The Rhode Island Zoological Society will develop, prototype, install, and evaluate "Habitrek", a 3000 sq. ft. exhibit to be placed in their new Education Center. The center is a circular building and as visitors go through it they will encounter habitat displays of a Urban Providence, Woodlands, Wetlands, and Desert. In addition there will be giant scale replicas of a wormhole, a bat cave, a prairie dog colony, and a stream. Their intent is to use live animals, animal replicas and interactives to shift the visitor's emphasis from simply finding and identifying species to learning about habitats where animals live and where animals and humans often have to interact. In addition to the exhibits, several complementary educational activity packages will be developed. These include a family activity pack of activities that can be completed both at the zoo and in the home. They will relate many natural history stories not obvious from the exhibit alone. To streamline the development process, materials developed by the Bronx Zoo's Habitat Ecology Learning Program (an NSF-supported teacher enhancement activity) will serve as the basis for these family packs. The HELP materials will also serve as the basis for activities developed for use by teachers to complement the already existing Kits in Teaching Elementary Science (KITES) program (another NSF-supported program). The zoo also has cooperative programs with the Rhode Island Girl Scout Council and materials will be modified for their use as well. Of special interest is the attention that is being given to going beyond minimum ADA standards to make the exhibit broadly accessible. Ambient sound will be an important part of all exhibit settings, design considerations will be made for those with limited vision, and sightlines will be consistent with wheelchair standards, are a few examples. The anticipated exhibit opening is early 1998.
The New York Hall of Science will develop an interactive exhibit for the general public "The Chemistry of Life". There will be two editions of the exhibit: one 2,500 sq. ft. version will be installed permanently in the New York Hall of Science and another 1500 sq. ft. version will travel nationally. Focusing on the common chemical processes behind all life on earth, the exhibit will help visitors learn four basic chemistry concepts: 1) a shared chemistry underlies all forms of life, 2) the chemistry of energy transformation takes place in all living things, 3) chemical energy is converted to mechanical energy to animate life, and 4) the chemistry of reproduction provides for the continuity of life. The chemistry of the human body will be used whenever possible as an entry point to the concepts. Exhibits will include a hands-on staffed visitor chemistry lab, interactive activities, stimulations, models, demonstrations, and video clips. Complementary materials and workshops will be developed for families, school groups, and teachers. These materials are being developed with the curricular needs of the New York State Systemic Initiative and New York City Urban Systemic Initiative in mind. Teacher and student materials will be keyed to the curriculum guidelines. The long-term exhibit is scheduled to open late in 1998 and the traveling version will be available in spring 1999.
The Louisville Science Center will develop "The World We Create", a 13,000 sq. ft. exhibit which will transform their second floor to an active learning environment where visitors can explore the simplest element of the creative process to the most sophisticated networks available to our society. The activities will be organized into five core exhibit areas: New Way Tunnel, Think Tank, Inventor's Garage, Chemistry Kitchen, and Tech World and will reinforce educational reform activities in math, science, problem- solving, team cooperation, and decision making. In addition to the large number of interactives, there is a substantial technology/telecommunications component known as the Tech Forum. This will serve at the home site for the Kentucky TeleLinking Network (KTLN). The educational objectives of the exhibit were developed under the guidance of prominent formal educators in the state and they address both the education reform goals of the state and national science and math standards. The exhibit has also been developed with direct participation of a number of private sector partners. It is an impressive community effort. The exhibit is scheduled to open in March, 1997.
The project conducts action research to learn more about how different groups use technology in meaningful ways, develops approaches that significantly increase access for underrepresented groups, and proposes ways in which technology might be modified or redesigned to engage, address, and represent diverse populations. The project targets children and young people from groups underrepresented with technology, informal and formal educators, community groups and organizations, researchers, policymakers and funders, industry, and the public. Products include: a report on the state of access of underrepresented groups to technology; case studies; guides to increasing community access to technology; guidelines about how to be critical viewers, users, and makers of technology; report on the issues involved in producing diverse and equitable technology design; exemplars and ideas for diversifying technology design; suggestions for software publishers and industry; commissioned papers on issues of access and design for particular underrepresented groups; an agenda for action; and interactive World Wide Web site; and a popular press book that synthesizes the knowledge gained through this project.
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TEAM MEMBERS:
ellen wahlYolanda GeorgeEric JollyLaura JeffersAndres Henriquez
The Science Museum of Minnesota will develop "Buildings: A Traveling Exhibit and Permanent Installation with Education and Outreach Programs". This is a multifaceted project that includes a 5,000 sq. ft. exhibit that will explore the science, technology, and human perception of buildings. The exhibit will tell three stories: 1) buildings must obey physical laws to stay up, 2) buildings are complex operating systems, and 3) buildings reflect and shape the societies that create them. The exhibit will initially be developed as a traveling exhibit that will circulate among the member institutions of the Science Museum Exhibit Collaborative (8 institutions) and then it will be reinstalled in the new SMM $77 million building. Additional partners collaborating on this project include the National Building Museum, the Society of Building Science Educators, Habitat for Humanity International, The ReUse Center, the Vital Signs Program and the Center for City Building Education. Special attention will be given to reaching girls and women and the physically challenged. A broad menu of public programming is planned and school-linked materials will be developed.
Discovery will develop and disseminate museum activity manuals and hands-on science activity materials to Magic School Bus museum sites nationwide. These materials will enable participating museums to: o provide enrichment activities, demonstrations, tabletop exhibits, and other science programming to support seasons III and IV of The Magic School Bus series; and o maintain and nurture collaborations at each site between schools and teachers, public television stations, youth-serving organizations, libraries, and the museum. The key staff will include Jerald H. Reynolds of Discovery Place who will be PI and will have responsibility for coordination of The Magic School Bus collaborative. Marcia Rudy, Director of Public Programs at the New York Hall of Science will lead the development team for the museum activity manuals. Rhonda Kiest, Director of Educational Exhibits at the Children's Museum of Houston, will have primary responsibility for design of the new tabletop exhibits and for upkeep of the two Scholastic's The MAGIC SCHOOL BUS Inside the Earth exhibits that are now traveling to museums. Cheryl Gotthelf, the Executive Project Director for The Magic School Bus television series will assure coordination between the museum project and series development.
The Science Education Department of the Harvard-Smithsonian Center for Astrophysics will produce and evaluate a pilot for a series of after school television program targeted at youth aged 9 -12. The series, which is based on the research into children's misperceptions about science conducted by the applicant, will help viewers make sense of often poorly understood or misunderstood science principles. The project will be highly interactive through the use of the Internet and 800 numbers. In the television series, viewers will see "evidence" for different ways to interpret basic science concepts and will be called upon to make sense of the key evidence, conduct further investigation on their own, and register their findings via the Internet and World Wide Web or by calling an 800 number. In response to the viewer's verdict, local stations will air either a "guilty" or "innocent" resolution -- both of which will clarify the science concept being considered. The PI for the project will be Philip Sadler, Director of the Science Education Department at the Harvard-Smithsonian Center for Astrophysics. The Project Manager will be Matthew Schneps, Director of the Science Media Group. Education and science content will be the responsibility of Hal Coyle, a science teacher and curriculum developer, and Roy Gould, an Education Specialist at the Center. The principal science advisor will be Irwin Shapiro, Director of the Center for Astrophysics, and the chief educational advisor will be Charles Whitney, Prof. Emeritus Harvard University. The video will be produced in cooperation with Terra Associates in New York.
The New England Aquarium (NEAq) will develop a traveling exhibit and associated programs to focus on parallel scientific and environmental issues facing Lake Victoria (East Africa) and North American fisheries. The NEAq is working in partnership with the national Museums of Kenya (NMK). This project results from NSF supported research on Lake Victoria biodiversity crises and a workshop that involved 70 scientists, policymakers, and resource managers. A 5,000 sq. ft. exhibit "Lake Victoria: Mukasa's Tear" will be developed that will present both the Lake Victoria and North American fisheries issues in six modules including: Biodiversity Then and Now; Changing Life Styles; Lake Victoria Timelines; Fisheries Technology; Global Markets; and Towards the Future. Complementary educational programs will include on-site interpretation, special programs for K-12 classes, teacher workshops and curriculum materials, special events. The exhibit will open at NEAq in 1998 and will begin its national tour in 1999. A second version of the exhibit (which will be funded separately), will be shown in Kenya.
The California Museum of Science and Industry (CMSI) will develop a new exhibit "Body in Balance: Developing Integrative Life Science Exhibits." This will be a 3000 sq. ft. component in the new 17,500 sq. ft. World of Life Exhibit Hall when the CMSI opens its new facility in 1997 and becomes the California Science Center. The World of Life is organized around several key science concepts which emphasize the commonalties among living things and their life processes. One of the major ideas to be communicated in this area is homeostasis as it applies to human beings. Homeostasis has been chosen because it is the unifying theme of system physiology. The exhibit will include seventeen exhibits (with a total of sixty- seven interactive elements) as well as a "The Body in Balance" theater presentations and bilingual (English/Spanish) exhibition books. This integrative view of body functions is consistent with recommendations from Benchmarks for Science Literacy and the Science Framework for California Public Schools Grades K-12. A broad menu of complementary formal education materials will be developed.
The Arizona State Museum (ASM) will use this planning grant to further their planning for the educational content of their new prehistoric gallery. This project is titled "Prehistoric Gallery: Planning for Science Education Components". The subject of the planning activity is part of their master plan for facility renovation and interpretation. Two approx. 10,000 square foot exhibit halls are being developed; the first is the recently opened Paths of Life: American Indians of the Southwest. The second, and the subject of this planning project, is Journeys of the Ancestors: Ancient Peoples of the Southwest. The planning activities will consist of 1) travel by the ASM planning committee to seven museums to discuss exhibit philosophy, interpretive strategies, and exhibit techniques; 2) an interpretive design seminar that will bring together a multidisciplinary team of scientists, science educators, exhibit designers, and others to share ideas on the design, content, and educational activities for this new hall; 3) additional a front-end evaluation to test effectiveness of the themes, strategies, and learning activities with different segments of their potential audience; 4) a planning session with area teachers to examine the relationship between the exhibit and the curricular needs.
This project will examine the implications of the intersection of art, science, and technology as revealed by the events occurring around the celebration of the fiftieth anniversary of the first general electronic computer, ENIAC-50. The finished product will be radio programming and audio material that presents the coming together of scientists, artists, and other participants in Philadelphia. It will build on the previous research and explorations in both of these fields toward finding commonalties and ways in which each has influenced the other. The finished product will be broadcast for the general public and also can be made available to scientists and educators in the field as resource material for courses, seminars, and lectures as they explore the intersections of science and art and implications this has for research and education.
The American Society for Microbiology will undertake a planning effort to further develop the key themes and scientific elements of a television-based project to inform the general public about current research and theories in microbiology. The specific planning activities will include: o Clarifying the vision of how the science will be made accessible and interesting for the general public o Expanding the composition and role of the scientific advisory panel o Reviewing and modifying the scientific content of the project o Improving the coherence and clarity of the scientific themes in the television series A principal means of achieving these goals will be to convene review meeting in conjunction with a colloquium held by the American Academy of Microbiology which many of the leading scientists in the field will attend.