY GANNON, BENNETT COLLEGE, WHOSE STUDENTS RECEIVED A SERIES OF SIX TEACHING SESSIONS FROM DR. BUSCH FOR PROJECT S.P.R.U.C.E. IN THE FALL SEMESTER '6869. INTERVIEW WAS CARRIED OUT BY MRS. CLARE MAY ASSISTING DR. KARLE IN TUE DATE OF INTERVIEW FEBRUARY 13, 1969. EVALUATION OF THE PROJECT.
Miss Gannon felt that major results were obvious from the The teacher workshop primarily in the approach of the students. indicated that the students were "passing out less glib information" and were instead asking questions and attempting to have the children "discover". Of major benefit was the making of mini-boxes by the students for rainy and sunny days. They, by themselves, were forced to "go out and find" articles for their boxes. Then they made up lesson plans for different age levels - 3 years, 4 years, Kindergarten, 1st and 2nd grade. This represented a different type of project for them.
Miss Gannon noted that the teachers with now greater awareness would direct conversation of the children on walks toward what they could see, rather than in general conversation. .Conservation concepts came in primarily in terms of "saving" water, trees, etc.
Faculty members were made aware of their own lack of emphasis on science concepts and conservation concepts in teaching students. Although large blocks are devoted to children's literature, art, etc., no block is devoted to science. Faculty members were surprised to see three year olds and four year olds mastering concepts of science in the workshop conducted by Dr. Busch. The reading list and sources made available by Dr. Busch should be incorporated into the theory and required reading of their students. Miss Gannon was most enthusiastic over the method of the program with its evidence of questioning and discovery. Discovery boxes used in different seasons are a major contribution. The unique skill and personality that Dr. Busch brings to the program contributes to the impact of it.
Miss Gannon was most enthusiastic in her praise of the project. She discussed for an hour the matters summarized in the previous paragraphs.
Millbrook BENNETT COLLEGE New York
February 24, 1969
Mrs. Morris May 63 Park Avenue Poughkeepsie, New York
Dear Mrs. May:
The enclosed material I believe completes the assignment given by Dr. Busch to the Child Study Seniors. In response to the questions sent to me, as I discussed with you on February 13, three of the students during the first semester had an opportunity to make use of the material presented. They used it in projects presented in Four Year Old groups. These projects were related to melting snow and discussing the dirt that they saw in the water. Using the question and answer method that Dr. Busch demonstrated so well they tried to develop the concept that snow should not be eaten. Another student with the children planted a hyacinth bulb and the children cared for it and were delighted when it blossomed. This semester several students are planning to use their mini-boxes as they work out projects not only with the Nursery School children, but also with Kindergarten and First Grade groups where they work. Last week a student presented the melting snow project at the Dover Day Care Center and the director reported that she did a fine piece of work. The faculty are constantly utilizing the workshops as they work with both children and students. They have asked students to plan more science projects for this semester and they also are using the ideas and materials that Dr. Busch gave to us. The demonstration in both Four Year Old groups was extremely valuable. Teachers and students observed Dr. Busch putting theory into practice. During conferences in January with Four Year Old parents, a number of them asked about this "special day" since the children had talked about it and brought home some leaves and pieces of branches that she had given to them. Her classes with the students were excellent. She gave them materials and ideas which they are using and I am sure they will continue to use them. The mini=boxes which each one prepared I checked and these, although they took time to prepare, especially the lesson plan, were most valuable since they were evidence of what the students gained from Dr. Busch's presentation. They also will be of use in the future.
Mrs. Morris May
As I told you our recommendation is that Dr. Busch come every year: Of course we understand that this program is or was funded by the government, but we do believe that it is one from which every potential as well as present teacher could gain many skills so necessary in working with young children. You will also be interested to know that two of the Nursery School teachers asked me last week to order the books and magazines that Dr. Busch recommended so that we can have the necessary reference include materials. I assured them that I shall' make every effort to these materials in the budget. In conclusion I must say that Dr. Busch's enthusiasm, skillful techniques in presenting ideas and the interest that she aroused in the students and teachers contributed immeasurably to our work during the first semester. We are most fortunate in having had such workshops. Sincerely,
Rosemary Gannon, Chairman Child Study Department
PERSONAL INTERVIEW OF DR. JOSEPHINE PALMER, VASSAR COLLEGE, WHOSE STUDENTS RECEIVED A SERIES OF TEACHING SESSIONS FROM DR. BUSCH FOR PROJECT S.P.R.U.C.E. IN THE FALL SEMESTER '68-69. INTERVIEW WAS CARRIED OUT BY MRS. CLAIRE MAY ASSISTING DR, KARLE IN THE EVALUATION OF THE PROJECT. DATE OF INTERVIEW FEBRUARY 13, 1969.
Dr. Palmer voiced great enthusiasm for Dr. Busch's course with the Vassar students. Dr. Palmer was quickly able to see the incorporating of method and of content within the student teaching sessions. She is anticipating even greater use during the present term. Although students utilized the material differently, each one felt more confident in approaching science in the classroom. This is an area which is almost untouched normally in the preparation of Vassar students for teaching. No course emphasizes science subject matter or method as developed by Dr. Busch, Project S.P.R.U.C.E. which was a unique bonus to this group. Several of the students used the out-of-doors approach with their classes.
Of enormous value was the attitude that science can be taught within the immediate environment. This represents a sharp contrast to the usual emphasis on extensive and expensive science laboratories. The value of the mini-boxes contributed to this realization. The boxes reflect among other things, the availability of "natural material" for teaching. Here again the students responded quickly with understanding and appreciation for "collecting" e.g. leaves. Dr. Palmer felt that the impact of the method - "discovery" carried over into the students teaching in subjects besides science. The girls on many occasions attempted to "develop and pull" from the class. This marked a difference from their previous methods. Dr. Palmer indicated that to her mind S.P.R.U.C.E. and Dr. Busch are a unity, Dr. Busch's wide knowledge and unique ability to utilize the "discovery" method has enormous impact upon both the students and faculty.
Dr. Palmer was less than confident future students in her classes would have the benefit of an expert in conservation education. She indicated that finances 'are very restricted. Dr. Palmer felt that colleges devoted specifically to teacher preparation should incorporate both the method and content of Project S.P.R.U.C.E.
PRODUCTS BY PROJECT S.P.R.U.C.E. July 1, 1966-June 30, 1969 I Curricula Materials:
Manuals to Implement the Teaching of Environmental Education
"A New Approach to School Camping Grades K-6: Some Suggestions for Outdoor Investigations in Science-Conservation for Camps, Playgrounds, Parks, Sanctuaries" by Project S.P.R.U.C.E. staff. 1969.
"Seven Steps for Developing an Outdoor School Area for Teaching Science-Conservation" (based on Garrison Union Free School in Putnam County in a rural area.) 1968.
"Seven Steps for Developing an Outdoor School Area for Teaching Science-Conservation" by Dr. Phyllis S. Busch, Project Director. (Revised to apply to urban as well as rural areas). 1969.
"Seven Steps for Developing an Outdoor School Area for Teaching "Nature Study Tips" Science-Conservation" Rpprinted in series. in Nature Study, Winter 1963-69.
"PINE - a Teaching Guide to Discovery Indoors & Outdoors: 101 Stimulating Ideas Grades K-6" by Dr. Phyllis S. Busch, Project (Designed to accompany a box of specimen). 1967. Director.
"S.P.R.U.C.E. Discovery Manual 169 Investigations Indoors & Outdoors, Grades K-6" by Dr. Phyllis S. Busch (Designed to 1969. accompany a box of specimen).
"S.P.R.U.C.E. Urban Discovery Manual: 75 Stimulating Ideas for Investigating Some Common Urban Resources N-6" by Dr. Phyllis S. (Designed to accompany a box of Busch, Project Director. specimen). 1969.
"Some Guides to Discovery About Cement, Cockroaches, Earthworms, Elm Trees, Owls" by Dr. Phyllis S. Busch, Project Director. 1968.
"Some Problems for the Teacher Useful as a Basis for Planning Lessons in Science-Conservation" by Dr. Phyllis S. Busch, Project 1969. Director. 10.
"Teaching Tips on Current Environmental Problems" by staff of 1969. Project S.P.R.U.C.E.
A Curriculum Presentation" by Dr. Phyllis S. Busch.
II 1. 2. 3. 4. 5. 6. 7.
Open Space - December 1967 Air Pollution - January 1963 Water Pollution - September 1968 Noise Pollution - October 1968 Space & Population - December 1968 Snow - January 1969 Field Trips (in our five county area) April 1968 Brochure 1966-67 Brochure 1967-68 Brochure 1968-69 Bibliographies
III 1. 2. 3. 4.
"Some Reference Material on Snow" "Books, Publications, & Records on Noise Pollution and Noise" "Books, Publications & Films on Air Pollution" Modification of "Conservation Education: A Selected Bibliography" by Joan Carvajal and Martha Munzer
IV ,Ascovery Guides & Data Sheets 1. 2. 3. 4. 5. 6. 7. S.
10. 11. 12. 13. 14. 15. 16. 17.
"Paved Deserts" and Rocks Outdoor Discovery Guides on Tree Growth Number of seeds Area Sampling Data Amount of Soil Weather Observation Data Sheet for Problem: What material would make the warmest coat in today's weather? Temperature Data Card Norse Chestnut Twig Discovery Guide on Habitats Elm Tree Investigations Cement & Concrete Investigations Investigations: Earthworms Investigations: Cockroaches Investigations: Elm Trees Discovery Guide on Rate of Tree Growth Size of Raindrops Sanctuary Aids
1. 2. 3. 4. 5. 6.
Discovery Guide for Sanctuary - Habitats Sanctuary Discovery Guide - Habitats Letter following a Field Trip Fields & Woodlands, A Review and Follow-up with Conservation Implications (X-1-2) Fields & Woodlands, A Review and Follow-up with Conservation Implications (3-4) Fields & Woodlands, a Review and Follow-up with Conservation Implications (5-6) Weather and Life, A review and Follow-up with Conservation Implications (K-3) Weather and Life, a Review and Follow-up with Conservation Implications (4-6)
11. 12. 13.
Reports of Resource Surveys of School Sites 1. 2. 3.
4. 5. 6. 7. 8. 9.
10. 11. 12. 13. 14.
4. 5. 6. 7.
Outline for a Teaching Unit Winter School Site Problems - Kindergarten-Nursery level Spruce Discovery Corner: How to Assemble Some Suggested Problems for Investigations Indoors & Outdoors Terraria How to Catch Snow Crystals Self-Guiding Indoor Trail: Practice in Its Development and Use Discovery Boxes
1. 2. 3.
P.I.N.E. Discovery Box 1967 S.P.R.U.C.E. Discovery Box 1968 Urban Discovery Box 1969 S.P.R.U.C.E. Discovery Corner Visuals
XI 1. 2.
Mt. Marion School, Mt. Marion, N.Y. Oak Grove School, Poughkeepsie, N.Y. Staatsburg Elm. School, Staatsburg, N.Y. Frank L. Meagher Elm. School, Kingston, N Y. Kinry Road School, Wappingers Falls, N.Y. Vassar Road School, Poughkeepsie, N.Y. North Park Elm. School, Hyde Park, N.Y. Randolph School, Wappingers Falls, N.Y. Myers Corners School, Wappingers Falls, N.Y. Liberty Street School, Middletown, N.Y. Monroe-Woodbury Nigh School, Central Valley, N.Y. Outdoor Classroom, Schunnemunk Road, Monroe, N.Y. Monticello Elementary School Survey Garrison Union Free School Forest Trail, Garrison, N.Y.
Techniques for Teaching 1. 2.
Ponds and Wetlands, A Review and Follow' -up with Conservation Implications (K-3) Ponds and Wetlands, A Review and Follow-up with Conservation Implications (4-6) Jay Skidmore Sanctuary - Now to Get There Map of Skidmore Sanctuary Cover Map of Skidmore Sanctuary
Slides of assorted project activities 16mm film of some urban outdoor teaching activities (on loan to Andrew Johnson, Missouri Botanical Garden, 2315 Tower Grove Avenue, St. Louis, Missouri 63110.) Sight & Sound Slides and Tape: McAndrews & Copening Evaluations 1967, 1968, 1969 S.P.R.U.C.E. Proposals 1967-68, 1968-69
SCHOOL GROUPS VISITING SKIDMORE SANCTUARY Oct. 10
Fishkill 5th grade (Wappingers School District)
Fishkill 5th grade (Wappingers School District)
Fishkill 5th grade (Wappingers School District)
Fishkill 5th grade (Wappingers School District)
BOCES Community School
Fishkill Plains Kindergarten, Miss Ketcham (Wappingers School District)
Fishkill Plains Kindergarten (Wappingers School District)
Cub Scout group
Titusville 4th grade, Mrs. Burke (Arlington School District)
Overlook, Mrs. Lane (Arlington School District)
Myers Corners, 3rd grade, (Wappingers District) Teachers:
Mrs. Doughty, Mrs. Beauchamp, Mrs. Stratton
LaGrange, morning Kindergarten afternoon
SKIDMORE SANCTUARY FIELD TRIPS
LaGrangeville (Arlington School District)
Vassar Road School, Miss Mierzwa (Wappingers School District)
Myers Corners School, Mrs. Carver (Wappingers School District)
April 29 May 1
La Grange School, Mrs. Masson (Arlington School District)
Vassar Road School, Mrs. King (Wappingers School District)
LaGrange School, Mrs. Michaels (Arlington School District)
Vassar Road School (Wappingers School District)
Vassar Road School, Mrs. Otis (Wappingers School District)
Myers Corners School, Mrs. Kowalski (Wappingers School District)
Sheafe Road School, Mr. Hart (Wappingers School District)
Vassar Road School, Mrs. Lambert (Wappingers School District)
Vassar Road School, Mrs. Fleishman (Wappingers School District)
.Sheafe Road School (Wappingers School District)
Millbrook Elm. School, Mrs. Hammond (Millbrook School District)
Vassar Road School, Mrs. Lawson (Wappingers School District)
Vassar Road School (Wappingers School District)
LaGrange School, Mrs. Parker (Arlington School District)
LaGrange School, Mrs. Romano (Arlington School District)
(Field Trips continued)
Vassar Road School, Mrs. Schmalkueke (Wappingers School District)
Myers Corners School, Miss Ramage (Wappingers School District)
Vassar Road School, Mrs. Booth (Wappingers School District)
Sheafe Road School, Mrs. Pelton (Wappingers School District)
Millbrook Elm. School, Mrs. Eullis (Millbrook School District)
Vassar Road School, Miss Pearce, Miss Rappylea (Wappingers School District)
LaGrange School, Mrs. Parker (Arlington School District)
PEARL RIVER PUBLIC SCHOOLS EVANS PARK ELEMENTARY SCHOOL
40 Marion Place Pearl River, New York 10965 Phone: 914 PE 5-4091 Richard A. Anderson Principal
Robert F. Alioto Superintendent
May 6, 1969
Dr. Phyllis S. Busch Project Director S.P.R.U.C.E Pine Plains, N.Y. 12567 Dear Dr. Busch:
Thank you for the following guides which we found most interesting: 1.
75 STIMULATING URBAN DISCOVERY MANUAL: IDEAS FOR INVESTIGATING SOME COMMON URBAN RESOURCES
SOME GUIDES TO DISCOVERY ABOUT ELM TREES, OWLS, COCKROACHES, EARTHWORMS, CEMENT AND CONCRETE GRADES K-6
If available, we would greatly appreciate 15 additional copies of each guide. Sincerely,
Richard A. Anderson Principal
CHESTER ELEMENTARY SCHOOL Maple Avenue Chester, New York 10918 Area Code 914-469-2150
ROGER A. GOLDEN Supervising Principal
Dr. Phyllis S. Busch Project S.P.R.U.C.E. Pine Plains, New York
PATRICIA A. HERBERT Elementary Principal
May 6, 1969
Dear Dr. Busch:
Thank you for the two excellent guides you recently sent to my attention.
I would like to request four
copies of each guide for sharing with our classroom teachers.
Thank you for your cooperation. Sincerely yours,
Patricia A. Herbert, Elementary Principal
SUMMARY OF CONTACTS LIVE CONTACTS
(Pupils, Teachers, 'Administrators, Community Groups)
(July 1, 1968 - June 30, 1969)
Elementary Classroom Demonstrations
Bennett (PSB) *
1 x 30
Sprout Lake Camp (JG)
2 x 25
Girl Scout Day Camp (JG) 4 x 24
Elementary Schools (RC)
106 x 30
Elementary Schools (KW)
3 x 20
Audubon Field Trips (PSB)
Junior & Senior High Sight & Sound Program (RC)
16 x 30
Hyde Park (PSB)
*Initials in parenthesis indicates staff member
Hyde Park (PSB) 3x
Poughkeepsie (PSB) 15x
Orange County (PSB & SB) 4x
Orange County (including Seven Steps)
Putnam County (KW & RC)
Webutuck (RC) 8x
Orange County (PSB & SB)
Garrison (PSB) 2x
Sullivan County (PSB)
Skidmore Teacher Training (PSB & JG)
Camp Wakoda Staff Training (SB)
Skidmore Training (PSB)
Outdoor Classroom (SB)
Liberty Workshop & Surven(SB)
Scout Counselors (Dutchess County)
Scout Leadership Trainees (Orange Co.)
COMMUNITY CONTACTS Audubon Festival (PSB & JG)
Methodist Church, LaGrangeville (PSB & JG)
Forest Practice Board (JG)
Pine Plains':Garden Club (JG)
Dutchess Co. Planning Board (PSB)
Orange-Dutchess Garden Club
Skidmore Family Trips (HM)' 0E0 (8x)
Adult Ed. Course at Monroe-Woodbury (SB)
PTA, Central Valley (SB)
ADMINISTRATIVE CONTACTS Science Coordinators Meeting (PSB)
Urban Principals-Ulster (PSB)
Wappingers Principals Meeting (PSB)
Orange County Supervisors (PSB) Vassar Ed. Dept.
Amenia Supervisor (PSB & RC) Pine Plains Central School Sup.
(PSB & RC)
WGBH Urban Meeting, Boston (PSB)
Vassar (Dean, Ford Foun. etc.) (PSB)
Dutchess Co. BOCES (PSB & JG)
Greer School (PSB)
Administrative Contacts (continued)
Cardinal Hayes School (PSB)
Shannon (PSB & JG)
Dr. Rill°, Glassboro, N.J. (PSB)
Albany (Rosenstein, Amyot, Johnstone, Templeton) (PSB & SB) Skidmore Advisory Board (PSB, JG & RC) Luncheon meeting
Dr. Hunger (PSB)
Orton (RC) & O'Connor
Millbrook Principal & Faculty (PSB)
Seven Step Contacts (RC)
SANCTUARY TRIPS Skidmore Manson Strauss, W. Strauss, T. Widmer, K. Copening, R. Busch, P. Barker, S.
18 15 2 1
540 450 60 30
330 30 210
TOTAL PUPILS AFFECTED BY CLASSROOM DEMONSTRATIONS, FIELD TRIPS, TEACHER WORKSHOPS: 3,481 540 14,250 1,710
Elementary demonstrations Jr. & Sr. High School Teacher workshops Sanctuary trips
CURRICULUM MATERIALS DUPLICATED FOR DISSEMINATION
(July 1, 1968 - June 30, 1969)
SEVEN STEPS FOR DEVELOPING A SCHOOL AREA FOR TEACHING SCIENCE-CONSERVATION
ANEW APPROACH TO SCHOOL CAMPING
GUIDES TO DISCOVERY
URBAN DISCOVERY GUIDE
URBAN DISCOVERY BOXES
NEWSLETTERS, Vs 3,
Sp 6, 7
PROBLEMS FOR TEACHERS
INDIVIDUAL DISCOVERY GUIDES