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Museum Visitors Interact with Explore Evolution Exhibition
Formative Evaluation Report for the
Explore Evolution Project
by Amy N. Spiegel, E. Margaret Evans, Wendy Gram,
Brandy Frazier, Deborah Kay, Cindy Loope & Linda Allison
December 2005
Explore Evolution Evaluation Team: Amy N. Spiegel, Ph.D., University of Nebraska-Lincoln
E. Margaret Evans, Ph.D., University of Michigan Wendy Gram, Ph.D., University of Oklahoma
Prototype Data Collection Team:
Linda Allison, E. Margaret Evans, Brandy Frazier, Deborah Kay, Cindy Loope, & Amy Spiegel
This material is based upon work supported by the National Science Foundation under Grant #0229294. Any opinions, findings and conclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect the views of the National Science Foundation (NSF).
© 2005 Please do not quote without permission
Contents
Executive Summary...................................................................................................... iii I. Introduction ................................................................................................................1 Purpose of the Evaluation ........................................................................................1 Evaluation Questions and Instruments...................................................................1 II. Description of Explore Evolution Project...............................................................1 III. Methods ....................................................................................................................2 Participants and Procedures....................................................................................2 Demographics............................................................................................................4 IV. Results.......................................................................................................................6 Introductory Panels and Key Evolutionary Terms ...............................................6 Visitors Movement through the Gallery.................................................................7 Introductory Panels ..................................................................................................8 Exhibit Units Featuring Scientists and Organisms Studied..................................9 HIV.................................................................................................................9 Diatom............................................................................................................9 Ant/Fungus ..................................................................................................10 Fly .................................................................................................................10 Finch.............................................................................................................11 Human..........................................................................................................11 Whale ...........................................................................................................12 Overall Responses ...................................................................................................12 V. Conclusions ..............................................................................................................13 References .....................................................................................................................14 Appendix A. Instrument and observation forms ......................................................15 Appendix B. Museum directors’ comments on exhibit (notes from E. Margaret Evans) ..............................................................................21 Appendix C. Responses to questions on each organism and overall exhibit ..........22
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Figures and Tables Figure 1. Number and types of participating interview groups ...............................4 Figure 2. Ages in years of participating youth............................................................5 Figure 3. Participants’ estimated number of visits to museum in the last year ......6 Figure 4. Number of minutes observed visitors spent in Explore Evolution Exhibition.......................................................................................................6 Figure 5. Typical movement pattern of visitor in Explore Evolution Exhibition ...8
Table 1. Total and museum-specific percentages of participants with different levels of education as compared to general natural history museum visitors ............................................................................................5
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Museum Visitors Interact with Explore Evolution Exhibition: Formative Evaluation Report for the Explore Evolution Project
Spiegel, A. N., Evans, E. M., Gram, W., Frazier, B., Kay, D., Loope, C., & Allison, L. December 2005
Executive Summary
Explore Evolution is a project funded by the National Science Foundation to make
evolution accessible to young people and the general public. It includes development of permanent museum exhibit galleries, publication of an activity book for middle school aged youth, collaboration with 4-H youth organizations, and construction of a website. This report focuses on the formative evaluation of the exhibit gallery. The other elements of the formative evaluation, including trial testing of the activities included in the book, are not included in this report. The formative evaluation of the full-scale prototype of the Explore Evolution Exhibition took place in October 2004. The purpose of the evaluation was to assess strengths and limitations of the exhibit and to provide feedback both to the exhibit developers and the museum directors. Data were gathered about visitor understanding and reactions to improve the exhibit. Visitor observations and interviews with both adults and youth across a two-day period were conducted at the Science Museum of Minnesota, where all prototype components were on display October 20-25. A total of twenty-eight interviews were conducted, involving thirty-seven visitors. In addition, sixteen of those visitors were tracked as they moved through the exhibit. Visitor demographics appeared similar to other museum visitor studies, although a slightly larger percentage of visitors in this study listed high school as their highest level of education. Visitors spent, on average, twenty-one minutes at the exhibit, and two-thirds of them spent time at every one of the seven organism units. Visitors typically followed the route intended by the designers of the gallery, moving from the virus, the smallest organism, clockwise around the gallery, looking at each successively larger organism. Very few visitors were observed spending time at the panels in the middle of the gallery that explained the overall evolution principles of variation, inheritance, selection and time. With respect to visitor understanding of evolution, we found that highlighting specific research projects and the scientists working on them provided an engaging framework for visitors. In most cases, visitors were able to connect with the scientists and describe the main points of the different research components presented. When asked what the main point of the exhibit was, all of the adults interviewed included “evolution” in their answers, and just over half of the youth interviewed identified “evolution” as the primary theme of the exhibit. There was some variation in which organisms and related research that visitors were able to explain. For example, sexual selection with the Hawaiian flies and the co-evolution of the ant and its partners were more difficult for visitors to grasp than the similarity between chimp and human DNA and the idea of whales evolving from land mammals. Overall, visitor reaction to the exhibit was positive. Visitors spent time looking at the specimens and touching the models, as well as interacting with the manipulative components, indicating that the overall concept of the lab benches was successful in
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drawing visitors in. Visitors said they liked the general appearance of the exhibit, and were mostly able to understand the graphics. They enjoyed the interactive components of the exhibit and wanted even more hands-on activities. Specific findings for each organism included both strengths and areas that needed improvement. While the models and specimens were well-received across almost all the organism units, some adjustments were recommended. These included reworking the whale bone display to make it more understandable, and fixing the focus on the diatom microscope to be easier for visitors to use. Specific glitches in the interactive components also needed to be worked out, to make them more understandable and user friendly. For example, visitors were unable to understand how to use the gel interactive at the HIV unit and visitors had difficulty working with fly interactive audio activity. In addition, some visitors found the text difficult to understand, with too many unfamiliar terms. As a result of the evaluation, a number of logistical, mechanical, and presentation changes were suggested. These included reorganization of the introductory panels and the addition of an attractive visual model (the DNA model), modifications to the presentation of some concepts, and, where possible, reduction in the amount and complexity of the text. Recommendations resulting from the formative evaluation of the full-scale prototype were incorporated into the final Explore Evolution Exhibition. The process of the prototype evaluation, including the collaboration of the evaluators, exhibit developers, available scientists, museum directors and staff, and the project director provided timely and valuable feedback to make the exhibit more accessible and educational for future museum visitors.
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Museum Visitors Interact with Explore Evolution Exhibition: Formative Evaluation Report for the Explore Evolution Project
Spiegel, A. N., Evans, E. M., Gram, W., Frazier, B., Kay, D., Loope, C., & Allison, L. I. Introduction This report is one in a series of evaluation reports on the Explore Evolution Project, funded by the National Science Foundation. It summarizes the formative evaluation of the full-scale prototype of the Explore Evolution Exhibit, which was conducted at the Science Museum of Minnesota. Prototype evaluation is recommended in museum exhibit design to refine and improve the exhibit during the actual fabrication of the components (McLean, 1993; Taylor, 1991). Visitor feedback on a mock-up or early version of the exhibit provides important information about visitor reaction and understanding of the exhibit, and visitor interaction with the manipulatives. It can identify problems or issues so that they can be addressed before the final exhibit is completed. While many prototype evaluations, when conducted, are on single exhibit units or portions of a gallery, the Explore Evolution prototype evaluation was conducted on the entire gallery. This enabled visitors to see each section in the context of the whole exhibit. The prototype evaluation was designed by the Explore Evolution evaluators, in consultation with the project director Judy Diamond, to gather data from museum visitors about the exhibit and provide feedback to the exhibit developers, museum partner directors, and project director. The formative evaluation results were used to improve the final version of the Explore Evolution Exhibit. Purpose of the Evaluation: The evaluation was designed to assess strengths and limitations in the exhibit and to provide feedback to both the exhibit developers and the museum partner directors. The primary purpose of the evaluation was to gather data about visitor understanding and reaction to the exhibit to improve the exhibit.
Evaluation Questions and Instruments The fundamental questions guiding this evaluation were:
1. What are the strengths and limitations of the exhibit? 2. What changes should be made to improve the exhibit to increase visitor interest
and comprehension? II. Description of Explore Evolution Project
Explore Evolution is a project funded by the National Science Foundation to make evolution accessible to young people and the general public. It encompasses a consortium of six museums in the Midwest and South working together with five statewide 4-H programs, and includes development of permanent exhibit galleries, publication of an outreach book by the National Science Teachers Association Press, collaboration with 4-H youth organizations, and construction of a website. The museum partners are: Exhibit Museum of Natural History at the University of Michigan, University of Kansas Natural History Museum and Biodiversity Center, Sam Noble Oklahoma Museum of Natural History at the University of Oklahoma, Texas Memorial Museum at the University of Texas at Austin, University of Nebraska State Museum, and
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
the Science Museum of Minnesota. The focus of the project is seven research projects that have made a major contribution to our understanding of evolution. For more details about the development of the project, see Diamond, et.al (2004).
This prototype evaluation focuses solely on the exhibit portion of the project. Specifically, the exhibit gallery covers the seven selected current research projects on evolution. These are: the work of Charles Wood on the rapid evolution of HIV, Edward Theriot and Sheri Fritz on the emergence of a new diatom species in the fossil record, Cameron Currie on farmer ants and their coevolving partners, Kenneth Kaneshiro on sexual selection among Hawaiian flies, Rosemary and Peter Grant on Galapagos finches, Svante Pääbo and Henrik Kaessmann on the genetic ties between humans and chimps, and Philip Gingerich on fossil discoveries of walking whales. The new permanent interactive exhibit galleries are designed to give visitors an opportunity to experience aspects of the research conducted by the scientists. These seven research projects were selected in part because they focus on different organisms (virus, diatom, ant/fungus, fly, finch, human, and whale), which range from the microscopic to the largest of all mammals and yet they all illustrate a common set of evolutionary principles. When the exhibit units are complete, each partner museum will have a permanent Explore Evolution gallery.
III. Methods
To answer the identified formative evaluation questions, two types of data were collected. First, an observational protocol was developed to record visitors’ movements through the exhibit. Evaluators recorded how much time participating visitors spent at which exhibit units, and how they interacted with the different components of each unit. Second, visitors were asked open-ended questions about their understanding of the content, about how they interpreted and used the information presented, and their opinions about the exhibit. A portion of the interview was taped, to allow for more detailed information to be recorded. Demographic information was also gathered. Instruments used are included in Appendix A. In addition to the questions on the protocol, follow-up questions were also used when necessary to clarify and gather detail on visitors’ responses.
Both adults and youth were targeted participants in this evaluation study. Since middle school level youth (aged 10-15) were a particular target audience for this exhibit, this was the minor age group targeted for inclusion in the evaluation.
Participants and Procedures
Prototypes of the entire set of units for the Explore Evolution Exhibit were set up at the Science Museum of Minnesota for review October 20-24, 2004. At this prototype review, a team of seven evaluators gathered data from museum visitors through observations and interviews over a two-day period. All procedures and instruments were approved by the University of Nebraska Institutional Review Board prior to data collection. See appendices for a copy of the observation and interview protocols.
Data were collected in two parts. The first part (Part A) comprised a complete observation and interview protocol, and sixteen visitors participated in Part A. This data collection took place on the first day and the morning of the second day. The second part
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
was a more focused interview that did not involve observation, and twenty-one visitors participated in Part B. This data collection took place on the second day. Part A: Museum visitors were selected at random from nearby galleries or were asked to participate as they entered the Explore Evolution Gallery. These selected museum visitors were given a brief overview of the purpose of the research, informed of their rights as study participants, and then asked if they were willing to be included as participants in the study. The participants were then asked to visit the exhibit, taking as little or as much time as they wanted, visiting whichever units and components they chose. During this time, each participant’s movements and interactions with others in the gallery were observed and recorded by an evaluator. The amount of time the visitor spent at each unit, the order in which he or she visited the different units, and the manipulatives with which the visitor interacted were recorded. (To clarify how “unit” is being used for descriptive purposes in this report, each “unit” comprises the group of gallery components focusing on a particular scientist’s research and the organism(s) studied; for example, the HIV unit includes the large model, the lab bench with two interactive activities and informational back panel about the scientist, and a panel explaining the research on the evolution of the organism.)
When participants were done with their visit to the Explore Evolution Gallery, the evaluator walked with the visitor(s) back through selected units within the exhibit to ask specific questions about different components. Typically, interview data on two or three units were gathered from each visitor. Then afterward, in a private area off the gallery, visitors were asked about the meaning of the exhibit and specific questions about the different components of the exhibit units. Data gathering for Part A took place over the course of one and a half days. A total of sixteen visitors participated in these individual observations and interviews. Part B: Because of the very limited time-frame of the data collection period (two days), the data gathering first was broader in scope and then became more focused as specific data needs surfaced. On the second day of data collection we asked visitors to visit particular components for which we needed more specific or additional visitor feedback. In addition, although the evaluation protocols were originally designed for data to be gathered one visitor at a time, during Part B of the actual data collection, all or multiple members of family groups were often eager to contribute their opinions. Because of this and the nature of the formative evaluation, data on multiple subjects was sometimes gathered at one time (for example, a father-daughter dyad). A total of twenty-one individuals participated in Part B during twelve group interviews.
At the conclusion of the every interview, participating visitors were given a $5 gift certificate to the Science Museum of Minnesota Store.
For each unit within the exhibit, data from six to fifteen visitors were gathered. For example, ten visitors responded to specific questions about the HIV unit. After the data were collected, the evaluators met together to summarize their findings. Specific recommendations were made about each exhibit unit, both in terms of strengths and limitations. These findings were presented to the museum directors and the exhibit fabricators, for their information and discussion, and decisions about changes were made
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
with these data in hand. The museum directors also had comments about the exhibit, and a summary of their suggestions about overall issues is included as an appendix to this report. Demographics Altogether, interview data were gathered in a total of twenty-eight interviews, involving thirty-seven visitors, nineteen adults and eighteen youth. Interview groups included adults alone, youth alone, adults and youth together and adults together. See Figure 1. for a breakdown of these interview groups. At the conclusion of each interview, the visitor (or the visitor’s parent, if the visitor was a minor) completed a demographic form (note that some of the totals do not equal 100% because of missing data).
Number and Types of Participating Interview Groups
02468
1012
Adult alone Youth alone Adult withone youth
Adult withtwo youth
Group oftwo adults
Types of interview groups
Num
ber
of e
ach
grou
p ty
pe
Figure 1. Number and types of participating interview groups.
Adult sample: The nineteen adult visitors’ ages were: 18-24 years (21%), 25-40 years (21%), 41-64 years (53%), and 65+ years (0%) (one visitor did not report age). Educational levels completed by the visitors consisted of: high school (21%), 2-year college or vocational school (11%), 4-year college (42%), and graduate school (26%). See Table 1. for a comparison of the study sample education levels to other museum visitors.
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
Table 1. Total and museum-specific percentages of participants with different levels of education as compared to general natural history museum visitors. Highest Education
Level Formative Evaluation
Sample
Natural History/Science
Centers1
Smithsonian2
High School 21% 12% 9% Some College or
completed College353% 54% 50%
Graduate School 26% 33% 42% 1Data from Korn, R. 1995. “An analysis of differences between visitors at natural history museums and science centers,” Curator, 38: 150-160. Summary data from visitors surveyed at two natural history museums and two science centers. 2Data from “Results of the 2004 Smithsonian-wide Survey of Museum Visitors,” (October, 2004), Washington, DC: Smithsonian Institution, Office of Policy and Analysis. 3 Note that this category represents a combined category including “2-year college or vocational school,” “associate degree,” “one or more years of college but no degree,” and “4-year college degree.”
Only one participant, who was working on a biology/museums study degree, was
involved in a biology-related profession; the other occupations were classified as science or engineering (n=1), education (n=7), homemaker (n=3), other professional (n=2), self-employed (n=2), laborer (n=1), and unemployed (n=1). Eighty-four percent had a religious affiliation; 16% did not. The median number of museum visits per year was 3 (range:1-20).
Child sample: The original targeted age range for youth participating in the evaluation was 10-15 years of age, however, some individuals who were younger and older were included in the final sample. The youth participating in the evaluation ranged in age from 6 to 17 years: Under 10 years old (n=3), 10-13 years (n=8), 14-17 years (n=7) (see Figure 2. for a more detailed graphical representation). The highest levels of education completed by a parent were: high school (28%), 2-year college or vocational school (17%), 4-year college (28%), and graduate school (17%). Sixty-seven percent had a religious affiliation; 22% did not (some did not report this). The median number of museum visits per year was 3 (range was 1-12). See Figure 3 for a graphical representation of annual number of museum visits for the entire group of visitors.
Ages of Participating Youth
0
12
34
5
6 7 8 9 10 11 12 13 14 15 16 17 18
Age in years
Num
ber o
f you
th
Figure 2. Ages in years of participating youth.
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
Number of museum visits in last year
0123456789
10
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
Visits per year
Num
ber
of v
isito
rs
Figure 3. Participants’ estimated number of visits to museums in the last year. IV. Results
In Part A of the data collection, sixteen visitors’ movements were tracked as they visited the Explore Evolution Exhibition. These visitors spent, on average, twenty-one minutes at this exhibit (range was 10-38 minutes) (See Figure 4 for a histogram of the amount of time spent).
Number of Minutes Visitors Spent in the Explore Evolution Gallery
0
2
4
6
8
1-10 minutes 11-20 minutes 21-30 minutes 31-40 minutes
Number of minutes
Num
ber
of v
isito
rs
Figure 4. Number of minutes observed visitors spent in the Explore Evolution Exhibit. Introductory Panels and Key Evolutionary Terms
The original floor plan of the Explore Evolution Exhibition included an advance organizer at the outside entrance to the gallery and an arrangement of the individual exhibit units from smallest to largest organism following around the perimeter of the gallery counterclockwise. See Figure 5 below of the floor plan at the Science Museum of Minnesota Explore Evolution Prototype Exhibition. A set of four informational panels
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
describing the four fundamental elements of evolution (Variation, Inheritance, Selection, and Time, (VIST)) was placed near the entrance in the center section of the gallery.
The acronym VIST is from the University of California Museum of Paleontology website (http://evolution.berkeley.edu) and provides a useful way of framing and remembering these concepts. VIST: Variation refers to the differences among individuals in a population. These can be described as differences in a particular trait (feature or behavior), as a mutation, or as genetic differences. Inheritance refers to traits (factors) that are inherited and passed from one generation to the next. Selection refers to the idea that organisms with traits that are adapted to the environment are more likely to survive (and pass these factors on to the next generation). Time: the number of generations produced over a given time period is a clue to whether evolution change will occur rapidly (as in HIV) or slowly (as in whales). From one generation to the next, a species may change ever so slightly, but given enough time, the result can be huge. The VIST panels were designed to provide a cohesive link across all the research projects on the seven different organisms, because a common set of evolutionary principles is involved. The VIST elements were repeated and explained in each exhibit unit for the specific organisms and research project featured.
Visitor Movement Through the Gallery
Each of the seven units included the following elements: 1) a lab bench with an interactive activity and informational back panel with information about the scientist(s), 2) informational panel about the evolution of that organism, and 3) specimens or touchable model.
Two-thirds of these visitors spent time at every one of the seven organism units, and they typically followed the route intended by the designers of the gallery. They moved from the smallest organism, the virus, which was located near the entrance and proceeded to move counterclockwise through the gallery as they looked at each successively larger organism (see Figure 5 for a drawing of a typical visitor’s movement through the exhibit). Some visitors deviated slightly from this, for a number of reasons. The fly interactive bench and the ant/fungus videos were somewhat time-consuming for visitors, so sometimes others needed to wait before they could have a turn at these manipulatives. Some visitors waited by watching, others waited by moving on to another unit. One visitor moved clockwise through the exhibit. Others only visited a few of the units, usually because of time constraints. A few visitors moved from the diatom unit to the VIST panels, then to the whale model, and then wandered through other parts of the exhibit in a somewhat random order. With the typical visitor route counterclockwise following the wall of organism units, only one-quarter of visitors were observed spending time at the four VIST panels. Similarly, only one-quarter of visitors were observed viewing the history panel.
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
Figure 5. Typical movement pattern of visitors in Explore Evolution Exhibition. During our observations, we noted that the first element of the exhibit that visitors encountered was the HIV lab bench, which visitors said was confusing and frustrating. So during the first day of data collection, we switched the HIV VIST panel and lab bench positions to make the exhibit entry more inviting. Many people were also immediately drawn to the HIV model as they entered the exhibit, and the new arrangement appeared to help facilitate that. Introductory Panels
There were three types of introductory panels. One gave an overview of the exhibit and was outside the entrance of the gallery. The second was comprised of VIST panels, four introductory panels located in the center of the gallery: one for each term Variation, Inheritance, Selection and Time. The third was the History of Evolutionary Thought, located near the exit door. There was also a visitor feedback station at the end. Because few visitors stopped by and viewed the central VIST panels during the first day of observations, these were also moved to try to enhance their visibility. However, even those visitors who did stop to read these panels did not typically spend much time, and few visitors linked the VIST concepts across the exhibit, in spite of VIST being a repeated element throughout each of the units in the exhibit. Consequently, there was much discussion about how to improve those elements of the exhibit. It was decided that the VIST icons need to be simplified and the explanations shortened. Originally, abstract symbols were used to signify each VIST element. For example, the variation symbol was a group of simple spheres which varied in pattern and color, while the time symbol was timeline. When asked specifically about these symbols, visitors said they did not notice them or if they did, did not understand the symbolism. We recommended that these icons be eliminated and the initial letter of each term be used instead (V for variation, I for inheritance, etc.). In addition, we recommended that a visual draw be
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
created to bring visitors to the four panel unit. It was decided that a large DNA model in the center of the four panels would be added for this purpose and that the text on the four panels would be simplified. Exhibit Units Featuring Scientists and Organisms Studied
Visitors had very positive responses to many of the models and the interactive components. They were able to describe some of the fundamental ideas behind many of the units and said they enjoyed learning about the organisms. However, some glitches in the interactives, the length and complexity of the text, and some ineffective design components of the exhibit needed to be modified to improve the exhibit.
HIV Overview: HIV was the first unit near the Explore Evolution Exhibition entrance. This unit included a brightly colored, three-foot diameter model of HIV with a pull-out panel, a lab bench with sliding bar interactive an computer screen interactive, a graphic VIST HIV evolution panel, and a park bench with reading cards. Of the 16 visitors observed, almost all the visitors spent time looking at or touching the model, and the majority of the visitors interacted, at least briefly, with the lab bench activity or computer screen interactive. Visitors in groups discussed what they were doing or seeing with their companions. Most visitors also spent time looking at the informational panels, including the VIST evolution panel. Few visitors spent time at the park bench. Strengths: Visitors said they liked the colorful, touchable HIV model and took time to read about it. “It’s cool,” exclaimed one male youth. The main idea behind the replication screen of nucleotides was clear to most visitors, including youth, from their descriptions. With respect to the HIV unit overall, many visitors could explain the work of the scientist and its importance, that HIV can be fatal and that it evades the body’s immune system because it replicates and evolves rapidly. As one youth explained the meaning of the exhibit, “As a person gets older, the virus mutates and gets worse. Changes happen faster than the body can get the virus out.” Another youth said, “This is the basis of the big picture for the rest of the animals.” Weaknesses and suggestions for change: None of the visitors were able to use or understand lab bench activity, and some said they found the sliding bar frustrating. The vocabulary and text for the interactives were hard for visitors to understand, and we recommended that the lab bench activity and the text be simplified. As one female adult said, “The hardest thing is the vocabulary. I had to go back and reference the words.” Diatom Overview: The diatom unit included a large, touchable model and a lab bench with a microscope and a computer multimedia activity, and a graphic VIST diatom evolution panel. Visitors were drawn to the model and the lab bench, spending time reading and working with the interactives. Over three-quarters of the observed visitors looked into the microscope to see the diatoms, while one-third stopped to view the diatoms on the interactive screen.
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
Strengths: Visitors said they liked the diatom model, and the diatom photographs, and also took time to use the microscope to see the real diatoms, which they said helped them better comprehend their tiny size. Most visitors could explain the work that these scientists were engaged in. One female youth described Ed Theriot’s work by saying, “He studies algae in Yellowstone Lake; he studies species evolution.” Another female adult visitor explained, “This is the only place they find this particular [diatom]. And it appeared in a short period of time. 4000 years is rapid evolution.” Weaknesses and suggestions for change: While most visitors understood the primary research significance of this unit, one adult female thought the main point was just “the fact that these are found no where else,” and one 13-year-old boy described the exhibit as talking “about the difference between pollens and the stuff found in the mud in ponds.” With respect to suggestions for change, visitors had some difficulty using and focusing the microscope; we recommended it be simplified. Technical glitches in the interactive screen also needed to be rectified. Ant/Fungus Overview: The ant/fungus unit included a graphic VIST ant/fungus evolution panel as well as a lab bench with three videos and a Petri dish activity. One-third of the observed visitors stopped at the lab bench and sat down to view one or more videos in their entirety, or viewed a portion of a video. Over half looked at the Petri dishes, and over half looked at the VIST and/or lab bench panel. Strengths: Visitors remarked that they were surprised that ants worked as farmers and how they work together. Visitors said they enjoyed watching the videos and many stayed to view them in their entirety. One adult explained the exhibit by saying, “This is a small version of everything that happens on earth. How one species could not live without another.” Weaknesses and suggestions for change: The Petri dish activity was poorly understood by visitors and we recommended it be simplified. One female adult asked about the Petri dishes, “What are we trying to get across? What are bacteria defenders?” She had read some of the text aloud to her children earlier, but it was not enough for her to be able to understand the main idea. In addition, while visitors mostly understood the relationship of the fungus and the ants, they had difficulty understanding the roles of the other two organisms. They did not understand the co-evolution, and we recommended increased emphasis of this in the text. Fly Overview: The fly unit included a lab bench with an interactive audio activity, a panel with fly specimens to view under magnifying glasses, and a graphic VIST fly evolution panel. Over half of the observed visitors stopped to view the specimens in detail, and one-third sat down at the lab bench to interact with the activity, spending a few minutes working with it.
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Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
Strengths: Visitors said they found the fly unit interesting and said they liked looking at the map of the relationship of the age of the islands and the evolution of the flies. Some of the adults and some youth understood the idea of females choosing males. One youth described it, “Male flies are elaborately designed to catch females’ attention because the females are particular about who they mate with.” Some of the visitors said the main point was the “different sounds flies make when they are in the mating process.” Many visitors looked at all of the different fly specimens. One adult male exclaimed, “God help me, they are even beautiful.” Weaknesses and suggestions for change: Some adult visitors said that there was no interesting question to draw them into this exhibit. The concept of sexual selection was not well understood by visitors. When asked what made this an interesting research topic, a few visitors said they were “not sure.” We recommended contrasting the concept of sexual selection with natural selection. Many people experienced problems with the interactive audio activity. Some thought the recording time was too long, and some people said they were uncomfortable viewing and learning about flies’ mating rituals.
Finch Overview: The Finch unit included a movable globe showing Darwin’s voyage, a lab bench with a beak measuring activity, a diorama and flip books, and a graphic VIST finch evolution panel. Visitors found this unit attractive and easy to use, with the greatest proportion of visitors choosing to interact with some manipulative at this unit. Two-thirds of observed visitors rotated the globe, two-thirds flipped the pages to see the beak size variation, and one-half used the calipers to measure beak size. Strengths: Visitors said they liked the finch unit and understood that the beak size varied because of seed availability. One female youth described the research, “[the scientist] looks at variation in response to the environment. At how the finches’ beaks are smaller in the dry years and larger in the wet years.” An adult male visitor said he especially enjoyed the “connection between beak size and seeds and the wet and dry seasons.” Visitors found the giant calipers in the beak measuring activity were easy to use and helped clarify the concepts presented. One female youth declared, “It portrayed new information in a way that was easy to understand. Beak size was easy to measure.” Some visitors commented on the short time frame of evolutionary change. Weaknesses and suggestions for change: We recommended that the beak measuring activity needed minor adjustment because it was difficult to line it up exactly. In addition, the flip pages needed to be modified to improve visitors’ understanding. The globe also needed clearer markings to make it easier to use. Human Overview: The human unit included a large two-sided gene/mirror wall, a separate reading panel on the scientists’ research and a graphic VIST human evolution panel. Over half of the observed visitors stopped at the wall to either look into the mirror or look over the “find Pääbo” sequence.
11
Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
Strengths: Visitors said they found the human unit very engaging and were observed interacting extensively with the components. They were pulled in by the content and wanted to know more. Even younger children were observed enjoying and participating with the mirror/gene wall. Most visitors, especially children, enjoyed finding Pääbo. Most were able to understand the close genetic relationship between humans and chimps. As one adult explained, “This is the core of our structure as humans. This shows how similar our basic structure is to chimpanzees.” Another visitor, a 15-year-old female, remarked, “Shows how we’re related to monkeys and chimpanzees and to show that evolution did happen, even though some people think it didn’t.” Many visitors also enjoyed seeing the mirror with the chimps and their foot and hand prints and interacted with them. The flip panels were also well used by both adults and children. Weaknesses and suggestions for change: Some individuals had difficulty understanding the DNA similarities. As one visitor asked, “how can there only be 1% difference between humans and chimps when we are so obviously different?” Although this was the question we wanted them to ask, we recommended the copy be strengthened to more explicitly address that question. Whale Overview: The whale unit included a case comparing modern and fossil whale skulls, a lab bench with bone casts and a graphic VIST whale evolution panel. Strengths: Visitors said they enjoyed the whale unit. They understood the work of the scientist as “finding the ancestor of animals” (male youth) and “studies fossils” (adult male). One adult male visitor said, it “demonstrates the nuts and bolts of evolution.” Many visitors took time to view the VIST panel and could explain its meaning. Weaknesses and suggestions for change: The interactive for this exhibit included comparisons of the ankle bones and skulls of several specimens. Most visitors did not understand the comparisons of single pulley and double pulley ankle bones of the wolf, hippo, and whale, and were unable to grasp the rationale for comparisons. Some visitors did not know that the dolphin is a type of whale and were confused by the skull comparisons. Working with the PI and the exhibit developers, several very specific suggestions for changes were developed. Overall Responses When asked “what was the point of the whole exhibit?” all of the adults included “evolution” in their answers. Responses included, “Evolution and change and research” (adult female), “Evolution of all species, span the gamut of finches, chimpanzees, whales, trying to debunk creationist theories. This is how we evolved” (adult male). Some remarked on the variety of organisms, “that evolution occurs in tiny organisms and large mammals” (adult female). Just over half of the youth identified “evolution” as the primary theme of the exhibit, and some were able to describe succinctly the main themes of the exhibit. For example, one female youth said, “To describe the different evolution of different animals.” The other youth focused in on the different research of the
12
Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
scientists or singled out one unit, such as the virus, “the nature and dangers of viruses and things.” Some of the visitors noted the interactives and said they would like even more hands-on activities. Parents in particular commented on the need for less text and more activities. Given the exhibit’s placement at the Science Museum of Minnesota for this prototype evaluation, visitors may have been comparing this exhibit to the more interactive exhibits typical of a science museum, rather than a natural history museum. Five of the six partner museums, where the Explore Evolution Exhibition will be on display, are natural history museums. V. Conclusions
Observing the visitors and hearing their comments demonstrated aspects of the exhibit that worked well and connected with visitors as well as aspects that did not work as well. With respect to visitor understanding of evolution, we found that highlighting specific research projects and the scientists working on them provided an engaging framework for visitors. In most cases, visitors were able to connect with the scientists and identify the research questions. The models were also attractive to the visitors. They spent time looking at and touching the models, and there were many positive comments about the models, particularly of the microscopic organisms. The concept of the lab benches was a strong one, in that visitors were drawn into the activities and interacted with the various components. The overall appearance of the exhibit was received positively. Visitors found the graphics attractive and generally understandable. We found that the overall design of the exhibit was effective in relaying to visitors the primary theme of the exhibit: evolution.
Aspects that were more difficult for visitors to comprehend included the VIST organizer. While these terms and concepts were designed to connect the different units in a cohesive way, few visitors recognized this. At that time, the four VIST concepts were symbolized through abstract drawings, which were themselves somewhat difficult to comprehend. Because the VIST organizer was not effective in the prototype, simpler symbols were recommended to reduce the cognitive demands on the visitors. In addition, while the lab benches were an attractive draw, visitors did not always get the benefit of learning the content behind these manipulatives. This was due to both the presence of technical glitches in the implementation as well as the difficulty visitors experienced in trying to work the different components. Consequently, recommendations for change were made for the interactives. Other logistical, mechanical, and presentation changes were suggested, including reorganization of the introductory panels and the addition of an attractive visual model (the DNA model), modifications to the presentation of some concepts, and reduction and simplification of text.
While most visitors grasped the overall theme and content of the exhibit, they did not always understand each organism and the point of each unit. Visitors differed on which organisms and related research they understood and were able to explain. Some aspects of each organism’s evolutionary story, such as the idea of sexual selection with the Hawaiian flies and the co-evolution of the ant and its partners, were more difficult for visitors to grasp. However, other aspects, such as the similarity between chimp and human DNA and the idea of whales evolving from land animals, were more readily comprehended.
13
Museum Visitors Interact with Explore Evolution Exhibition Explore Evolution Prototype Evaluation, 2005
14
Overall, the exhibit was well-received and the feedback helped identify specific areas for modification. The process of the prototype evaluation, including the collaboration of the evaluators, exhibit developers, available scientists, museum directors and staff, and the project director, provided a critical and timely opportunity to identify practical ways to improve the utility and understandability of the exhibit. References Diamond, J., Spiegel, A., Meier, D., & Disbrow, S. (2004). Virus and the whale:
Exploring evolution in a museum collaboration. Proceedings of the Third Conference of the International Museum and Collections (UMAC), (pp. 7-11). Norman, OK: Sam Noble Oklahoma Museum of Natural History.
McLean, K. (1993). Planning for people in museum exhibitions. Washington, DC: Association of Science Technology Centers.
Taylor, S. (editor) (1991). Try It! Improving exhibits through formative evaluation. Washington, DC: New York Hall of Science.
Appendices A. Instrument and observation forms B. Museum directors’ comments on exhibit (notes from E. Margaret Evans) C. Responses to questions on each organism and overall exhibit
Appendix A: Explore Evolution Prototype Evaluation
15
Observer Name: ______________________________________ Date: _________________
Focal Subject: Alone/In A Group Adult/child Observations: Use separate form for each exhibit unit. Record where subject goes by noting path on drawing, number their stop points and record these below with behaviors coded and amount of time spent. Write down conversations as best as possible.
Start time: End time:
Coding: Subject: FA: focal adult FC: focal child A: adult group member C: child group member O: other Exhibit unit: I: Introductory panels IV: Intro Variation Panel II: Intro Inheritance Panel IS: Intro Selection Panel IT: Intro Time Panel V: virus D: diatom Fu: fungus Fl: fly Fi: finch H: human W: whale Location: B: Lab Bench S: VIST M: Model Behaviors: MA: Manipulate exhibit WO: Watch other at exhibit. LE: Look at exhibit or copy BO: Behave other (not exhibit) Verbal interaction: RC: Read copy aloud TA: Talk aloud to group members about exhibit TO: Talk other
Appendix A: Explore Evolution Prototype Evaluation Interview # ________
16
Follow-up Interview Questions (complete one set for each exhibit topic unit) Unit: Virus/Diatom/Fungus/Fly/Finch/Human/Whale “Now I’d like to ask you a few questions about the exhibit” (Walk back to exhibit, retrace steps. At each unit, ask): 1. How would you explain what this exhibit is about to a child? 2. What does this scientist do for his/her research? 3. What makes this living thing special or interesting to scientists? (At the manipulative, ask:) 4. What did you do here?
Appendix A: Explore Evolution Prototype Evaluation Interview # ________
17
5. How did this work? 6. What is this about? 7. What parts of this might be difficult for other visitors to understand? 8. What changes would you recommend to improve this exhibit?
Appendix A: Explore Evolution Prototype Evaluation Interview # ________
18
OVERALL QUESTIONS (complete at end of entire exhibit): 1. What was the point of the whole exhibit?
2. What questions do you have about the exhibit?
3. What would you alter or add to make the exhibit more interesting to you?
4. How else would you change this exhibit? At end, ask them to complete demographics form.
Appendix A: Explore Evolution Prototype Evaluation Interview # ________
19
PARTICIPANT QUESTIONNAIRE Please write your answers to the following questions in the spaces provided. Thank you. (1) How many times per year do you visit museums? ____________________________
(2) What is the highest educational level that you have COMPLETED?
_____ Some High School
_____ High School
_____ 2-year College or Vocational School
_____ 4-year College
_____ Graduate School
(3) What is your OCCUPATION? _______________________________________________________
(4) What is your zip-code or, if not living in the U.S., the name of the country where you live?
___________________________________
(5) What kind of place of worship do you usually attend (e.g., Catholic Church, Baptist Church, Synagogue, Mosque, etc.). Put NONE if you don’t have any one place of worship you attend regularly.
___________________________________________________________ (6) Which of the following categories best describes your race/ethnicity? _____ Non-Hispanic White _____ Hispanic/Latino _____ African-American (Black) _____ Native American _____ Asian/Pacific Islander _____ Multiracial _____ Other
(7) Which of the following categories represents your age? _____ 18-24 years _____ 25-40 years _____ 41-64 years _____ 65 years and older
(8) Please indicate your gender. _____ Female _____ Male
Appendix A: Explore Evolution Prototype Evaluation Interview # ________
DEMOGRAPHICS QUESTIONNAIRE: CHILD (To be completed by parent)
Please write your answers to the following questions in the spaces provided. Thank you. (1) How many times a year does your child visit museums? _________ (2) What is the highest EDUCATIONAL LEVEL COMPLETED by your child’s parent(s) or
guardian(s)? EDUCATION LEVEL
Some High school
-1-
High School
-2-
2-year College or Vocational School
-3-
4-year College
-4-
Graduate School
-5- PARENT/GUARDIAN
RELATION TO CHILD? HIGHEST EDUCATIONAL LEVEL COMPLETED
(Please use the above scale: 1, 2, 3, 4, or 5)
(3) What is the OCCUPATION of your child’s parent(s) or guardian(s)?
PARENT/GUARDIAN RELATION TO CHILD?
OCCUPATION
(4) What is your child’s home zip-code or, if your child does not live in the U.S., the name of the country
where he or she lives? ______________________________
(5) What kind of place of worship does your child usually attend (e.g., Catholic Church, Baptist Church, Synagogue, Mosque, etc.)? Put NONE if there is not any one place of worship your child attends regularly.
__________________________________
(6) Which of the following categories best describes your child’s race/ethnicity? Non-Hispanic White _________ Hispanic/Latino _________ African-American (Black) _________ Native American _________ Asian/Pacific Islander _________ Multiracial _________ Other _________ (7) How old is your child? _________ (8) What is your child’s grade in school (First Grade, Second Grade, etc.)? _________ (9) Please indicate your child’s gender: Female _________ Male ________
20
Appendix B: Explore Evolution Prototype Evaluation
Evaluation Meeting 23 October 04 Notes and Summary by E. Margaret Evans
Overall Issues:
Directors' Suggestions Something needed to draw in the visitors. The following were some suggestions
• A lack of a clear introduction and rationale for the exhibit • DNA molecule • Scientists' profile -talk about the people and their research • Bring in a Darwin quote into each exhibit. • Use the Darwin and diatoms quote to go with the Diatom exhibit • Durability of the exhibits , particularly the Diatom • Mutations = Death (Normally); should this be somewhere? • PM: This is active research that is exploring evolution. Why should we care about
these particular research projects. Stronger, more powerful message needed. A question? Again make questions part of each exhibit
• Strategic questions needed in each exhibit SPECIES
• What is a species. Where is the definition of species. No uniform definition. ET doubts that they can be defined. Wrote the article "what is a species."
• PG to Ed Theriot: When did you decide you had a new species? Largely based on morphology (cladistic approach)
• Should we use “kind” instead of “species” NATURE OF SCIENCE
• Should use the above issues (theory/hypothesis/fact) to raise visitors' awareness of the nature of science.
• Docents should be trained in Nature of Science (NOS) issues RHYTHM
• There should be more “rhythm” from one organism to another • The order of the activities/VIST etc. is different in each display • You should know what to expect • The Bench was always the pull in for the visitors • There should be more questions to draw in the visitor •
VIST • Too text heavy, put in Darwin. • Where to put Common Descent – under TIME (preferred) or INHERITANCE • It was not always easy to find the VIST component • Is there a different way of arranging the four initial reading rails? • The VIST was not obvious as a common thread across exhibits
21
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Viru
sA
ppen
dix
C:
Exp
lore
Evo
lutio
n P
roto
type
Eva
luat
ion
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
rese
arch
?W
hat m
akes
this
livi
ng th
ing
spec
ial o
r int
eres
ting
to
scie
ntis
ts?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
Visi
t: yo
u no
tice
thes
e sy
mbo
ls?
Did
they
hel
p yo
u un
ders
tand
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
re
com
men
d to
impr
ove
this
par
t?
3F
AI w
ould
say
that
ther
e’s
viru
ses
that
are
kin
d of
lik
e a
cold
you
wou
ld g
et, e
xcep
t tha
t HIV
cou
ld
kill
them
. It
can
be v
ery
harm
ful t
o ch
ildre
n, a
n dch
ildre
n ge
t HIV
from
thei
r mom
s, it
’s p
asse
d on
to th
em.
I’d g
o ov
er to
the
mod
el, a
nd s
ay, i
t’s
in y
our b
ody
is m
ade
up o
f cel
ls, t
hese
tiny
cel
ls
and
a ba
d vi
rus
atta
ches
ont
o th
e ce
ll, fi
nds
a ho
me
in th
e ce
ll an
d th
en m
ultip
lies.
The
se c
an
mak
e a
child
sic
k. Y
ou c
an’t
get H
IV fr
om
som
eone
who
is s
ick
like
you
can
get a
col
d.
Cha
rles
Woo
d is
one
of t
he
peop
le w
ho h
elpe
d di
scov
er a
bl
ood
test
to fi
nd H
IV, a
nd n
ow
he is
wor
king
on
how
to k
eep
it fro
m s
prea
ding
.
They
can
sav
e pe
ople
s liv
es.
It’s
a m
yste
ry h
ow H
IV w
orks
. I
cam
e in
with
som
e kn
owle
dge
ofH
IV.
My
fath
er w
ho is
a s
urge
onsa
w p
eopl
e fro
m H
aiti
with
the
mys
terio
us il
lnes
s in
the
70’s
. A
t th
at p
oint
we
didn
’t re
cogn
ize
wha
t tha
t was
. N
ow w
e kn
ow
that
’s H
IV, b
ut it
’s s
till v
ery
mys
terio
us to
us.
(At t
he m
utat
ion
rate
in
tera
ctiv
e).
I pre
ssed
all
thre
e bu
ttons
, but
I di
dn’t
see
the
diffe
renc
e be
twee
n th
e th
ree.
(S
he h
ad a
sked
me
to h
elp
expl
ain
this
to h
er a
s sh
e w
as lo
okin
g at
the
exhi
bit)
(At t
he G
el in
tera
ctiv
e).
I di
dn’t
use
this
pie
ce.
I did
no
t fin
d it
attra
ctiv
e. I
was
n’t
inte
rest
ed in
it.
(mut
atio
n ra
te in
tera
ctiv
e).
Nuc
leot
ides
-- I
wis
h it
(nuc
leot
ides
) had
bee
n de
fined
. Th
ey a
re a
lway
s ch
angi
ng a
nd re
plic
atin
g.
Cou
ld b
e ce
lls c
hang
ing
and
mut
atin
g, b
eing
alte
red
as
time
goes
by.
I did
n’t u
nder
stan
d w
hat t
his
[inte
ract
ive]
was
, thi
s co
nsta
nt c
hang
e.I l
oved
read
ing
abou
t C
harle
s W
ood.
I not
iced
them
, but
they
di
dn’t
help
me
unde
rsta
nd
the
idea
s be
tter.
I di
dn’t
use
them
.
May
be m
ake
it lik
e a
crim
e sc
ene.
You
’re te
lling
m
e, n
ot a
skin
g m
e to
figu
re a
nyth
ing
out.
Who
ca
res?
It d
oesn
’t pu
ll m
e in
and
mak
e m
e w
onde
r.I th
ough
t viru
ses
wer
en’t
livin
g –
that
they
ju
st a
ttach
them
selv
es –
viru
ses
have
an
impa
ct
on c
ells
. Viru
ses
can’
t evo
lve
beca
use
they
are
n’liv
ing
thin
gs?
Is v
irus
mut
atin
g? O
r cel
ls?
I th
ough
t viru
ses
wer
e a
nonl
ivin
g th
ing
that
inva
de a
bod
y; I
need
to
kno
w m
ore
abou
t wha
t a v
irus
is.
I got
the
mos
t fro
m th
e V
IST
back
pan
els;
look
ing
at th
e ev
olut
ion
of it
. Th
at w
as th
e m
ost m
eani
ngfu
l to
me.
Not
e: i
ssue
is --
is
it a
livin
g/no
nliv
ing
issu
e or
if it
has
gen
etic
mat
eria
l it c
an e
volv
e.
10F
AP
roba
bly
how
the
HIV
evo
lves
and
how
it
prog
ress
es a
nd c
hang
es w
ithin
a p
erso
n’s
body
I thi
nk it
wou
ld b
e ha
rd, t
here
’s s
o m
uch
voca
bula
ry.
Wou
ld re
ally
hav
e to
sim
plify
it.
Som
e th
ings
that
wou
ld b
e in
tere
stin
g is
how
ra
pidl
y it
chan
ges
whe
n yo
u’re
tryi
ng to
trea
t it
and
the
chal
leng
es th
at p
uts
forth
. P
ossi
bly
be
an a
rea
they
wou
ld b
e in
volv
ed w
ith s
tudy
ing
dow
n th
e lin
e.
Stu
dies
sam
ples
of t
he v
irus
in
Afri
ca, a
nd th
en lo
oks
at
diffe
rent
way
s to
trea
t the
viru
s.
Pro
babl
y be
caus
e it’
s fro
nt p
age,
fairl
y ne
w.
In th
e st
ates
, the
po
pula
tion
that
its
affe
ctin
g is
gr
owin
g. H
ow m
uch
it ch
ange
s an
d ho
w h
ard
it is
to n
arro
w
dow
n th
e tre
atm
ent f
or it
. It’
s no
tlik
e a
cold
viru
s, it
’s s
o fa
tal.
Look
s at
how
it c
hang
ed
from
birt
h to
two
year
s.
How
qui
ckly
I gr
ew a
nd
chan
ged
and
how
how
fast
itco
uld
repl
icat
e its
elf.
The
hard
est t
hing
is th
e vo
cabu
lary
. I h
ad to
go
back
and
refe
renc
e th
e w
ords
.
Whe
n yo
u’re
com
ing
in
with
out t
he s
cien
tific
ba
ckgr
ound
, it’s
diff
icul
t.
Ther
e’s
a lo
t her
e th
at w
ould
be
har
d fo
r you
ng k
ids.
Pro
babl
y w
hat a
viru
s is
, the
co
ntex
t of H
IV.
Har
d fo
r kid
sto
und
erst
and,
in th
e co
ntex
t of
viru
ses
wou
ld b
e ea
sier
fo
r the
m to
und
erst
and.
S
tart
with
som
ethi
ng w
e al
l kn
ow a
bout
, eve
ryon
e ge
ts
cold
s.
Yes
, I n
otic
ed th
em.
[did
th
ey h
elp
you
unde
rsta
nd?]
W
ell,
may
be a
littl
e bi
t. I
find
it he
lpfu
l to
have
a re
fere
nce.
Just
the
who
le re
fere
nce
to a
viru
s, s
tarti
ng w
ith
som
ethi
ng th
at w
ould
be
iden
tifia
ble
to m
ost
peop
le a
nd th
en ta
king
it th
e ne
xt s
tage
up.
14M
AI e
xpla
ined
to m
y so
n th
at H
IV is
a v
irus
that
af
fect
s yo
ur b
ody
and
kills
you
r im
mun
e sy
stem
so
it le
aves
you
def
ense
less
. S
o th
at e
xpla
ined
a
lot o
f it r
ight
aw
ay s
ince
I un
ders
tand
it, I
’m
fam
iliar
with
it, I
’ve
seen
frie
nds
and
rela
tives
w
ho h
ave
suffe
red
from
it a
nd d
ied
from
it.
He
deve
lope
d th
e bl
ood
test
to
iden
tify
AID
S a
nd n
ow h
e re
sear
ches
dru
gs a
nd w
ays
to
bloc
k it
or c
ure
it.
Mod
el:
A:
We
wer
e dr
awn
it. I
t’s c
olor
ful.
Tex
t with
it is
ov
er k
ids
head
s.
Mut
atio
n bu
ttons
: A
dult:
Cou
ld h
ave
one
butto
n th
at h
as a
long
er p
rogr
essi
on th
at s
how
s ho
w it
ge
ts w
orse
and
wor
se o
ver t
ime.
Wat
ch a
s th
ey
mut
ate
as th
ey g
o al
ong
14a
FY
Gel
: 13
-yea
r-ol
d gi
rl:
Sta
rted
by re
adin
g th
e in
stru
ctio
ns a
nd th
en re
ad a
lth
e ca
ptio
ns.
Girl
: I’m
not
real
ly s
ure
wha
t it’
s sh
owin
g us
, bec
ause
the
little
cap
tions
mak
e se
nse
but I
don
’t kn
ow w
hat t
his
imag
e is
repr
esen
ting.
(Ask
ed: D
o yo
u kn
ow w
hat
thes
e ar
e fo
r?) :
It h
as
som
ethi
ng to
do
with
the
diffe
rent
DN
A s
trand
s, b
ut I
don’
t kno
w w
hat’s
cau
sing
it
to…
.
Gel
: G
irl:
I thi
nk it
wou
ld b
e ea
sier
if th
e ba
sic
fact
s w
ere
easi
er to
pic
k ou
t. (
Ask
ed: W
hat
basi
c fa
cts
did
you
wan
t to
know
?) :
Girl
: W
ell,
I do
n’t r
eally
kno
w m
uch
abou
t HIV
, and
I’m
not
su
re w
hat t
his
expe
rimen
t acc
ompl
ishe
d.
14b
MY
(Ask
ed: W
hat h
appe
ns?
Abo
ut m
utat
ion
butto
ns) :
B
oy:
As
you
go fr
om b
irth
to
one
year
and
two
year
s th
ere’
s m
ore
and
ther
e’s
mor
e of
them
.
Mut
atio
n bu
ttons
: 9-y
ear-
old
boy:
Thi
s is
how
the
cells
gr
ow fr
om b
irth
to o
ne y
ear
to tw
o ye
ars.
I d
idn’
t rea
d an
ythi
ng.
Mut
atio
n bu
ttons
: Boy
: I t
hink
wha
t kid
s w
ill a
sk
mos
t is
wha
t doe
s it
mea
n by
the
flash
ing
lette
rs.
I got
the
mea
ning
from
my
dad,
real
ly, h
ow m
ore
of th
is, h
ow m
any
cells
mut
ated
to th
at.
4M
YA
s pe
rson
get
s ol
der,
viru
s m
utat
es a
nd g
ets
wor
se. C
hang
es h
appe
n fa
ster
than
the
body
ca
n ge
t the
viru
s ou
t. (tr
acki
ng p
anel
- be
nch)
Stu
dies
diff
eren
ces
in D
NA
st
rand
s an
d ch
ange
s in
DN
AH
IV is
a v
irus
that
kill
s m
any
peop
le a
nd s
cien
tists
are
tryi
ng
to s
top
this
.
Slid
e an
d le
tter s
cree
nTh
e sl
ide
did
not w
ork
wel
l; it
was
har
d to
put
the
piec
es
toge
ther
and
und
erst
and
wha
t you
wer
e su
ppos
ed to
se
e. T
he s
cree
n w
ith le
tters
w
as c
lear
- sh
owin
g ch
ange
san
d m
utat
ions
ove
r tim
e.
Viru
s m
odel
- Th
is w
as c
ool -
show
ed p
arts
- di
dn’t
read
la
bels
as
muc
h as
sho
uld
have
but
like
d th
e m
odel
.
See
abo
veTh
e sl
ide
was
too
diffi
cult
-ne
ed c
lear
er d
irect
ions
; I h
adto
rere
ad th
em. I
tta
kes
too
muc
h pa
tienc
e to
do
this
.
Not
iced
them
and
that
they
w
ere
used
els
ewhe
re in
the
exhi
bit.
They
did
not
hel
p m
uch
- the
y bl
ende
d in
to th
e te
xt to
o m
uch,
did
not
sta
nd
out.
The
slid
e ag
ain
- use
col
orfu
l lin
es to
dire
ct th
e vi
sito
r, to
sho
w d
irect
ion
18M
ALe
ft si
de /
com
pute
r mut
atio
n m
odel
:“I
gues
s it
is d
iffer
ent “
nucl
ei” .
..mor
e ra
pid
resp
onse
as
you
hit t
he b
utto
ns. I
gue
ss th
e le
tters
toge
ther
form
tour
DN
A p
roce
ss...
som
e of
them
are
in th
e pr
oces
s of
cha
ngin
g. G
els:
le
ft be
nch:
“...f
ollo
win
g th
e sc
ales
...lo
okin
g at
sp
aces
?”
“Bas
ical
ly ta
king
a b
lood
test
tode
tect
the
pres
ence
of H
IV”
“In
Afri
ca it
s su
ch a
fast
sp
read
ing
dise
ase.
U
nder
stan
ding
why
ther
e is
suc
h a
rapi
d gr
owth
. In
a 3r
d w
orld
co
untry
, und
erst
andi
ng w
hy it
is
so m
uch
mor
e re
leva
nt th
ere
than
in th
e U
S.”
“I gu
ess
mak
ing
it ea
sy to
de
tect
.” (A
sked
: Wha
t sto
od o
ut to
yo
u?) :
“Nev
er s
een
a di
spla
y ab
out t
his.
I st
udie
d it
in c
olle
ge, b
ut th
is m
akes
it
easi
er to
und
erst
and.
”
All
seem
s pr
etty
sel
f ex
plan
ator
y“S
impl
ify th
e la
ngua
ge. I
t wou
ld b
e ha
rd fo
r so
meo
ne w
ith a
chi
ld to
go
thro
ugh
and
unde
rsta
nd.”
22M
Y“it
s co
ol” (
refe
rrin
g to
the
mod
el)
“Its
abou
t HIV
”“d
idn’
t get
a w
hole
lot h
ere.
..I
tried
to re
ad it
, but
I di
dn’t
get
muc
h re
ally
.”
“don
’t kn
ow”
“I pu
shed
the
butto
ns o
n th
e co
mpu
ter d
ispl
ay. I
t cat
ches
yo
ur e
ye m
ore
than
the
slid
er th
ing.
“ A
noth
er k
id c
ame
by a
nd
show
ed h
ow to
slid
e ou
t the
pa
nel..
.oth
erw
ise
I mig
ht
have
mis
sed
it.” (
refe
rrin
g to
th
e m
odel
)
“don
’t kn
ow”
“viru
s an
d ho
w th
ey e
volv
e”
(dad
ste
pped
in a
nd
sum
mar
ized
her
e)
“I do
n’t k
now
. Not
sur
e”“I
didn
’t re
ally
not
ice
them
.”
(not
e: th
ey m
isse
d th
e in
trodu
ctor
y pa
nel b
ecau
se
they
hea
ded
stra
ight
for t
he
mod
el)
This
was
a h
ard
topi
c to
sta
rt th
e ex
hibi
t with
. The
viru
s w
as h
ard
to u
nder
stan
d.
Pag
e 1
of 2
Appendix C: Explore Evolution Prototype Evaluation
22
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Viru
sA
ppen
dix
C:
Exp
lore
Evo
lutio
n P
roto
type
Eva
luat
ion
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
rese
arch
?W
hat m
akes
this
livi
ng th
ing
spec
ial o
r int
eres
ting
to
scie
ntis
ts?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
Visi
t: yo
u no
tice
thes
e sy
mbo
ls?
Did
they
hel
p yo
u un
ders
tand
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
re
com
men
d to
impr
ove
this
par
t?
19M
AI w
ould
say
it is
abo
ut c
ells
and
how
they
get
in
fect
ed w
ith th
e A
IDS
viru
s. T
his
is c
ompl
ex
scie
nce
– I d
on’t
unde
rsta
nd it
com
plet
ely.
He
wor
ks w
ith c
ells
, see
s ho
w
cells
are
infe
cted
with
AID
S,
how
they
hol
d up
with
HIV
and
th
en h
ow th
ey a
re in
fect
ed w
ith
AID
S…
in a
lab
with
che
mic
als
and
mic
rosc
opes
.
It af
fect
s th
e hu
man
race
on
such
a p
rofo
und
leve
l. W
e ca
n’t
cure
it, b
ut w
e ca
n pr
even
t it.
W
e hu
man
s do
n’t l
ike
thin
gs w
e ca
n’t c
ure.
Foun
d ou
t abo
ut h
ow D
NA
ch
ange
s ov
er th
e fir
st te
n ye
ars.
I d
idn’
t und
erst
and
this
(the
slid
ing
man
ipul
ativ
e), b
ut I
mov
ed it
to
try
to u
nder
stan
d it
a lit
tle.(th
e ch
angi
ng s
eque
nce
man
ipul
ativ
e) Y
ou ju
st p
ress
th
e bu
ttons
and
it s
how
s yo
u th
e di
ffere
nce
in th
e D
NA
st
rand
s.
(I di
dn’t
ask
this
.)It
does
n’t s
how
whe
re it
is
with
in th
e bo
dy.
(Slid
e m
anip
ulat
ive)
Wha
t ar
e th
ese
strip
s? P
aper
? D
NA
? I t
hink
it s
ays
here
so
mew
here
, but
it’s
su
btle
…If
you
read
ev
eryt
hing
, you
cou
ld
prob
ably
get
it a
nd y
ou h
ad
mor
e th
an a
hig
h sc
hool
ed
ucat
ion
and
mor
e pa
tienc
e.
Add
a s
impl
e ex
plan
atio
n of
the
inte
nt o
f the
ex
hibi
t – w
hat t
hey
are
tryin
g to
tell
you.
5F
AS
cree
n w
ith le
tters
: Not
gea
red
to k
ids
or a
ny
uned
ucat
ed a
dults
. Mos
t peo
ple
wou
ld n
ot k
now
wha
t the
se le
tters
are
on
the
scre
en. T
here
is
no k
ey to
eas
ily te
ll yo
u w
hat t
hey
are.
Wou
ld
not t
ry to
exp
lain
this
to k
ids.
[she
incl
udes
slid
e in
tera
ctiv
e in
this
com
men
t]
Figu
ring
out w
hy s
ome
peop
le
get H
IV (3
out
of 1
0 ca
ses
com
e do
wn
with
it in
the
exam
ple)
; stu
dy m
utat
ions
and
th
eir a
ffect
on
DN
A
HIV
is a
wor
ld p
laqu
e, it
is n
ot
rem
ote,
it is
a w
orld
pro
blem
The
slid
e m
odel
on
the
first
pa
nel w
as v
ery
diffi
cult
and
hard
to s
ee. I
had
to re
read
in
stru
ctio
ns; k
ids
wou
ld n
ot
get t
his.
The
viru
s m
odel
w
as re
ally
coo
l; go
od to
see
pa
rts o
f the
viru
s.
The
slid
e w
as d
iffic
ult t
o us
e.Th
e pu
ll ou
t was
har
d to
pul
l ou
t and
then
I w
as n
ot s
ure
I w
as s
uppo
sed
to d
o th
is.
But
it w
as in
tere
stin
g to
see
in
side
the
viru
s an
d th
is
wor
ked
wel
l with
a b
lack
and
whi
te il
lust
ratio
n sh
owin
g th
e vi
rus
and
its p
arts
. Thi
s m
odel
wou
ld re
ally
dra
w k
ids
(not
the
slid
e)
Firs
t pan
el, t
oo d
iffic
ult.
Viru
sm
odel
muc
h ea
sier
to
unde
rsta
nd (p
arts
and
how
th
ey w
ork)
See
abo
veY
es, I
saw
thes
e an
d th
ese
wer
e in
tere
stin
g (v
isito
r po
ints
to th
e ill
ustra
tions
, not
th
e ge
neric
sym
bols
). Th
ey
wer
e in
eac
h ex
hibi
t and
so
saw
a p
atte
rn, b
ut th
e pa
ttern
did
not
cla
rify
anyt
hing
; ind
iffer
ent t
o pa
ttern
.
Sim
plify
and
cla
rify
the
begi
nnin
g.
11M
YTh
is is
the
hard
est t
o ex
plai
n th
at "r
eally
real
ly
smal
l diff
eren
ces
can
mak
e so
met
hing
in y
our
body
go
real
ly w
rong
." It'
s ha
rd to
bel
ieve
be
caus
e yo
u ca
n't s
ee it
Wor
ks in
a la
b try
ing
to fi
gure
w
hat t
rait
in a
viru
s ca
n in
fect
th
e bo
dy
Pro
babl
y be
caus
e of
the
larg
er
impa
ct o
n hu
man
life
. He
thin
ks
he m
ight
go
to c
olle
ge to
stu
dy
AID
S re
sear
ch
Mut
atio
n m
anip
ulat
ive)
. D
iffer
ence
s in
mut
atio
n ra
te
from
birt
h to
one
yea
r. Li
ked
the
repe
titio
n of
the
nucl
eotid
es. H
elpe
d yo
u un
ders
tand
you
r bio
logy
Rep
eats
kid
s' D
NA
. Kin
d of
ho
w it
mov
ed a
nd c
hang
e an
d th
e m
utat
ions
cha
nge.
Term
inol
ogy.
I ne
ver
unde
rsto
od g
enet
ics
that
w
ell,
nucl
eotid
es –
talk
ed
abou
t the
m in
bio
logy
Add
mor
e—be
caus
e I l
ike
this
par
t. Th
is is
the
basi
s of
the
big
pict
ure
for t
he re
st o
f the
ani
mal
sTa
lk a
bout
gen
etic
s di
ffere
nces
of a
ll th
e an
imal
s.
Pag
e 2
of 2
Appendix C: Explore Evolution Prototype Evaluation
23
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n Fo
rmat
ive
Eva
luat
ion:
Dia
tom
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
re
sear
ch?
Wha
t mak
es th
is li
ving
thin
g sp
ecia
l or i
nter
estin
g to
sc
ient
ists
?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
VIS
T: D
id y
ou n
otic
e th
ese
sym
bols
? D
id th
ey
help
you
und
erst
and
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
reco
mm
end
to im
prov
e th
is p
art?
Sum
mar
y
3F
AY
ello
wst
one
Lake
is n
ear m
y ho
use.
I’d
say
littl
e or
gani
sms
live
in
the
lake
, litt
le b
its o
f alg
ae.
Hav
e yo
u ev
er s
een
smal
l thi
ngs
in th
e la
ke?
Pon
d sc
um?
It’s
mad
e up
of t
hous
ands
of t
hese
[dia
tom
s].
I’d s
how
the
kid
the
mod
el.
The
mod
el is
one
blo
wn
up re
ally
big
. Th
is d
iato
m is
onl
y fo
und
in th
is la
ke, a
nd th
ey th
ink
that
it w
as fi
rst
born
ther
e [in
Yel
low
ston
e La
ke].
But
this
was
not
eng
agin
g m
e,
it’s
not a
skin
g qu
estio
ns.
This
wou
ld n
ot b
e in
tere
stin
g to
kid
s.
Nee
d to
hel
p sc
ient
ists
sol
ve th
e m
yste
ry.
Col
lect
ing
diat
oms.
Try
ing
to fi
nd o
ut w
hen
they
firs
t sho
wed
up.
I don
’t kn
ow.
Wel
l, th
is is
the
only
pla
ce th
ey fi
nd th
is
parti
cula
r one
. A
nd it
app
eare
d in
a s
hort
perio
d of
tim
e. 4
000
year
s is
rapi
d ev
olut
ion.
Y
ello
wst
one
is a
spe
cial
pla
ce.
Trie
d to
get
it to
wor
k, b
ut it
ge
ts s
tuck
. D
idn’
t clo
se.
You
’re n
ot a
skin
g m
e qu
estio
ns.
Why
are
they
doi
ng th
is
rese
arch
? Y
ou a
re m
issi
ng
the
rest
of t
he s
tory
.
Nee
d to
cre
ate
the
mys
tery
– tra
nsla
te th
e sc
ient
ists
pa
ssio
n to
you
, the
vis
itor.
A
sk q
uest
ions
for p
eopl
e to
figu
re o
ut.
23F
A“I
wou
ld fi
rst s
tart
to p
oint
out
mic
rosc
opic
siz
e an
d th
en e
volu
tion.
Th
en th
at it
sho
ws
life
in p
onds
.”“H
e ch
ecke
d to
see
cha
nges
in d
iato
ms
as
time
wen
t on
so th
at h
e co
uld
see
chan
ges
in c
limat
e.”
“So
they
cou
ld m
ake
pred
ictio
ns
for t
he fu
ture
. Fig
ure
out
patte
rns.
If y
ou u
nder
stan
d th
e pa
st y
ou c
an w
ork
with
the
futu
re.”
“Loo
ked
at th
e co
mpu
ter.”
M
ultim
edia
“is
good
it g
rabs
ki
ds a
ttent
ion.
All
visu
als
do.”
Mic
rosc
ope:
400
x sa
w it
w
ell.
100x
bla
nk s
cree
n
Mul
timed
ia:
easy
to s
ee h
owpo
llen
and
diat
oms
chan
ged
over
tim
e.
All
of it
mad
e se
nse.
But
pe
ople
with
you
nger
kid
s m
ay n
ot h
ave
the
time
to
figur
e it
all o
ut.
A lo
t of
info
rmat
ion
and
youn
g ki
ds
have
sho
rt at
tent
ion
span
s.
Forg
ot to
ask
it a
t dia
tom
s.
Ask
ed a
t Fun
gus.
“Sw
itch
pane
ls (l
abel
s)
arou
nd o
n di
atom
mod
el”
so th
at th
e ex
plan
atio
n of
th
e m
odel
is th
e fir
st th
ing
you
see
and
the
pond
sc
um (?
) is
seco
nd.
Put
pu
nctu
atio
ns n
ext t
o bi
g w
ords
.
22M
Y“I
thin
k it’
s ab
out h
ow p
ond
scum
evo
lves
in s
peci
fic la
kes”
(dad
in
terv
ened
to a
nsw
er th
e qu
estio
n“D
idn’
t rea
d it”
beca
use
you
can
see
som
e sp
ecifi
c ev
olut
ion
in p
lace
s (d
ad
inte
rven
es)
“Har
d tim
e us
ing
the
slid
e sh
ow to
get
to th
e in
tere
stin
gpa
rt” (o
rgan
ism
s). L
iked
us
ing
the
mic
rosc
ope
a lo
t.
“don
’t kn
ow”
“pon
d sc
um is
uni
que
to h
owit
appe
ars
in p
lace
s.”
“I th
ink
it is
an
easy
idea
re
ally
.”N
eeds
the
nam
es o
n th
e sl
ide
show
larg
er s
o yo
u ca
n ea
sily
see
the
diat
oms
com
e fro
m d
iffer
ent
plac
es. P
ut d
iato
ms
up
abov
e on
the
pane
l so
they
ar
e ea
sy to
see
. (th
e in
tera
ctiv
e m
akes
them
ha
rd to
get
to th
e in
tere
stin
g pa
rts. (
dad
com
men
t)4
MY
Abo
ut d
iato
ms
in Y
ello
wst
one
- the
y ha
ve c
hang
ed a
nd a
re d
iffer
ehe
re.
Stu
dy c
hang
es in
thei
r stru
ctur
eIt
chan
ged
in ju
st 4
,000
yea
rsLo
oked
at m
icro
scop
e an
d th
e sc
reen
Mic
rosc
ope
wor
ked
will
ex
cept
the
seco
nd o
ne is
ha
rder
to fo
cus;
scr
een
is
inte
rest
ing
but u
nder
“Sol
ve
a M
yste
ry” t
he d
iato
m d
id n
och
ange
ver
y m
uch;
they
pr
etty
muc
h lo
ok th
e sa
me.
How
they
cha
nged
in a
sho
rt tim
e.C
an’t
see
chan
ges
in
diat
oms.
Mor
e di
stin
ct c
hang
es a
nd
adju
st fo
cus
on s
econ
d pa
rt of
mic
rosc
ope.
Oth
er
than
thes
e th
ings
, goo
d.
5F
ATh
is is
inte
rest
ing
beca
use
I am
from
Mic
higa
n an
d th
e m
odel
is
nice
, but
har
d to
exp
lain
to a
chi
ld.
Fres
hwat
er b
iolo
gyTh
ese
are
only
foun
d he
re,
now
here
els
e, Y
ello
wst
one
is o
f in
tere
st.
Com
pare
and
con
trast
; co
uld
star
t with
M
icro
won
ders
and
if v
isito
r ha
d tim
e co
uld
look
into
m
icro
scop
e.
Enj
oyed
the
mic
rosc
ope
and
foun
d it
easy
to u
se (h
as
expe
rienc
e )
The
fact
that
thes
e ar
e fo
und
now
here
els
e.Fo
und
this
par
t of e
xhib
it ea
sy to
und
erst
and
Not
real
ly. N
ote:
lost
the
conn
ectio
n be
twee
n vi
rus
and
diat
om -
coul
d se
e ot
her e
xhib
its -
did
n’t
mak
e se
nse
with
viru
s an
d di
atom
21F
YTh
e cl
imat
e ca
n ch
ange
how
the
diat
om w
as. I
f it i
s a
cold
, wet
cl
imat
e it'
s di
ffere
nt. I
f the
clim
ate
war
ms
up th
en it
cha
nges
He
stud
ies
alga
e in
Yel
low
ston
e La
ke; h
e st
udie
s sp
ecie
s ev
olut
ion
It se
ems
rela
ted
… it
’s a
bas
ic
orga
nism
, you
can
find
out
mor
e ab
out i
t
She
look
ed a
t the
mod
el (n
ot
the
lab
benc
h). I
t's re
ally
in
tere
stin
g w
ith th
e di
ffere
nt
ribs.
Rea
lly in
tere
stin
g to
see
the
mod
el
Did
not
do
man
ipul
ativ
es.
Pre
fers
to lo
ok a
t the
ex
hibi
ts. L
ikes
the
Dis
cove
ry
chan
nel,
likes
to re
ad a
bout
bi
olog
y an
d w
atch
it o
n th
e D
isco
very
cha
nnel
Not
App
licab
leFe
lt th
at th
e la
ngua
ge w
ould
be
diff
icul
t for
her
frie
nds
to
unde
rsta
nd. T
hey
don'
t rea
d bo
oks
like
she
does
--- a
nd
they
don
't w
atch
Dis
cove
ry
chan
nel
Yes
, she
not
iced
them
at
each
exh
ibit,
bot
h th
e ch
art
and
the
sym
bols
. Thi
nks
that
they
hel
p.
No
real
cha
nges
. Lik
ed th
ela
yout
, it l
ooks
inte
rest
ing
and
catc
hes
your
eye
.
Sub
ject
s 17
, 17a
, 17
b F
A
and
two
MY
Dia
tom
s: D
iato
m V
ist p
anel.
17
- rea
d pa
nel t
o gr
oup.
17b
- W
hat
is a
dia
tom
?? 1
7, 1
7a, 1
7b lo
oked
for a
nsw
er o
n pa
nel,
but c
ould
no
t fin
d it.
17b
- su
gges
ted
putti
ng d
efin
ition
on
blan
k sp
ace
on
pane
l. G
roup
und
erst
ood
char
acte
ristic
s, b
ut n
ot w
hat i
t the
or
gani
sm is
. Dia
tom
mod
el 17
b - f
ound
wha
t a d
iato
m is
. 17
- rea
dsal
oud
“Pon
d sc
um” 1
7a, 1
7b -
like
mod
el a
lot a
nd to
uch
it. 1
7b -
says
“It h
as ri
bs li
ke m
e” 1
7 -s
ugge
sted
that
mov
e m
odel
to fr
ont o
f ex
hibi
t or d
efin
e di
atom
on
first
pan
el. D
iato
m s
cree
n 17
a - n
o pr
oble
m w
ith re
achi
ng, u
sing
mou
se o
r red
but
ton.
Gro
up w
ent t
o so
lve
a m
yste
ry -
got t
o th
e m
ultip
le c
ores
(?) b
ut c
ould
not
get
an
ythi
ng to
clic
k (1
7b s
aw x
to e
xit)
tried
mul
tiple
tim
es a
nd e
ven
sent
bac
k to
beg
inni
ng a
nd c
ould
n’t g
et a
nyth
ing
out o
f it.
17b
- sa
id th
at h
e di
dn’t
get i
t and
won
dere
d w
hat p
olle
n w
as d
oing
ther
e17
a - t
ried
but g
ot s
tuck
. Gro
up w
as fr
ustra
ted
that
they
cou
ld n
ot
find
or s
olve
the
mys
tery
. G
roup
nex
t wen
t to m
icro
won
ders
and
lo
oked
at t
he d
iffer
ent p
ictu
res
- enj
oyed
the
pict
ures
- bu
t no
info
rmat
ion
beyo
nd th
at.
29M
Y“It
talk
s ab
out t
he d
iffer
ence
bet
wee
n po
llens
and
the
stuf
f fou
nd in
th
e m
ud in
pon
ds E
xpla
ins
wha
t all
of it
is.”
“The
y pu
lled
out s
tuff
from
mud
and
look
ed
at it
to s
ee th
e di
ffere
nce.
”“B
ecau
se it
sho
ws
how
muc
h ch
ange
was
in d
iffer
ent y
ears
. It
expl
ains
a b
it ab
out l
akes
and
ho
w d
iffer
ent t
hey
wer
e.”
(he
read
, pla
yed
with
m
icro
scop
e an
d th
e in
tera
ctiv
e, lo
oked
at t
he
mod
el)
“Whe
n yo
u lo
oked
at t
he
pict
ures
and
the
mod
el...
then
you
cou
ld s
ee
wha
t was
in th
e m
icro
scop
e.”
“Wha
t dia
tom
s an
d po
llens
re
ally
are
.”“I
look
ed a
t the
pan
el (o
ver
the
benc
h) to
see
wha
t it
was
abo
ut.”
“Non
e re
ally
. Mic
rosc
ope
wor
ks o
k. S
oftw
are
look
s go
od. I
mig
ht m
ake
whe
re
you
are
to c
lick
activ
e (s
o yo
u ca
n te
ll w
hat t
o do
)”
Boy
thirt
een
spen
t qui
te a
whi
le lo
okin
g at
all
parts
of t
he d
iato
m e
xhib
it. S
peci
fic
com
men
ts a
bout
mic
rosc
ope
said
that
it
was
ok
to fo
cus.
He
thou
ght t
he 1
00X
di
d no
t hav
e as
muc
h fo
cus
as th
e ot
her
part.
Tha
t the
oth
er s
lide
was
“off
to th
e si
de.”
“Coo
l” w
as h
is o
ver a
ll co
mm
ent.
Pag
e 1
of 1
Appendix C: Explore Evolution Prototype Evaluation
24
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Ant
/Fun
gus
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
re
sear
ch?
Wha
t mak
es th
is li
ving
thin
g sp
ecia
l or i
nter
estin
g to
sc
ient
ists
?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
VIS
T: D
id y
ou n
otic
e th
ese
sym
bols
? D
id th
ey
help
you
und
erst
and
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
re
com
men
d to
impr
ove
this
par
t?
16M
YIn
form
atio
n on
wha
t ant
s do
.“T
akes
leaf
cut
ter a
nts
and
puts
them
in
diffe
rent
con
tain
ers
that
hav
e le
aves
, dirt
, an
d ot
her t
hing
s an
d do
diff
eren
t ex
perim
ents
.”
Som
ethi
ng ju
st in
spire
d hi
mLo
oked
at t
he m
ovie
.M
ovie
“at
tract
s at
tent
ion”
“It
’s g
ood.
”(I
aske
d if
he c
ould
tell
me
wha
t the
pet
ri di
shes
wer
e ab
out.)
“Y
ou p
ut a
nts
into
th
em fo
r you
r exp
erim
ents
” (H
e w
as u
nsur
e of
this
.)
Rea
ding
som
e of
the
text
. It
varie
d th
ough
. N
one
23F
AIt’
s ta
lkin
g ab
out a
nts
and
the
way
an
ant i
s a
farm
er.
The
earli
est f
arm
and
how
ant
s m
ake
colo
nies
. Th
e re
mar
kabi
lity
of a
nts
He
stud
ies
ants
and
det
erm
ines
how
they
m
ake
crop
s an
d th
e jo
bs o
f diff
eren
t ant
s an
d th
e di
ffere
nt fo
ods.
How
they
pic
k ou
t ba
d fu
ngus
from
the
good
.
“The
ir or
gani
zatio
n an
d ab
ility
to
harv
est a
nd g
row
cro
ps.
The
self
cont
aini
ng c
olon
ies.
”
Look
ed a
t the
vid
eoLi
ked
visu
als.
The
TV
sc
reen
was
goo
d. G
ood
for
kids
Poi
nted
out
the
petri
dis
hes
and
aske
d “W
hat a
re w
e try
ing
to g
et a
cros
s? W
hat
are
bact
eria
def
ende
rs?”
S
he h
ad e
arlie
r rea
d so
me
of it
out
loud
to th
e ki
ds, b
ut
it w
as n
ot e
noug
h fo
r her
to
get t
he m
ain
idea
.
Did
n’t n
otic
e th
e sy
mbo
ls.
Did
see
tim
e in
the
one
exhi
bit (
diat
oms)
.
Did
n’t a
nsw
er th
is q
uest
ion
her
youn
gest
gra
ndch
ild n
eede
d at
tent
ion.
19M
ATh
is is
abo
ut th
e co
exis
tenc
e of
diff
eren
t pl
ants
, ins
ects
, spe
cies
– h
ow th
ey h
elp
each
ot
her s
urvi
ve. T
his
is a
sm
all v
ersi
on o
f ev
eryt
hing
that
hap
pens
on
Ear
th…
how
one
sp
ecie
s co
uldn
’t liv
e w
ithou
t the
oth
er.
He
is w
atch
ing
the
ant c
o-ex
ist w
ith
bact
eria
, mic
rofu
ngus
. His
rese
arch
in
volv
es ta
king
one
of t
he fo
ur e
lem
ents
, on
e pa
rtner
out
of t
he e
quat
ion
to s
ee
who
’s h
elpi
ng w
ho b
etw
een
the
four
pa
rtner
s.
Inte
rest
ing
in th
at th
e de
eper
yo
u lo
ok a
t the
rela
tions
hips
be
twee
n lif
efor
ms,
the
mor
e yo
u re
aliz
e ho
w im
porta
nt
ever
ythi
ng is
to e
very
one
else
. Li
ke if
you
took
oxy
gen
out o
f th
e ra
info
rest
or c
uttin
g tre
es
dow
n…It
tells
us
we
need
to b
e ca
refu
l as
a sp
ecie
s be
caus
e w
ear
e so
pow
erfu
l as
hum
ans.
Wat
ched
the
vide
o.I d
idn’
t do
anyt
hing
. I ju
st
wat
ched
whe
n so
meo
ne
else
sta
rted
it. I
’m
assu
min
g yo
u ju
st p
ush
the
butto
ns h
ere.
* I d
idn’
t ask
this
(I th
ough
t hi
s qu
estio
n 3
answ
er s
poke
to
this
)
The
petri
e ex
perim
ent w
ould
be
har
d to
und
erst
and
with
out w
atch
ing
the
vide
o.
It’s
self-
expl
anat
ory
with
the
vide
o.
Yea
h. I
look
ed a
t tho
se,
they
hel
ped,
but
it to
ok u
ntil
tow
ard
the
end
to s
ee w
hat
was
goi
ng o
n.
Not
hing
…m
aybe
a s
ign
that
say
s “W
atch
the
vide
o fir
st.”
1M
Y(I
took
out
the
“to a
chi
ld” p
art.)
Mol
d gr
owin
g on
ant
s an
d ho
w a
fung
us fi
ghts
off…
I hav
e no
clu
e…S
tudi
es th
e an
t and
they
pr
otec
t the
littl
e...
How
the
ants
reac
t to
stuf
f gr
owin
g on
thei
r fun
gus
and
then
they
cut
off
the
infe
cted
fu
ngus
and
stu
ff is
gro
win
g on
th
eir b
acks
.
Wat
ched
the
vide
o “A
nt
Farm
ers”
* I d
idn’
t ask
this
.*
I did
n’t a
sk th
is (h
is
answ
er to
3 a
nsw
ered
this
)Th
e ba
cter
ia a
nd th
e fu
ngus
pa
rt…ho
w th
e an
ts re
act t
o it.
(I a
sked
him
if h
e m
eant
th
e P
etri
dish
es p
art a
nd h
e sa
id “y
eah”
).
I did
n’t r
eally
kno
w w
hat
they
mea
nt.
Mor
e ex
plan
atio
ns o
f wha
t the
se (t
he
Pet
ri di
shes
) are
.
15F
AI w
ould
talk
abo
ut h
ow th
e lif
e cy
cle
evol
ves
diffe
rent
cre
atur
es ..
.they
wor
k to
geth
er ..
..the
w
hole
idea
of n
atur
e pr
opog
atin
g w
ithou
t the
he
lp o
f man
.
I wou
ld t
alk
abou
t ...”
how
sci
entis
ts c
olle
ct
info
rmat
iohn
. the
tool
s he
use
s, th
e sp
ecia
l con
tain
ers
(pet
ri di
shes
)...th
e tim
e it
take
s to
dev
elop
.
List
enin
g an
d re
adin
g...s
ome
touc
hing
.Its
a lo
t of r
eadi
ng. I
was
in
tere
sted
her
e be
caus
e I
gard
en...
.
No
The
but
tons
are
not
wor
king
. It i
s ni
ce to
be
liste
ning
(to
audi
o ab
out
the
ants
). Th
ere
is a
var
iety
of
appr
oach
es h
ere.
..tha
t is
good
. The
re
are
touc
habl
es, i
t is
inte
ract
ive.
The
be
nche
s le
ts k
ids
“get
thei
r mov
e ne
eds
addr
esse
d.”
14M
AA
dult:
How
ove
r tim
e an
imal
s an
d in
sect
s ha
ve d
evel
oped
the
abili
ty to
use
thin
gs w
ithin
th
eir e
nviro
nmen
t to
live
with
and
use
to th
eir
adva
ntag
e. I
nsec
ts th
at fa
rm, p
retty
am
azin
g.
Adu
lt: s
tudi
es fu
ngus
and
bac
teria
, ant
s.
Look
s lik
e he
stu
dies
sym
biot
ic
rela
tions
hips
and
how
they
wor
k.
Adu
lt: W
hat t
he a
nts
have
ev
olve
d in
to, t
hey
take
leav
es,
and
mak
e fa
rms
and
grow
fu
ngus
, it’s
all
inte
rest
ing
abou
t ho
w th
at w
orks
. P
retty
ad
vanc
ed e
volu
tion
for a
sm
all
inse
ct li
ke th
at.
(Sec
ond)
Wha
t did
you
fin
d su
rpris
ing?
Adu
lt:
Just
how
adv
ance
d th
e w
hole
pro
cess
see
med
to
be.
Inse
cts
that
we
cons
ider
min
dles
s ha
ve
deve
lope
d in
stin
cts
to th
e po
int i
t see
ms
like
this
is a
ll pl
anne
d.
(Pet
ri di
shes
) Adu
lt: I
real
ly
didn
’t un
ders
tand
that
at a
ll,
wha
t’s in
the
dish
es.
Adu
lt: I
thin
k th
ese
exhi
bits
ar
e ov
er y
oung
er k
ids’
he
ads,
eve
n m
y so
n w
ho is
a
good
read
er.
Unl
ess
you
can
read
real
ly w
ell y
ou
wou
ld h
ave
to h
ave
a lo
t ex
plai
ned.
The
bas
ic
scie
nce
of it
. It’
s go
od fo
r so
meo
ne li
ke m
e or
an
olde
r ch
ild.
(1st
) Adu
lt: Y
ou g
uys
do p
retty
dar
n go
od h
ere.
(3rd
) Adu
lt: W
hen
I firs
t ca
me
up to
this
exh
ibit,
I ha
d a
hard
tim
e pu
tting
eve
ryth
ing
toge
ther
for
som
e re
ason
. M
y fir
st th
ing,
wha
t is
this
all
abou
t, I d
idn’
t get
it.
It di
dn’t
com
e to
me
real
ly e
asily
. M
aybe
if I
sat d
own…
(4th
) Pet
ri: A
dult:
The
y ha
ve th
ese
expe
rimen
ts h
ere
and
its
not r
eally
cle
ar.
It sh
ould
be
clea
r.
Som
ethi
ng ri
ght h
ere
shou
ld e
xpla
in
exac
tly, a
littl
e cl
eare
r, w
hat t
his
is.
May
be if
you
read
thro
ugh
it al
l it
wou
ld b
e cl
ear,
but t
o a
child
it’s
all
Gre
ek.
Too
muc
h te
xt fo
r a c
hild
and
ev
en s
ome
adul
ts. I
did
n’t p
ut it
all
toge
ther
.
14b
MY
(Firs
t) U
niqu
e pa
rtner
ship
s (v
ideo
) 9-y
ear-
old
boy:
See
ho
w th
e fu
ngus
gro
ws
and
how
the
quee
n m
akes
new
fa
rms,
take
s a
little
bit
of
fung
us a
nd m
akes
a n
ew
one.
(Thi
rd) W
hat d
id y
ou
find
surp
risin
g? B
oy: H
ow
long
the
fung
us h
as b
een
arou
nd
(2nd
) Vid
eo: B
oy: p
retty
coo
l I th
ink,
ev
en fo
r litt
le k
ids,
may
be fi
ve m
ight
un
ders
tand
it.
17,
17a,
17
b
F, M
, M
A, Y
, YFi
lm: 1
7a -
star
ted
with
ant
farm
ers
- wat
ched
it
care
fully
and
enj
oyed
it. 1
7 an
d 17
a - t
ryin
g to
figu
re o
ut p
etrie
dis
hes
- cou
ld n
ot d
o it.
G
uess
ed a
t it -
bac
teria
atta
cks
ants
????
Sai
d th
at th
ey d
id n
ot k
now
wha
t the
y w
ere
look
ing
at. 1
7a -
wat
ch a
nt fa
rmer
s al
so a
nd
engr
osse
d. T
hen
17, 1
7a, 1
7b w
atch
uni
que
partn
ersh
ips.
17
and
17b
go “O
h th
at’s
wha
t th
at m
eans
.” N
ow th
e di
shes
wer
e cl
eare
r. 17
b w
onde
rs w
hy s
cien
tists
are
stu
dyin
g th
is (a
nts)
ra
ther
than
how
to c
ure
canc
er. W
hen
aske
d if
one
butto
n sh
ould
be
put i
n fro
nt o
f ano
ther
(a
nt fa
rmer
s be
fore
uni
que
partn
ers)
- sa
id n
o.
But
all
thre
e su
gges
ted
that
vis
itors
wat
ch
uniq
ue p
artn
ers
befo
re tr
ying
to u
nder
stan
d th
e pe
trie
dish
es. F
ungu
s vi
sit -
17a
- no
ticed
that
fir
st fa
rmer
s w
ere
ants
, not
peo
ple.
17,
17a
, 17
b lo
oked
but
no
com
men
ts.
Pag
e 1
of 1
Appendix C: Explore Evolution Prototype Evaluation
25
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it F
orm
ativ
e E
valu
atio
n: F
LY
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
rese
arch
?W
hat m
akes
this
livi
ng th
ing
spec
ial o
r int
eres
ting
to
scie
ntis
ts?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht b
e di
fficu
lt fo
r oth
er v
isito
rs
to u
nder
stan
d?
7.5
VIS
T: D
id y
ou n
otic
e th
ese
sym
bols
? D
id th
ey
help
you
und
erst
and
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
reco
mm
end
to im
prov
e th
is p
art?
13F
YA
bout
the
diffe
rent
sha
pes
of h
ead,
ant
enna
e,
and
win
g pa
ttern
s of
the
mal
e an
d th
e fe
mal
e an
d w
hy th
eir d
iffer
ent.
He
wat
ches
the
flies
mat
e.Th
e w
ay th
ey k
ind
of li
ke d
ance
.Y
ou w
atch
ed th
e fly
do
thei
r lit
tle d
ance
mat
e th
ing.
It
was
kin
da w
eird
.
It w
as k
ind
of s
low
, it d
idn’
t nar
rate
to
tell
me
wha
t to
do.
I did
n’t k
now
w
hat i
t did
till
I rea
d a
little
bit
mor
e.
This
(mod
els)
is p
retty
eas
y to
und
erst
and,
but
this
(m
ultim
edia
) is
hard
to
unde
rsta
nd b
ecau
se it
did
n’t
tell
you
wha
t par
t of t
he b
ody
it w
as u
sing
or l
ike
wha
t was
a
drop
of w
ater
.
It w
ould
nar
rate
it fo
r you
–
have
it te
ll yo
u w
hat t
o do
.
10F
AM
atin
g se
lect
ion
and
how
ove
r tim
e, c
erta
in
char
acte
ristic
s be
cam
e m
ore
attra
ctiv
e an
d ov
er ti
me,
cha
nges
hap
pene
d, a
nd n
atur
al
sele
ctio
n. S
imila
r to
hum
ans
som
etim
es.
Stu
dies
mat
ing
beha
vior
.I s
uppo
se w
hat i
t tel
ls th
em
abou
t evo
lutio
n, li
fe o
f spe
cies
. I m
ade
the
com
paris
on to
hu
man
s.
Com
pare
d th
e m
ale
and
fem
ale
and
notic
ed, i
t pl
ayed
on
how
fem
ales
, w
ell,
mal
es b
ecam
e m
ore
and
mor
e el
abor
ate
beca
use
that
’s w
hat
attra
cted
fem
ales
. Lo
oked
at
diff
eren
t cha
ract
eris
tics.
Dep
ends
on
the
age,
who
’s
look
ing.
Who
le th
ing
hard
fo
r you
nger
kid
s. T
hing
s th
ey a
re n
ot fa
mili
ar w
ith,
not a
lot o
f bac
kgro
und.
P
robl
em w
ith th
e w
hole
ex
hibi
t. M
y fif
th g
rade
rs
wou
ld p
roba
bly
wal
k ar
ound
an
d be
in a
nd o
ut o
f her
e fa
irly
quic
kly,
unl
ess
we
wer
e do
ing
a sp
ecifi
c un
it,
but w
e do
n’t d
o a
lot o
f tha
t at
this
leve
l. V
ery
abst
ract
co
ncep
ts fo
r you
nger
kid
s.
I do
thin
k ki
ds e
njoy
vi
deos
, I th
ink
the
voca
bula
ry a
nd la
ngua
ge
has
to b
e si
mpl
er.
The
voca
bula
ry h
ere
is v
ery
soph
istic
ated
.
5F
AS
how
s ho
w o
ne b
ecom
es m
any;
I w
ould
use
th
e gr
aphi
c to
hel
p sh
ow th
is.
Stu
dies
thes
e fru
it fli
es a
nd h
ow
they
hav
e ch
ange
dR
apid
cha
nge
Look
ed a
t eac
h sp
ecim
en.
Eas
y to
see
. The
gra
phic
tree
with
ph
otos
was
ver
y go
od. Y
ou c
an
easi
ly s
ee th
e ch
ange
s in
flie
s an
d th
eir r
elat
ions
hip.
Mal
e/fe
mal
e di
ffere
nces
and
w
hy th
ere
are
diffe
renc
es;
wer
e ea
sy to
see
and
un
ders
tand
;
Ver
y cl
ear e
xcep
t for
the
leg
hairs
(fuz
zy) b
ut th
e co
ncep
t w
as u
nder
stan
dabl
e
Red
o le
g ha
irs s
peci
men
21F
YIt’
s ab
out f
lies,
abo
ut h
ow th
ey c
hang
e. T
hey
cam
e to
the
isla
nd a
nd o
nce
they
wer
e th
ere
they
all
spre
ad o
ut b
ecau
se th
ere
was
n't a
ny
com
petit
ion.
Bec
ause
ther
e w
ere
thin
gs th
ey
adap
ted
to.
Did
n't l
ook
at th
is p
anel
It's
inte
rest
ing
that
the
flies
can
ch
ange
so
muc
h an
d th
at th
ey
live
in th
e sa
me
area
(Fly
Spe
cim
ens)
Loo
ked
at
the
flies
. The
fem
ales
are
pl
aine
r tha
n th
e m
ales
Mal
e fli
es a
re e
labo
rate
ly
desi
gned
to c
atch
fem
ales
at
tent
ion
beca
use
the
fem
ales
are
par
ticul
ar a
bout
w
ho th
ey m
ate
with
Pre
tty e
asy
to u
nder
stan
d
15F
ATh
is is
info
rmat
ion
abou
t how
spe
cies
are
cr
eate
d. I
am n
ot s
ure
if I w
ould
tell
my
kids
ab
out s
ex li
ves.
I w
ould
say
that
they
mak
e fri
ends
my
sing
ing
a so
ng.
I wou
ld (t
ell m
y ki
ds) a
bout
how
sc
ient
ists
are
not
alw
ays
just
in
the
lab.
He
colle
cts.
He
wea
rs
glov
es. H
e ha
s to
find
ani
mal
s to
col
lect
...so
he
has
to fi
nd
way
s to
attr
act t
hem
. He
has
spec
ial e
quip
men
t.
“I w
as in
tere
sted
to k
now
he
(kan
eshi
ro) c
hang
ed c
arre
r by
doin
g a
sum
mer
job.
..org
inal
ly
he w
as g
oing
to b
e a
phys
icia
n.
Mos
tly re
adin
g. L
ooke
d at
th
e pi
ctur
es. I
t mad
e m
e th
ink
abou
t Haw
aii.
For a
chi
ld u
nder
10
it is
a
lot o
f rea
ding
. I h
ave
an
eigh
t yea
r old
that
wou
ld
zone
out
her
e. G
eare
d to
wad
an
olde
r rea
der.
Did
n’t n
otic
e th
ese
Attr
acte
d to
the
scie
ntis
ts
face
. Lik
ed th
e be
nch
and
the
visu
al.
12F
YA
bout
the
flies
? H
ow th
ey u
m, h
ow th
ey m
ate
and
how
diff
eren
t kin
ds o
f the
ir w
ings
are
di
ffere
nt.
He
um e
xam
ines
flie
s an
d te
lls
abou
t the
m.
Um
, how
they
exp
lore
and
um
ge
t to
know
a lo
t abo
ut fl
ies.
I loo
ked
at h
ow th
e so
unds
th
ey m
ake,
wai
t, no
, yea
h an
d ab
out m
atin
g…I m
ean
how
they
do
song
s an
d da
nces
and
stu
ff.
* I d
idn’
t ask
this
.*
I did
n’t a
sk th
is.
How
they
…H
ow w
ould
they
fe
el?
Um
, it w
ould
be
hard
fo
r the
m to
kno
w h
ow th
ey
danc
e, d
o so
ngs.
Yea
h, u
mm
…W
hat I
lear
ned
abou
t it?
Yea
h, th
is h
elpe
d m
e un
ders
tand
(poi
nts
to
sele
ctio
n) a
nd th
is d
id
(poi
nts
to in
herit
ance
).
Wha
t I w
ould
cha
nge
abou
t it?
I w
ould
pro
babl
y ch
ange
, pro
babl
y ho
w
they
mat
e. *
I as
ked
“How
w
ould
you
cha
nge
that
?” I
w
ould
just
…. *
I as
ked
“Is
ther
e an
ythi
ng a
bout
it th
at
mad
e it
hard
to u
se o
r ha
rd to
und
erst
and?
” U
mm
…um
m…
* I
say
“No?
” She
nod
s.
24M
AE
xpla
inin
g ho
w n
ot ju
st fl
ies,
but
all
anim
als
can
chan
ge o
ver a
long
per
iod
of ti
me.
Who
they
de
cide
to m
ate
with
. I g
uess
I w
ould
exp
lain
it
in te
rms
of h
avin
g th
em th
ink
abou
t the
ir ow
n
pare
nts
and
thin
gs th
at th
ey h
ave
rece
ived
from
th
eir p
aren
ts, t
he c
olor
of e
yes
or t
hose
kin
ds
of th
ings
that
are
giv
en to
the
child
ren.
Jus
t lik
e fli
es w
hen
they
mat
e ar
e th
eir o
ffspr
ing
are
give
n ch
arac
teris
tics
in th
e sa
me
way
. O
ver
time
thos
e ch
arac
teris
tics
are
pass
ed o
n th
roug
h th
e ye
ars
and
you
can
get s
ome
pret
ty
stra
nge
thin
gs g
oing
on.
Not
sur
e w
hat y
ou m
ean?
Wha
t is
his
rese
arch
abo
ut?
Did
you
pi
ck u
p on
a s
cien
tist?
I d
idn'
t fo
cus
on th
e sc
ient
ist.
As
I was
go
ing
thro
ugh
I did
n't …
(pau
se)
I was
look
ing
at re
sults
and
co
mpa
rison
, and
focu
sing
on
that
, rat
her t
han
on th
e pr
oces
s an
d th
e pe
rson
that
was
doi
ng
it, e
ven
thou
gh h
e is
pre
tty
prom
inen
t whe
n yo
u lo
ok a
t tha
t fir
st d
ispl
ay (L
ab B
ench
).
Bec
ause
it is
so
easy
to s
ee th
is
proc
ess
up c
lose
with
frui
t flie
s
perh
aps
its, I
'm n
ot s
ure
may
be
beca
use
of th
e ch
ange
s fro
m
plac
e to
pla
ce.
Like
for i
nsta
nce
this
one
whe
re th
ey ta
lk a
bout
th
e tw
o sp
ecie
s w
ith a
lmos
t id
entic
al D
NA
and
they
look
qu
ite d
iffer
ent f
rom
diff
eren
t pa
rts o
f the
wor
ld.
I thi
nk it
is
fasc
inat
ing,
it's
like
the
Gal
apag
os Is
land
s, a
nd y
ou lo
ok
at a
t the
Haw
aiia
n is
land
s an
d yo
u se
e th
e pr
ogre
ssio
n. T
hat,
to m
e w
as in
tere
stin
g. T
he
prog
ress
ion
of th
e fru
it fly
sp
ecie
s fro
m o
lder
isla
nds.
It
seem
s to
be
logi
cal.
Wha
t wou
ld y
ou s
ay w
as
the
mos
t sur
pris
ing
thin
g yo
u le
arne
d? W
ell,
the
ritua
ls th
e m
ales
go
thro
ugh
in th
e fru
it fli
es to
attr
act a
fe
mal
e. I
t's in
tere
stin
g, n
ot
nece
ssar
ily s
urpr
isin
g be
caus
e I h
ave
seen
it s
o m
uch
in o
ther
spe
cies
big
an
d lit
tle.
I did
n't k
now
that
ab
out t
he fr
uit f
lies.
I a
m
fasc
inat
ed b
y th
e di
ffere
nce
in D
NA
, to
me
havi
ng tw
o fly
sp
ecie
s th
at h
ave
alm
ost t
he
sam
e D
NA
at c
an lo
ok s
o di
ffere
nt.
I gue
ss th
at k
ind
of p
eaks
my
inte
rest
.
Whe
n yo
u lo
oked
at t
he fl
ies
here
(on
the
right
sid
e of
the
fly
spec
imen
tabl
e).
Did
you
find
it
inte
rest
ing,
use
ful.
I th
ough
t I
saw
you
pee
ring
arou
nd it
?
Why
? W
hen
you
look
stra
ight
on
it do
es lo
ok li
ke th
ey a
re th
e sa
me
size
. Y
ou h
ave
to lo
ok to
the
side
so
you
can
see
the
obvi
ous
chan
ge
betw
een
the
two
size
s. I
wan
ted
to
see
the
actu
al s
ize
first
bec
ause
w
hen
you
first
look
at i
t fro
m th
is
view
they
are
abo
ut th
e sa
me
size
. Th
en y
ou re
aliz
e no
no
no th
is is
a
lot s
mal
ler.
So
if th
ere
was
som
e w
ay w
hen
you
first
app
roac
h it
that
yo
u co
uld
see
obvi
ousl
y th
at th
is
one
is a
lot s
mal
ler.
The
n so
me
how
mag
nify
it.
If yo
u w
ante
d to
se
e it
up c
lose
bec
ause
I do
n't s
ee
the
bene
fit o
f see
ing
it up
clo
se.
Unl
ess
you
chos
e to
…yo
u ar
e cu
rious
. Th
at s
eem
s to
be
the
thru
st o
f thi
s pa
rticu
lar d
ispl
ay
(ref
errin
g to
text
aro
und
the
box)
is
the
diffe
renc
e in
the
size
s. S
o yo
u se
e oh
my
gosh
, how
muc
h bi
gger
th
at o
ne is
.
Wha
t was
you
r opi
nion
on
the
flies
ove
r her
e (th
e fly
co
mpa
rison
s ne
xt o
n th
e le
ft si
de o
f the
fly
spec
imen
tabl
e)?
Thi
s w
as
inte
rest
ing
(to s
ee th
em) u
p cl
ose,
I co
uldn
't sp
ot th
e fo
rked
hai
r on
the
tip o
f the
m
ale'
s le
g. I
am n
ot s
ure
if it
was
the
angl
e or
not
. (a
noth
er v
isito
r who
was
ac
tivel
y lo
okin
g at
the
time
we
wer
e ta
lkin
g sa
id h
e co
uldn
't se
e it
eith
er.)
Frie
nd s
aid,
"Why
sho
uld
we
be in
tere
sted
in s
tudy
ing
flies
?")
That
is tr
ue
Eve
ryth
ing
need
s a
hook
. Th
ere
coul
d be
som
ethi
ng
like
a ev
en a
larg
er h
ook
that
is in
with
the
fly
thin
g(ba
nner
) may
be e
ven
that
que
stio
n. A
hoo
k to
get
so
meb
ody
to g
o in
to m
ore
deta
il. A
nd I
thin
k th
at
happ
ens
in o
ther
dis
play
s in
m
useu
ms,
whe
re y
ou a
re
not,
I mea
n yo
u do
n't h
ave
a ho
ok, y
ou a
re s
eein
g so
me
inte
ract
ion
stuf
f goi
ng o
n he
re a
nd m
aybe
you
do
that
, bu
t you
are
not
invo
lved
in
the
who
le, c
onne
ctin
g al
l the
pi
eces
toge
ther
. Fo
r kid
s,
they
are
goi
ng to
be
draw
n to
the
inte
ract
ives
. Y
ou w
ant
to d
raw
the
adul
ts in
too.
N
eed
som
ethi
ng fo
r the
m.
Do
you
have
any
oth
er
sugg
estio
ns a
bout
th
ings
we
shou
ld
chan
ge, o
ther
than
the
thin
gs w
e ha
ve ta
lked
ab
out?
Her
e's
an
inte
rest
ing
thin
g. H
e (a
noth
er v
isito
r) w
as
look
ing
at th
e fly
dan
cing
th
ing
(ref
errin
g to
m
ultim
edia
). A
nd I
neve
r go
t tha
t far
. It
seem
ed to
be
a li
ttle
slow
get
ting
to
that
par
t. I
stop
ped
befo
re
I saw
that
. It
actu
ally
has
th
em in
tera
ctin
g. I
t sh
owed
the
fem
ale
at fi
rst
and
then
was
slo
wly
m
ovin
g an
d I l
ost i
nter
est
in le
ft. I
t's fu
nny
beca
use
I w
ould
n't h
ave
know
n it
was
ther
e un
til I
look
ed
over
and
saw
it (a
noth
er
pers
on w
as o
pera
ting
the
mul
timed
ia a
s w
e ta
lked
).
(The
inte
ract
ion
look
ed
inte
rest
ing
to h
im, b
ut th
e bu
ild u
p lo
st h
is in
tere
st.)
Pag
e 1
of 2
Appendix C: Explore Evolution Prototype Evaluation
26
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it F
orm
ativ
e E
valu
atio
n: F
LY
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
rese
arch
?W
hat m
akes
this
livi
ng th
ing
spec
ial o
r int
eres
ting
to
scie
ntis
ts?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht b
e di
fficu
lt fo
r oth
er v
isito
rs
to u
nder
stan
d?
7.5
VIS
T: D
id y
ou n
otic
e th
ese
sym
bols
? D
id th
ey
help
you
und
erst
and
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
reco
mm
end
to im
prov
e th
is p
art?
24a
MA
Flie
s ar
e ev
eryw
here
. Y
ou th
ink
of th
em a
s pe
sts.
Whe
n yo
u se
e th
em th
roug
h th
ese
mag
nify
ing
glas
ses
you
can
see
deta
il an
d th
e di
ffere
nces
of s
o m
any
diffe
rent
spe
cies
and
be
twee
n m
ale
and
fem
ale.
G
od h
elp
me
ther
e is
eve
n so
me
beau
ty to
them
. Th
e ha
nds
on
stuf
f I th
ink
appe
als
to k
ids
and
the
read
ing
stuf
f to
the
adul
ts
prob
ably
. It's
inte
rest
ing
too
that
th
ere
is s
ong
and
danc
e(in
frui
t fli
es),
just
like
in h
uman
s, in
te
rms
of m
atin
g. T
here
is m
usic
an
d da
nce
and
also
diff
eren
t ty
pes
of d
utie
s. A
ttrac
tion
kind
s of
thin
gs.
Wha
t wou
ld y
ou s
ay w
as
the
mos
t sur
pris
ing
thin
g yo
u le
arne
d? F
ruit
flies
that
w
e ar
e fa
mili
ar w
ith a
re ti
ny
like
insi
de th
ere.
The
se a
re
so m
uch
bigg
er a
nd y
ou c
an
see
so m
uch
mor
e ev
en w
ith
the
nake
d ey
e. I
won
dere
d w
hy.
(they
are
big
ger)
H
awai
i has
all
this
lush
tro
pica
l and
they
are
isol
ated
an
d so
forth
, may
be it
s go
t so
met
hing
to d
o w
ith w
hy
they
are
big
ger.
But
ther
e ha
s go
t to
be s
ome
reas
on
why
they
are
so
muc
h bi
gger
.
Wha
t was
you
r opi
nion
on
the
flies
ove
r her
e (th
e fly
co
mpa
rison
s ne
xt o
n th
e le
ft si
de o
f the
fly
spec
imen
tabl
e)?
I co
uldn
't se
e th
e fo
rked
hai
r eith
er
(on
the
tip o
f the
mal
e's
leg)
Why
sho
uld
we
be
inte
rest
ed in
stu
dyin
g fli
es?
18M
AIt’
s ab
out h
earin
g di
ffere
nt s
ound
s th
at fl
ies
mak
e w
hen
they
are
in th
e m
atin
g pr
oces
s.
Als
o ha
ving
the
oppo
rtuni
ty to
mak
e so
unds
si
mila
r to
flies
. “It’
s sh
owin
g th
e m
atin
g pr
oces
s.
The
diffe
rent
mov
ie c
lips
show
diff
eren
t dan
ces
flies
do
to a
ttrac
t fem
ales
. “
“Tha
t’s a
goo
d qu
estio
n.”
(sho
ws)
“how
som
e fli
es e
nd u
p on
diff
eren
t isl
ands
.” “C
urio
sity
”W
hat s
tood
out
to y
ou?
“I’
m g
lad
we
don’
t hav
e th
ose
flies
her
e.”
“All
seem
s pr
etty
sel
f ex
plan
ator
y,”
Wha
t cha
nges
wou
ld y
ou
reco
mm
end
to im
prov
e th
is e
xhib
it? “R
ed
butto
n....
” I d
idn’
t kno
w
exac
tly w
hat t
o do
with
it.
How
to s
tart.
Put
di
rect
ions
dow
n” (n
ext t
o th
e bu
tton)
28F
A(3
rd) F
A: H
ow th
at th
ey, i
t cha
nges
from
yea
r to
year
(5th
) FA
: Cor
rect
, bet
ter w
ord.
(1st
) FA
: I h
ave
no id
ea.
Ser
ious
ly, n
o id
ea. T
his
one
didn
’t in
tere
st m
e at
all.
The
on
ly th
ing
that
pro
babl
y in
tere
sts
me
is th
at o
ther
thin
gs c
hang
e (3
rd) F
A: t
he d
ance
cha
nged
w
ith th
e ge
nera
tions
. Tha
t par
t di
d.
(2nd
) FA
: I ju
st re
ad s
tuff.
I do
n’t l
ike
look
ing
at th
em
thin
gs (t
he v
ideo
scr
een)
. I’d
ra
ther
just
read
wha
t’s o
n th
e st
uff,
like
the
wha
le o
ne.
I lik
ed th
at o
ne b
ecau
se it
do
esn’
t hav
e on
e of
thes
e.
FA: I
gue
ss if
we
had
mor
e tim
e. B
ut a
lot o
f tim
es w
hen
we
com
e he
re w
e ha
ve k
ids
and
stuf
f and
it’s
har
d to
just
st
op a
nd s
it an
d re
ad o
r do
that
stu
ff, s
o…
* I d
idn’
t ask
this
.*
I did
n’t a
sk th
is (r
epet
ition
w
ith q
uest
ion
1).
(1st
) FA
: Litt
le k
ids
wou
ldn’
t un
ders
tand
this
at a
ll. I
m
ean,
they
und
erst
and
I gu
ess
wha
t it i
s, b
ut…
(3rd
) FA
: I th
ink
havi
ng a
pic
ture
lik
e th
is (d
raw
ing
of tw
o fli
es
on lo
wer
pan
el le
ft si
de),
but
I’d li
ke if
they
hav
e th
e re
al
pict
ure.
I th
ink
that
wou
ld
inte
rest
littl
e ki
ds m
ore
that
ju
st s
eein
g th
is. T
hey
mig
ht
com
e an
d pl
ay o
n th
at (t
he
vide
o sc
reen
), bu
t I th
ink
they
wou
ld p
lay…
We
wer
e w
ith s
ome
little
kid
s to
day
and
that
’s w
hat t
hey
do, j
ust
play
. But
I lik
e to
see
the
real
thin
g. I
mea
n, li
ke,
may
be e
ncas
ed a
nd y
ou
coul
d se
e it.
(non
e)
28a
F14
Y(1
st) F
14: H
ow H
awai
ian
fruit
flies
mat
e(2
nd) F
14: I
thin
k it’
s ju
st th
e lit
tle k
ids,
they
won
’t kn
ow it
an
d st
uff.
* Wha
t abo
ut th
is (t
he
vide
o sc
reen
/com
pute
r)?
D
id y
ou fi
nd th
is e
asy
to
use?
Did
you
find
any
pr
oble
ms
mov
ing
arou
nd
with
this
(the
mou
se)?
(1
st) F
14: N
ope.
I th
ough
t it
was
eas
y.
28b
F11
Y(2
nd) F
11: Y
eah.
(4th
) F11
: Gen
erat
ion
to
gene
ratio
nF1
1: G
ot tw
o fli
es m
aybe
, a b
oy
and
a gi
rl. (n
obod
y ha
d an
ythi
ng
else
)
(2nd
) F11
: the
dan
ce.
(1st
) F11
: I d
id…
me
and
(sis
ter’s
nam
e) lo
oked
at
thes
e, b
ut w
e di
dn’t
finis
h th
at o
ne c
ause
we
kind
a le
ft.
(4th
) F11
: Lik
e a
real
fly.
* Wha
t abo
ut th
is (t
he
vide
o sc
reen
/com
pute
r)?
D
id y
ou fi
nd th
is e
asy
to
use?
Did
you
find
any
pr
oble
ms
mov
ing
arou
nd
with
this
(the
mou
se)?
(2
nd) F
11: Y
eah,
like
our
la
ptop
.
27F
YI w
ould
firs
t sta
rt w
ith th
e fly
spe
cim
en ta
ble
and
the
body
par
ts a
nd ta
lk a
bout
the
man
y di
ffere
nt ty
pes
of fl
ies.
The
n ta
lk a
bout
whe
re
the
fly c
ame
from
. O
r may
be th
e V
IST
Pan
el
first
bec
ause
it e
xpla
ins
it m
ore,
but
not
the
mul
timed
ia p
anel
.
Did
n’t g
et a
nyth
ing
abou
t the
sc
ient
ist.
So
man
y w
ords
kin
d of
sm
all.
I don
’t lik
e to
read
as
muc
h as
look
at p
ictu
res.
P
aren
ts m
ight
read
to th
e ki
ds.
Larg
e si
ze o
f fly
. N
ot s
ure
wha
t th
e fly
doe
s th
at m
akes
it s
o im
porta
nt.
Wha
t sto
od o
ut to
you
? T
he
body
par
ts w
ere
grea
t. B
ody
size
ver
y in
tere
stin
g. K
ids
see
flies
eve
ryda
y an
d do
n’t
know
wha
t the
par
ts lo
ok
like.
I wan
t to
see
mor
e ha
nds
on.
VIS
T no
t int
eres
ting,
no
thin
g to
dra
w y
ou in
. W
ant m
odel
s sh
owin
g th
e ch
angi
ng fl
ies.
The
pic
ture
s ar
e no
t tha
t gre
at.
27a
FA
27A
Evo
lutio
n of
flie
s an
d ho
w th
ey c
ame
abou
t and
diff
eren
t flie
s.27
A d
idn’
t pay
atte
ntio
n to
sc
ient
ist e
ither
.27
A t
he w
ing
patte
rns.
Pag
e 2
of 2
Appendix C: Explore Evolution Prototype Evaluation
27
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Fin
ch
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
re
sear
ch?
Wha
t mak
es th
is li
ving
thin
g sp
ecia
l or i
nter
estin
g to
sc
ient
ists
?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
VIS
T: D
id y
ou n
otic
e th
ese
sym
bols
? D
id th
ey
help
you
und
erst
and
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
reco
mm
end
to im
prov
e th
is p
art?
16M
Y“It
’s a
bout
diff
eren
t typ
es o
f fin
ches
and
how
to
com
pare
them
.” A
bout
“how
man
y di
ffere
nt
popu
latio
ns th
ere
are.
” “A
bout
DN
A.”
“W
hat
they
eat
.” (W
hat f
inch
es e
at)
“He
wou
ld s
et u
p a
net a
nd tr
y to
cat
ch
bird
s an
d ge
t DN
A”
“Bird
s in
gen
eral
.” (a
re
inte
rest
ing)
“I lik
ed s
pinn
ing
the
bird
s.”
(mod
el o
f fin
ch) I
ask
ed “D
id
you
expe
ct it
to d
o so
met
hing
?” H
e sa
id “N
o,
just
spi
n.”
“Sho
ws
how
they
mea
sure
th
e be
aks.
” It’
s ha
rd to
turn
th
e re
d kn
ob.”
(on
the
calip
ers)
(A
s he
sho
wed
me
how
har
d it
was
to tu
rn h
e th
en re
aliz
ed th
at y
ou w
ere
supp
ose
to s
lide
it an
d no
t tu
rn.)
“bird
s an
d be
aks”
Ther
e is
a lo
t of i
nfor
mat
ion.
A
lot t
o re
ad.
Did
not
not
ice
the
sym
bols
, ne
ither
did
the
mot
her.
M
othe
r wen
t bac
k to
firs
t pa
nels
and
cam
e ba
ck la
ter
and
sugg
este
d th
ey b
e ne
ar
the
entra
nce
as it
ties
ev
eryt
hing
toge
ther
.
Non
e
1M
YTh
e di
ffere
nce
of w
hat f
inch
es e
at, h
ow th
ey
evol
ve a
nd h
ow th
eir b
eaks
wor
k.Th
ey m
easu
red
the
beak
siz
e of
diff
eren
t fin
ches
dur
ing
diffe
rent
sea
sons
. Fin
ches
ath
e sa
me
time
on th
e sa
me
isla
nd h
ave
diffe
rent
bea
k si
zes.
Abo
ut th
e di
ffere
nt s
ize
beak
s of
fin
ches
…I’m
not
real
ly s
ure.
Mea
sure
d th
e be
ak s
ize,
re
ad w
hat i
t mea
nt, l
ooke
d at
the
mod
el.
Adj
ust t
he to
ngs
to th
e re
ad
lines
and
com
pare
it to
the
othe
r fin
ch a
nd s
ee h
ow b
ig
a be
ak c
ompa
red
to th
e ot
her f
inch
.
* I d
idn’
t ask
this
(I th
ough
t qu
estio
n 1
answ
ered
this
).W
hy th
e fin
ches
hav
e di
ffere
nt b
eak
size
s.A
littl
e bi
t mor
e in
form
atio
n.
13F
YIt’
s ab
out t
he s
ize
of th
e bi
rds’
bea
ks, w
hat’s
go
ing
to h
appe
n lik
e in
a w
et y
ear,
or a
dry
yea
rIt’
s ki
nd o
f har
d to
exp
lain
.
Stu
dy b
irds
and
thei
r bea
ks, i
n di
ffere
nt
parts
of t
he w
orld
.Th
eir l
ifest
yle
and
thei
r bea
ks.
They
are
hea
vy a
nd th
ey u
se it
to
cra
ck s
eeds
.
Mea
sure
d th
eir b
eaks
.A
littl
e bi
t. T
he li
nes
tilte
d fu
nny
so y
ou c
ould
n’t g
et it
ex
actly
.
Abo
ut th
e fin
ch b
eaks
and
ho
w th
ey m
easu
re th
em.
I don
’t kn
ow.
Not
real
ly.
A li
ttle
mor
e ab
out t
he d
ry
year
, why
it’s
impo
rtant
to
stud
y th
eir b
eaks
.
21F
YTh
ey w
ent t
o th
e G
alap
agos
Isla
nds,
it's
like
the
flies
, all
of th
em a
re in
a s
mal
l are
a an
d th
ey
spre
ad o
ut a
nd th
ey c
hang
ed a
s th
ey a
dapt
ed.
Look
s at
var
iatio
n in
resp
onse
to th
e en
viro
nmen
t. A
t how
the
finch
es b
eaks
are
sm
alle
r in
the
dry
year
s an
d la
rger
in th
e w
et y
ears
. Loo
ks a
t how
diff
eren
t the
y w
ere
from
the
anci
ents
.
Var
iatio
n is
inte
rest
ing
(GLO
BE
) Dar
win
's v
oyag
e.
It w
as in
tere
stin
g to
find
out
th
e di
ffere
nt p
lace
s he
st
oppe
d at
to fi
nd th
e di
ffere
nt s
peci
es.
(CA
LIP
ER
S) T
hat w
orke
d re
ally
wel
l. It
portr
ayed
new
in
form
atio
n in
a w
ay th
at
was
eas
y to
und
erst
and.
B
eak
size
was
eas
y to
m
easu
re. S
he d
idn'
t kno
w
that
was
how
the
scie
ntis
ts
did
thei
r wor
k.
How
they
evo
lved
so
diffe
rent
ly. I
t sho
uld
be m
ore
in-d
epth
.
Nee
d m
ore
deta
il to
un
ders
tand
how
they
ev
olve
d so
diff
eren
tly.
25M
AN
atur
al s
elec
tion,
ani
mal
ada
ptin
g its
elf t
o th
e en
viro
nmen
tS
tudy
finc
hes
in G
alap
agos
, bas
ed o
n D
arw
in’s
180
0s re
sear
chW
hat k
ind
of p
rogr
ess
has
been
m
ade
sinc
e th
en (D
arw
in)
Glo
be: t
race
d ro
ute
on
glob
e, in
tere
stin
g. C
alip
ers:
Th
ese
wor
ked
fine
and
enjo
yed
doin
g it.
Esp
ecia
lly
enjo
yed
flipb
ook
and
the
conn
ectio
n be
twee
n be
ak
size
and
see
ds a
nd w
et a
nd
dry
seas
ons
Har
d to
find
the
STA
RT
poin
t on
glob
e, b
ut d
id fi
nd it
.See
abo
veTh
e G
alap
agos
Isla
nds
mig
ht b
e hi
ghlig
hted
to m
ake
it ea
sier
for k
ids
to fi
nd
whe
re it
is
Did
not
ice
them
and
es
peci
ally
like
d th
e pa
nels
in
the
mid
dle
that
exp
lain
ed
them
. The
y w
ere
just
ther
e,
did
not h
elp
orga
nize
my
thin
king
.
See
abo
ve c
omm
ents
- th
at w
as it
. Lik
ed th
e fin
ch
exhi
bit
9F
YS
how
ing
how
eve
n th
ough
ther
e’s
like
two
bird
s an
d th
ey’re
from
the
sam
e pl
ace,
and
they
’re
like
the
sam
e sp
ecie
s, th
ey d
on’t
look
exa
ctly
al
ike.
Lik
e in
this
, lik
e th
e fin
ches
thei
r bea
ks
are
diffe
rent
or l
ike
thei
r siz
e, ju
st li
ke h
uman
s,
even
thou
gh th
ey’re
all
the
sam
e th
ing,
they
do
n’t a
ll lo
ok th
e sa
me.
Go
arou
nd to
I th
ink
it w
as th
e G
alap
agos
is
land
s, a
nd th
ey li
ke m
easu
re th
e be
aks
and
wei
gh th
e bi
rds
and
just
look
to s
ee
how
diff
eren
t the
y ar
e, ju
st c
ompa
re th
em.
Don
’t kn
ow…
May
be th
at th
ere’
s so
man
y di
ffere
nt k
inds
…lik
e th
ey w
ere,
and
they
’ve
all l
ike
evol
ved,
and
like
ada
pted
to
thei
r sur
roun
ding
s.
I did
the
little
mea
surin
g be
aks
thin
g, a
nd tw
iste
d th
e tw
isty
thin
g an
d re
ad m
ost o
fit
and
then
I re
ad s
ome
of
the
stuf
f aro
und
the
glob
e an
d lo
oked
at t
he g
lobe
, and
th
en I
look
ed a
t the
gra
ph (o
fth
e di
ffere
nt fi
nche
s) a
nd
look
ed a
t wha
t the
diff
eren
t on
es d
o an
d w
hat t
hey
look
ed li
ke a
nd d
iffer
ence
s in
them
.
* D
id y
ou h
ave
any
trou
ble
with
the
mea
surin
g pa
rt
here
(the
cal
iper
s)?
No.
C
ause
it w
as p
retty
eas
y to
re
ad b
ecau
se it
mov
es w
ith
it (th
e ru
ler)
. * W
hat d
id y
ou
thin
k th
is re
pres
ente
d (th
e pa
ges)
? I d
idn’
t loo
k at
this
, I t
ried
to, b
ut I
didn
’t re
ally
un
ders
tand
. Li
ke I
read
that
(th
e cl
imat
e lo
wer
pan
el te
xt)
and
I loo
ked
at th
is (t
he
page
s) a
nd ju
st d
idn’
t un
ders
tand
that
. * D
o yo
u th
ink
it w
ould
hav
e he
lped
if
they
had
pic
ture
s of
the
seed
s in
add
ition
to th
e bi
rd b
eaks
? P
roba
bly
caus
e it
said
stu
ff ab
out h
ow
the
little
one
s it
took
them
lik
e 15
min
utes
to g
et th
e bi
gse
eds
open
and
stu
ff, s
o if
you
actu
ally
saw
the
seed
s,
it m
ight
be
easi
er to
tell.
* I d
idn’
t ask
this
.U
m, I
did
n’t r
eally
un
ders
tand
wha
t the
glo
be
was
for.
* Wer
e yo
u ab
le to
fin
d th
e be
ginn
ing
of h
is
voya
ge?
How
was
it
conf
usin
g? I
can
tell
he
star
ts h
ere
beca
use
it go
es
like
that
(poi
nts
to th
e ar
row
s), b
ut it
was
con
fusi
ng
beca
use
it di
dn’t
like…
I did
n’t
com
plet
ely
read
this
(the
text
next
to g
lobe
), bu
t whe
n I
did,
it d
idn’
t say
“Now
look
on
the
glob
e an
d try
to
find…
” You
kno
w, l
ike
anyt
hing
, so
I jus
t loo
ked
at
it, b
ut d
idn’
t rea
lly
unde
rsta
nd it
, bec
ause
it
didn
’t te
ll yo
u (w
hat t
o lo
ok
for)
.
Just
with
the
glob
e, w
ith
the
expl
aini
ng, t
hat’s
pr
obab
ly…
and
may
be
expl
aini
ng th
at o
ne a
littl
e be
tter (
the
page
s).
I un
ders
tood
eve
ryth
ing
else
.
11M
YD
iffer
ence
s in
type
s of
bird
s an
d w
hy th
ey a
re
diffe
rent
I wou
ld g
uess
that
they
go
to d
iffer
ent
isla
nds
and
inve
stig
ated
the
diffe
renc
es
betw
een
the
bird
s. It
's c
ool.
… in
vest
igat
es
the
diffe
renc
es in
the
gene
ral i
dea
of
Dar
win
ian
evol
utio
n
Bec
ause
it's
suc
h a
smal
l di
ffere
nce
in th
e be
aks,
but
it's
co
nsis
tent
ly d
iffer
ent.
Suc
h a
smal
l ada
ptat
ion
can
add
up to
alo
t of d
iffer
ence
s ov
er a
long
tim
e.
Line
d up
the
lines
, mea
sure
dits
bea
k, a
nd c
ompa
red
it.
Cle
ar th
at th
ere
was
a
diffe
renc
e.
Sho
wed
the
diffe
renc
e in
the
phys
ical
trai
ts in
two
spec
ies
of b
irds.
DK
. It's
eas
y to
und
erst
and.
Pag
e 1
of 1
Appendix C: Explore Evolution Prototype Evaluation
28
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Hum
an
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
re
sear
ch?
Wha
t mak
es th
is li
ving
thin
g sp
ecia
l or i
nter
estin
g to
sc
ient
ists
?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
VIS
T: D
id y
ou n
otic
e th
ese
sym
bols
? D
id th
ey
help
you
und
erst
and
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
reco
mm
end
to
impr
ove
this
par
t?
19M
A**
I as
ked
him
whi
ch e
xhib
it he
mig
ht li
ke to
talk
abo
ut
(for t
his
final
one
). H
e sa
id th
is o
ne w
as h
is fa
vorit
e (th
e hu
man
/chi
mp
DN
A).
He
said
it w
as a
“goo
d vi
sual
.” I
wou
ld s
ay th
at th
e hu
man
gen
ome
is s
omet
hing
eve
ry
hum
an a
nd m
amm
al h
as…
Do
othe
r spe
cies
hav
e ge
nom
es?
I don
’t kn
ow, b
ut I
assu
me
they
do.
Thi
s is
the
core
of o
ur s
truct
ure
as h
uman
s. T
his
show
s ho
w s
imila
r ou
r bas
ic s
truct
ure
is to
chi
mpa
nzee
s.
I’m a
ssum
ing
he lo
oks
at th
e hu
man
ge
nom
e, D
NA
, und
er m
icro
scop
es, u
ses
com
pute
rs to
look
at t
he n
ucle
otid
es a
nd
then
cou
nts
and
char
ts th
em. A
nd th
en h
e do
es th
e sa
me
for c
him
ps. I
don
’t kn
ow if
he
set
out
to p
rove
that
hum
ans
are
sim
ilar
to c
him
ps, b
ut th
at’s
wha
t he
foun
d.
I did
n’t n
eces
saril
y ge
t thi
s fro
m
the
exhi
bit:
The
hum
an g
enom
e is
im
porta
nt to
kno
w b
ecau
se it
id
entif
ies
us s
peci
fical
ly a
s hu
man
be
ings
. In
the
futu
re, i
f the
re is
so
met
hing
wro
ng, s
cien
tists
may
be
abl
e to
cor
rect
it.
To g
o in
and
ch
ange
it to
cur
e ill
ness
es o
r m
edic
al p
robl
ems.
Cou
nted
the
Paa
bos…
to g
et a
n id
ea, f
eelin
g of
the
sim
ilarit
y.*
I did
n’t a
sk th
is*
I did
n’t a
sk th
is (h
is
answ
er is
alre
ady
in th
e ch
ildex
pln
part)
I thi
nk th
is o
ne is
the
easi
est
to g
et.
(He
thou
ght f
or a
w
hile
and
then
I to
ld h
im h
e di
dn’t
have
to c
ome
up w
ith
som
ethi
ng).
No
chan
ges.
2F
A“O
h w
ow. I
’d s
ay th
at D
NA
bits
is w
hat w
e ar
e m
ade
of...
actu
ally
any
ani
mal
is m
ade
of. L
ook
how
sim
ilar w
e ar
e: h
uman
s an
d ch
imps
. Loo
k at
this
(she
poi
nts
to th
e D
NA
mat
ch u
ps) s
ame,
sam
e, s
ame.
..
No
idea
. Did
n’t r
ead
it.“T
here
are
few
diff
eren
ces,
and
gr
eat s
imila
ritie
s. T
here
are
so
man
y lik
es
food
, hab
its...
It re
ally
m
akes
you
won
der a
bout
hum
ans
and
chim
ps, h
ow d
iffer
ent a
re
we?
”
“Loo
ked
at th
e le
tters
. Fou
nd th
e lit
tle p
eopl
e. “
“The
diff
eren
ces
in D
NA
. So
very
littl
e di
ffere
nces
be
twee
n hu
man
and
chi
mp.
”Don
’t kn
ow.
(Vie
wer
did
not
not
ice
thes
e.)
10F
AI t
hink
kid
s w
ould
find
this
fasc
inat
ing.
You
cou
ld ju
st ta
l kab
out h
ow D
NA
is h
ow w
e in
herit
diff
eren
t ch
arac
teris
tics,
it d
eter
min
es th
e co
lor o
f you
r eye
s.
They
wou
ldn’
t und
erst
and
wha
t the
lette
rs m
ean,
but
the y
wou
ld s
ay w
ow, c
him
panz
ees
are
not v
ery
diffe
rent
from
us
. A
nd th
en o
ver h
ere,
you
wou
ld s
ay th
at’s
why
, th
ey’re
say
ing
hum
ans
are
desc
ende
d fro
m c
him
panz
ees
and
ther
e ba
sing
that
on
a co
mpa
rison
of D
NA
. I t
hink
th
is w
ould
be
fairl
y ea
sy.
The
visu
al is
mea
ning
ful.
I did
n’t e
ven
read
Paa
bo ti
ll I s
tarte
d lo
okin
g fo
r the
diff
eren
ces
and
star
ted
notic
ing
ther
e ar
en’t
man
y.
[mirr
or]
This
did
n’t i
nter
est
me
so m
uch,
but
I th
ink
kids
w
ould
hav
e a
riot.
The
ir fe
et.
They
wou
ld b
e ve
ry
inte
rest
ed in
how
thei
r fee
t lo
ok s
o m
uch
mor
e lik
e ha
nds,
and
you
cou
ld ta
lk
abou
t how
they
use
them
m
ore
like
hand
s. K
ids
wou
l dha
ve fu
n.
I don
’t kn
ow. I
don
’t th
ink
this
one
is v
ery
hard
to
unde
rsta
nd.
I sup
pose
just
th
e sc
ient
ific
behi
nd it
–
know
the
num
ber o
f DN
A
sequ
ence
s. B
ut ju
st
com
parin
g hu
man
s to
ch
impa
nzee
s, th
at’s
not
ha
rd to
und
erst
and.
Don
’t kn
ow.
The
one
thin
g I
won
der i
s sh
ould
ther
e be
so
met
hing
that
talk
s ab
out t
he
cont
rove
rsy
betw
een
the
diffe
rent
sci
ence
are
as.
Ther
e’s
still
a lo
t of t
hing
s ou
t th
ere
that
are
theo
ries
and
som
e ar
e ga
inin
g m
ore
evid
ence
than
oth
ers.
Wou
ld
crea
te in
tere
stin
g di
alog
ue fo
r st
uden
ts.
4M
YS
how
s ho
w c
lose
hum
ans
and
chim
ps a
re b
y th
eir D
NA
Stu
dies
tiny
cha
nges
or d
iffer
ence
s in
DN
AThe
cha
nges
DN
A w
all:
look
ed fo
r the
littl
e hu
man
guy
to
see
whe
re h
uman
and
chi
mp
wer
e di
ffere
ntFi
neD
iffer
ence
s in
hum
an a
nd
chim
p D
NA
Mig
ht n
ot s
ee th
e di
ffere
nces
unl
ess
they
look
,bu
t pro
babl
y w
ill lo
ok; p
retty
ea
sy
Sug
gest
that
peo
ple
look
for
diffe
renc
es a
cros
s th
e w
all
inst
ead
of ra
ndom
look
ing
for
the
hum
an g
uy. T
hat g
ets
poin
t ac
ross
bet
ter
11M
YLi
ke th
e si
mila
rity
betw
een
chim
ps a
nd h
uman
s. H
ow
Dar
win
sho
wed
how
we
are
rela
ted
I don
't ha
ve a
ny id
ea. D
iffer
ence
s be
twee
n th
e D
NA
of c
him
ps a
nd h
uman
s. S
how
s ho
w th
e di
ffere
nces
are
due
to m
utat
ion
Bec
ause
you
see
that
ther
e ar
en't
a lo
t of d
iffer
ence
s in
cod
ing.
And
ho
w e
ach
diffe
renc
e ca
n co
de fo
r a
diffe
rent
trai
t
I nev
er re
ally
real
ized
how
few
diff
eren
ces
ther
e w
ere
betw
een
the
nucl
eotid
es o
f hu
man
s an
d ch
imps
. We
stud
ied
it in
bio
logy
. B
ut th
is m
akes
it c
lear
. [ch
emis
try, 2
nd y
ear o
f H
igh
Sch
ool]
I tho
ught
it w
as p
retty
goo
d. It
was
se
lf-ex
plan
ator
y. I
can
see
how
a
kid
coul
d fin
d it
fun.
[eve
n th
ough
I am
not
a k
id]
It's
hard
bec
ause
ther
e is
a
lot o
f inf
orm
atio
n. W
ithou
t a
good
bac
kgro
und
it w
ould
be
diffi
cult
to u
nder
stan
d th
e co
ncep
ts a
nd id
eas.
He
notic
ed th
at it
was
repe
ate d
in e
ach
activ
ity a
nd it
hel
ped
a lo
t. Th
e ac
tual
sym
bols
did
not
he
lp, j
ust t
he v
ist c
once
pts
and
title
s
25M
A(s
tand
ing
in fr
ont o
f DN
A w
all)
Har
d to
exp
lain
, the
re a
re
just
littl
e di
ffere
nces
bet
wee
n ch
imps
and
hum
ans,
sub
tl edi
ffere
nces
. We
are
clos
ely
rela
ted.
Stu
dy th
ese
diffe
renc
es, f
ind
them
.C
lose
rela
tions
hip
At t
he w
all -
trac
ked
the
little
guy
. Mirr
or -
ther
e w
as n
othi
ng fo
r me
here
, not
inte
rest
ed,
but w
ould
pro
babl
y be
inte
rest
ing
for k
ids.
V
isit
pane
l - s
how
s ho
w c
lose
ly re
late
d w
e ar
e to
chi
mps
- re
late
s to
the
DN
A w
all.
See
abo
veS
ee a
bove
Don
’t kn
ow h
ow y
ou w
ould
ex
plai
n th
is (w
all)
to a
chi
ld.
Hig
hlig
ht th
e lit
tle g
uy s
o he
ca
n be
see
n m
ore
easi
ly.
12F
YN
ext U
nit:
Hum
an (m
irror
) It e
xpla
ins
how
the
hand
prin
ts
of th
e ch
impa
nzee
s ar
e an
d th
e m
onke
ys.
* I d
idn’
t ask
this
.H
ow th
e an
imal
s ar
e ve
ry…
umm
, w
hat I
’d li
ke to
kno
w a
bout
thes
e is
how
they
eat
ban
anas
and
co
conu
ts…
how
they
like
‘em
and
w
hy th
ey li
ke ‘e
m.
I was
look
ing
at th
e ha
ndpr
ints
.I t
hink
I w
as s
uppo
sed
to, u
mm
, le
arn
wha
t the
y ea
t and
wha
t the
y do
and
thei
r foo
tprin
ts a
nd w
hat
they
like
to d
o.
* I d
idn’
t ask
this
.W
hy th
ey a
re s
o w
ild.
Um
-um
(sha
kes
head
no)
.
24M
AIn
look
ing
at V
IST
pane
l fri
end
said
he
wan
ted
to k
now
m
ore
abou
t bon
obos
. 24
agr
eed.
"M
aybe
just
a li
ttle…
m
ost p
eopl
e ha
ven'
t hea
rd o
f the
m b
efor
e, e
ven
thou
gh
they
are
sup
pose
to b
e ve
ry s
imila
r jus
t a li
ttle
sepa
rate
as
ide
expl
aini
ng m
ore
abou
t the
m.
Ther
e is
this
pa
rent
hetic
al s
ente
nce.
" (R
ead
that
and
wan
ted
mor
e in
form
atio
n on
the
bono
bos.
) The
re is
so
muc
h ab
out
DN
A in
our
soc
iety
and
how
it is
use
d. B
ut th
is is
abo
ut
evol
utio
n. H
ow w
ould
you
exp
lain
wha
t thi
s ex
hibi
t is
abou
t to
a ch
ild?
Eve
ryth
ing
is m
ade
up o
f litt
le ti
ny
build
ing
bloc
ks.
Whe
ther
it's
hum
ans,
or c
him
panz
ees,
or
wha
les,
and
thes
e tin
y bu
ildin
g bl
ocks
, the
y ca
n se
e th
at th
ere
is a
ver
y cl
ose
conn
ectio
n be
twee
n hu
man
s an
d ch
impa
nzee
s. A
nd I
thin
k if
the
kids
hav
e an
y, li
ke
my
son,
, we
just
wen
t to
a fa
mily
reun
ion.
Say
he
unde
rsta
nds
abou
t anc
esto
rs, s
o I w
ould
sho
w th
em th
e ch
art t
hat m
illio
ns o
f yea
rs a
go th
at th
ere
was
som
eone
or
som
ethi
ng th
at e
vent
ually
evo
lved
into
diff
eren
t br
anch
es o
r spe
cies
and
one
of t
hose
was
hum
ans
and
one
was
chi
mpa
nzee
s.
Com
paris
on it
to th
ere
past
exp
eI saw
the
nam
es, b
ut I
didn
't ge
t muc
h m
ore
abou
t it.
I w
as c
urio
us w
hat c
ount
ry
he w
as fr
om b
ecau
se o
f the
nam
e.
I w
ould
hav
e be
en in
tere
sted
in s
eein
g m
ore
abou
t the
sci
entis
ts.
Nam
e an
d pi
ctur
e w
as p
rom
inen
t eno
ugh.
Lef
t sid
e of
T:
Ver
y st
raig
ht fo
rwar
d, v
isua
l and
in
form
atio
nal.
It w
as e
ffect
ive.
Wha
t abo
ut th
e m
irror
? A
sked
ab
out c
him
p aw
ay fr
om m
irror
or
on
mirr
or. T
his
seem
s to
be
mor
e ge
ared
for k
ids.
Com
parin
g th
e he
ight
. Th
at m
ight
be
mor
e ef
fect
ive,
you
are
see
ing
both
in
the
refle
ctio
n. T
he c
him
p is
a li
ttle
chee
sy o
r les
s re
fined
. It
wou
ld
take
it o
ne s
tep
furth
er if
you
had
3
D c
him
ps o
ut h
ere.
It w
ould
be
mor
e ac
cura
te.
Wha
t was
the
mos
t sur
pris
ing
thin
g yo
u le
arne
d at
this
exh
ibit?
The
opp
osab
le
thum
b or
toe.
It w
asn'
t as
obvi
ous
to m
e be
fore
unt
il I s
aw th
at (b
otto
m le
ft on
mirr
or
wal
l) M
ade
me
star
t thi
nkin
g ab
out e
volv
ing
with
that
and
clim
bing
of t
rees
and
the
func
tion
of it
is d
iffer
ent t
hen
wha
t we
use
our
feet
for.
So
I tho
ught
that
wou
ld b
e a
grea
t co
mpa
rison
for k
ids
to m
ake
too.
Why
do
they
hav
e an
opp
osab
le to
e?
Ask
ed a
bout
low
er p
anel
on
VIST
? I h
ad to
mak
e m
ysel
f rea
d it.
The
VIS
T pa
rt do
esn'
t pop
out
. O
nce
I rea
d it
in d
etai
l on
the
left
I re
aliz
ed th
ey w
ere
tryin
g to
mak
e th
ese
four
idea
s co
me
out.
But
it
didn
't po
p ou
t if t
hat's
wha
t the
y w
ere
inte
ndin
g it
to. D
raw
n fir
st to
up
per p
anel
. The
n re
ad lo
wer
.
6 M
A,
6aFY
Ple
ase
expl
ain
this
exh
ibit
to y
our c
hild
? (F
lip c
ards
, D
NA
) 6-Y
EA
R-O
LD in
tent
ly e
xam
ines
the
flip-
up c
ards
Th
ey a
ll (h
uman
/chi
mps
) hav
e th
e sa
me
thin
gs in
side
, lik
e bo
nes
and
bloo
d A
DU
LT: S
how
s th
e si
mila
ritie
s be
twee
n th
e hu
man
and
chi
mp
DN
A. I
t's c
omm
on
know
ledg
e bu
t I d
id n
ot re
aliz
e ho
w s
imila
r the
y re
ally
ar e
AD
ULT
: I k
new
abo
ut th
e C
him
p K
oko
and
the
stud
ies
they
did
. She
was
alm
ost h
uman
-like
. She
cou
ld re
ason
an
d th
ink
like
a hu
man
. Thi
s re
min
ds m
e of
that
. The
y us
e to
ols
like
a hu
man
. DN
A E
xhib
it. It
took
a w
hile
to
figur
e ou
t but
I go
t it.
I jus
t did
n’t r
ealiz
e ho
w s
imila
r the
y ar
e.
(mirr
or m
anip
ulat
ive)
AD
ULT
. She
com
pare
d he
r fee
t and
han
ds to
the
chim
p. S
he re
ally
lik
ed it
. I p
oint
ed o
ut th
at th
ey h
ad th
umbs
on
thei
r han
ds. I
n th
e zo
o, w
e se
e th
e an
imal
s bu
t we
didn
't kn
ow th
at th
ey h
ad th
umbs
. We
real
ly li
ked
the
mirr
or. I
t was
am
azin
g to
look
at
the
imag
es in
the
mirr
or a
nd s
ee h
ow m
uch
we
are
alik
e.
How
did
this
wor
k fo
r you
? A
DU
LT It
's re
ally
des
crib
ed w
ell
and
laid
out
so
clea
rly. I
t's e
asy
to
unde
rsta
nd. P
uts
out a
lot o
f in
form
atio
n. I
go to
his
tory
cen
ters
m
ostly
but
I am
tryi
ng to
do
wha
teve
r she
is in
tere
sted
in. S
he
was
real
ly in
tere
sted
in th
e fli
es, s
o w
e ca
me
in h
ere.
He'
s an
eng
inee
rH
e th
ough
t the
exh
ibit
was
real
ly
good
for t
he 6
-yea
r old
.
Pag
e 1
of 2
Appendix C: Explore Evolution Prototype Evaluation
29
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Hum
an
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
re
sear
ch?
Wha
t mak
es th
is li
ving
thin
g sp
ecia
l or i
nter
estin
g to
sc
ient
ists
?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
VIS
T: D
id y
ou n
otic
e th
ese
sym
bols
? D
id th
ey
help
you
und
erst
and
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
reco
mm
end
to
impr
ove
this
par
t?
9F
YH
ow w
e’re
rela
ted
to m
onke
ys a
nd c
him
panz
ees
and
to
show
that
evo
lutio
n di
d ha
ppen
, eve
n th
ough
som
e pe
ople
thin
k it
didn
’t.
Uh,
stu
died
DN
A a
nd…
disc
over
…C
an I
just
read
it o
ff th
ere?
Bec
ause
I di
dn’t
look
at
this
par
t (I s
aid
“Tha
t’s fi
ne. Y
ou c
an te
ll m
e th
at y
ou d
idn’
t loo
k at
it.”)
Ok,
I di
dn’t
get t
hat a
ll.
To s
ee h
ow c
lose
ly re
late
d w
e ar
e ca
use
like,
we’
re…
I don
’t kn
ow
how
to e
xpla
in it
, um
, jus
t lik
e w
e’re
like
rela
ted
to m
onke
ys, b
ut
som
e pe
ople
thin
k th
at w
e ar
en’t,
an
d so
they
’re tr
ying
to p
rove
it.
Like
read
mos
t of i
t and
just
look
ed a
t all
the
pict
ures
and
the
grap
hs…
like
that
thin
g (s
he
is re
ferr
ing
to th
e ph
ylog
eny
on th
e ba
ck p
ane
of th
e hu
man
/chi
mp
VIS
T ex
hibi
t).
I did
n’t
read
all
of it
, but
I re
ad m
ost o
f it.
* A
bout
the
mirr
or: L
ike
I wen
t and
lo
oked
at t
he h
ands
(she
is h
oldi
ng
up h
er h
and
as s
he is
talk
ing)
to
see
whi
ch o
ne w
as c
lose
st a
nd
foun
d ou
t tha
t I’m
mor
e th
e ch
ild
one
beca
use
the
adul
t fem
ale
was
lik
e hu
ge a
nd m
y m
om e
ven
put
her h
and
up to
that
one
and
it w
as
real
ly, r
eally
big
, so
just
look
ed a
t ho
w c
ute
the
baby
was
and
just
lo
oked
at t
he fe
et. *
Can
you
thin
k of
any
way
to im
prov
e th
is p
art?
S
hake
s he
ad n
o.
* W
e m
ove
over
to ta
lk
abou
t the
DN
A/P
aabo
par
t: *
Wha
t did
you
do
whe
n yo
uw
ere
at th
is p
art?
I re
ad
this
sig
n an
d th
en I
look
ed to
see
how
man
y of
thes
e lit
tle
guys
I co
uld
find
whe
re th
ey
wer
e di
ffere
nt b
etw
een
us
and
chim
ps…
and
I onl
y fo
und
like
9 of
‘em
, and
they
sa
id th
ere
wer
e te
n.
It’s
real
ly ju
st u
m, t
he o
ne
over
ther
e (th
e V
IST
one)
, lik
e it
was
real
ly u
mm
, lik
e it
was
eas
y to
figu
re o
ut th
e lit
tle g
raph
(the
phy
loge
ny),
but t
hen
like
whe
n yo
u lik
e th
rew
in a
ll th
e na
mes
in, l
ike
the
actu
al n
ames
of t
hem
(th
e sc
ient
ific
nam
es) i
t got
ki
nda
conf
usin
g. A
nd th
en
like
the
date
s, li
ke th
e 12
-15
mill
ion
year
s an
d al
l th
at…
Like
if y
ou h
ad li
ke a
tim
elin
e, it
mig
ht h
elp.
Yea
h. (n
odde
d ye
s)I d
on’t
thin
k so
.
7MA
, 7a
MY
Mal
e A
dult
(Fat
her)
and
8-y
ear-
old
son:
Dad
Exp
lain
s D
NA
exh
ibit
to k
id: "
Do
you
know
wha
t the
se le
tters
sta
n dfo
r? T
hese
are
par
t of t
he D
NA
. The
sci
entis
ts h
ave
been
try
ing
to fi
gure
out
the
DN
A o
f the
chi
mp
and
the
hum
an:
KID
: DN
A is
wha
t mak
es y
ou "y
ou" I
t mea
ns th
at w
e ar
e al
l the
sam
e as
mon
keys
, and
chi
mps
, and
thos
e ki
nds
oan
imal
s. M
onke
ys a
nd p
eopl
e ha
ve th
e sa
me
DN
A s
o w
e ha
ve a
the
sam
e an
cest
ors.
We'
re a
lot l
ike
the
chim
ps,
but w
e're
mos
t alik
e in
the
body
par
ts.
MIR
RO
R m
anip
ulat
ive:
Chi
ld c
ompa
red
hand
s, fe
et, a
nd b
ody
and
foun
d he
was
th
e si
ze o
f the
fem
ale
chim
p. A
DU
LT. T
his
was
som
ethi
ng I
knew
a li
ttle
abou
t but
I di
dn't
know
a lo
t . O
n th
e su
rface
you
don
't se
em s
imila
r to
the
chim
p bu
t the
dee
per
you
go th
e m
ore
sim
ilar y
ou a
re. T
hey
real
ly li
ked
the
mirr
or e
xhib
it. It
see
med
ve
ry c
lear
.
They
read
the
VIS
T fra
mew
ork
at th
e en
tranc
e an
d it
real
ly
help
ed th
em u
nder
stan
d th
e ex
hibi
t. A
ll th
e sy
mbo
ls
seem
ed fi
ne e
xcep
t for
the
sele
ctio
n on
e. T
hat w
asn'
t cl
ear.
On
the
hum
an tr
ee, h
e w
ould
ha
ve li
ked
to s
ee a
pic
ture
of
the
com
mon
anc
esto
rs o
n th
e tre
e (li
ke th
e w
hale
one
) and
se
en w
hat t
hey
look
ed li
ke.
That
wou
ld h
ave
mad
e it
muc
h cl
eare
r how
sim
ilar t
he tw
o si
tuat
ions
wer
e, th
e w
hale
and
th
e ch
imp
24a
MA
The
thin
g th
at m
ade
sens
e to
me
was
how
clo
sely
co
nnec
ted
we
are
to o
ther
livi
ng th
ings
. W
e sh
ould
m
aybe
, hav
e a
mor
e re
spec
tful a
ttitu
de to
war
d ot
her l
ife
form
s be
side
s hu
man
s. N
ot ju
st p
low
ing
thro
ugh.
and
ab
out e
nviro
nmen
tal t
hing
s. C
arin
g ab
out t
he
envi
ronm
ent a
nd o
ther
livi
ng th
ings
in th
e en
viro
nmen
t as
wel
l as
hum
ans
beca
use
they
are
rela
ted.
I did
n't s
ee a
who
le lo
t abo
ut th
e sc
ient
ists
I wou
ld b
e in
tere
sted
in le
arni
ng m
ore
abou
t him
and
how
they
do
the
test
ing
of
DN
A.
I don
't ho
w y
ou w
ould
sho
w th
at.
Wha
t are
they
the
nucl
eotid
es.
A lo
t of
lette
rs u
p th
ere
but w
hat d
o th
ey m
ean.
Ih
ave
to s
ay I
have
bee
n re
adin
g so
me
nove
ls th
at d
o a
bette
r job
of e
xpla
inin
g it
then
this
pan
el.
(ref
errin
g to
righ
t sid
e of
th
e T
pane
l). H
ow d
o th
ey c
ombi
ne, h
ow
does
this
com
bine
and
why
doe
s it
mat
ter
in te
rms
of D
NA
.
Left
side
of T
: K
ind
of a
han
ds o
n th
ing
the
kids
wou
ld g
o fo
r. W
hat a
bout
the
mirr
or?
I ha
ve to
adm
it th
ere
was
som
ethi
ng in
side
me
that
wan
ted
to g
et d
own
and
act l
ike
a ch
imp.
I l
ike
the
pict
ures
of t
he c
him
ps a
nd s
eein
g th
e di
ffere
nce
betw
een
the
mal
e an
d fe
mal
e an
d th
e ba
by.
Ther
e ar
e a
lot o
f diff
eren
ces.
Pag
e 2
of 2
Appendix C: Explore Evolution Prototype Evaluation
30
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Wha
le
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
re
sear
ch?
Wha
t mak
es th
is li
ving
thin
g sp
ecia
l or i
nter
estin
g to
sc
ient
ists
?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
Visi
t: yo
u no
tice
thes
e sy
mbo
ls?
Did
they
hel
p yo
u un
ders
tand
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
re
com
men
d to
impr
ove
this
par
t?
1M
YH
ow o
ne a
ncie
nt w
hale
kin
da tu
rns
into
a w
olf a
nd a
hip
po.
He
look
s at b
ones
from
anc
ient
an
imal
s and
com
pare
s the
m to
pr
esen
t day
ani
mal
s and
mak
es li
nks
betw
een
the
two.
Find
ing
the
ance
stor
of
anim
als.
Look
ed a
t the
bon
es, l
ooke
d at
the
two
diffe
rent
dra
win
gs
(of t
he b
ones
). T
he a
nkle
s lo
oked
exa
ctly
the
sam
e ex
cept
the
hipp
o’s
bigg
er.
I did
n’t a
sk th
is.
I did
n’t a
sk th
is (s
ince
qu
estio
n 1
alre
ady
answ
ers
this
).
Wha
t the
diff
eren
t mod
els
are.
(H
e th
ough
t at f
irst t
hat
the
larg
e on
e in
the
mid
dle
was
the
wol
f unt
il he
read
the
text
).
Em
phas
ize
wha
t the
se a
re a
nd a
dd m
ore
info
rmat
ion
– it’
s pl
ain
in th
e ba
ckgr
ound
and
it
look
s a
little
bor
ing.
2F
AW
e ta
lked
abo
ut (w
ith h
er k
ids)
the
diffe
renc
e in
the
shap
es a
nd th
e di
ffere
nces
in ti
me.
Did
n’t n
otic
eTh
e di
ffere
nces
. How
thin
gs
chan
ge o
r rem
ain
the
sam
e.(S
he d
idn’
t do
the
hand
s-on
. S
he lo
oked
at t
he c
ased
sk
ulls
.) "W
e lo
oked
at e
ach
skul
l and
look
ed a
t the
ag
es."
“...th
e ev
olut
ion
of th
e tra
nsiti
onal
wha
le”
“why
ther
e is
not
hing
in
betw
een.
Whe
re a
re th
ose
skul
ls?
Is th
is a
ll th
ere
is?”
Don
’t kn
ow.
25M
AE
volu
tion
of w
hale
from
land
ani
mal
to a
se
a an
imal
Col
lect
s fo
ssils
, exc
avat
es s
omew
here
, st
udie
s fo
ssils
Stu
dy o
urse
lves
too.
Evo
lutio
n cl
early
rela
ted
to o
urs
Ank
le b
one
mod
els
- co
nfus
ing
Ank
le b
one
mod
els
- co
nfus
ing
- wha
t is
conn
ectio
n be
twee
n si
ngle
pu
lley
and
doub
le p
ulle
y an
d w
hat d
oes
it m
ean
- my
12
yr o
ld s
on w
ould
be
conf
used
. Th
e ev
olut
ion
char
t abo
ut w
hale
s is
goo
d –
clea
r. T
he s
kull
case
- tra
nsiti
on is
und
erst
anda
ble
-fin
e
Don
’t re
ally
kno
w -
an
anci
ent w
hale
wal
ked
like
a hi
ppop
otam
us w
alks
now
.
Sin
gle/
doub
le p
ulle
y. O
ther
s - f
ine
Som
ethi
ng d
iffer
ent f
or th
e an
kle
bone
s -e
xpla
in
why
they
are
sig
nific
ant
12F
YI w
ould
pro
babl
y te
ll th
em th
at th
is is
like
, ho
w th
is is
um
m, u
mm
, um
m, I
wou
ld
prob
ably
say
that
how
the
wha
les
wer
e do
wn
in h
isto
ry.
He
help
ed d
o th
ings
for t
he p
eopl
e w
ho
wan
ted
to le
arn
abou
t um
mm
, I d
on’t
know
wha
t thi
s w
ord
is (n
ame
of th
e fo
ssil)
.
How
they
foun
d th
e sk
elet
ons.
(sku
lls) I
was
look
ing
and
read
ing.
I did
n't a
sk th
is.
I did
n't a
sk th
is.
Um
m, h
ow th
ey g
ot th
e fo
ssils
and
how
they
foun
d th
em.
Um
-um
(sha
kes
head
no)
.
6M
A(F
oot J
oint
s) A
DU
LT R
eads
the
wor
ds to
th
e ch
ild: "
This
is th
e sa
me
kind
of e
xhib
it.
It sh
ows
a si
mila
rity
betw
een
the
hipp
o,
wol
f and
wha
le. S
how
s ho
w th
is a
ncie
nt
wha
le e
volv
e an
d pr
esen
ts th
e ev
olut
ion
of
the
wha
le to
the
pres
ent.
Sho
ws
that
the
wha
le is
rela
ted
to th
e hi
ppo.
The
y ar
e bo
th e
ven-
toed
ani
mal
s." [
[me-
wha
t abo
ut
the
rela
tions
hip
to th
e w
olf?
] it i
s pr
etty
m
uch
the
sam
e]
(Ask
ed: W
hat d
id y
ou g
et
from
the
exhi
bit?
) : T
hat
wha
les
coul
d ha
ve b
een
land
base
d an
imal
s lik
e hi
ppos
. H
e w
as n
ot re
ally
sur
pris
ed
beca
use
he th
ough
t tha
t he
had
hear
d th
is b
efor
e. T
his
exhi
bit m
ade
him
rem
embe
r it.
(At w
hale
sku
lls) T
o A
DU
LT:
Doe
s th
e te
rm tr
ansi
tiona
l m
ean
anyt
hing
to y
ou?
“Wel
l, it
mea
ns b
etw
een
one
stag
e an
d an
othe
r. It
was
n't
clea
r to
me
that
the
one
in
the
mid
dle
was
a tr
ansi
tiona
l w
hale
. May
be th
ey s
houl
d m
ark
it m
ore
clea
rly.”
In th
e pa
nels
, he
poin
ted
out t
he
legs
to h
is d
augh
ter a
nd re
adth
e pa
nels
to th
e ch
ild.
6aF
Y(A
sked
: Wha
t did
you
get
fro
m th
e ex
hibi
t?) :
6-y
ear
old:
I lo
ok fo
r fos
sils
all
the
time
and
I lik
e to
look
at
foss
ils.
(At w
hale
sku
lls) :
The
6-y
ear
old
does
n't s
ee th
at th
is is
a
wha
le. D
oesn
't th
ink
that
th
ey lo
ok li
ke w
hale
s.
7M
AD
AD
: It i
s pr
obab
ly th
e sa
me
as th
e ch
imps
. The
se w
hale
s lo
ok d
iffer
ent o
n th
eou
tsid
e bu
t the
y ar
e si
mila
r on
the
insi
de
with
par
ts o
n th
e in
side
that
are
muc
h th
e sa
me.
Som
e w
hale
s ar
e be
tter a
t ada
ptin
gth
an o
ther
s, a
nd th
ey a
re th
e on
es th
at
surv
ive.
(The
tran
sitio
nal w
hale
) :
Rea
d th
e in
form
atio
n on
the
side
and
ask
ed h
is s
on to
de
scrib
e w
hat i
s go
ing
on.
Talk
ed a
bout
the
hair
and
said
that
"hai
ry fi
sh a
re
scar
y." R
… is
a p
retty
old
w
hale
, loo
k w
hat h
e's
got o
n th
is le
gs.
(Wha
le jo
ints
) : D
AD
: Thi
s ex
hibi
t lin
ks w
hale
s to
the
past
see
the
sing
le p
ulle
y an
d se
e th
e do
uble
pul
ley.
H
ow is
this
wha
le li
ke th
e hi
ppo?
(Son
"dou
ble
pulle
y")
This
is c
onne
cted
to th
e tra
nsiti
onal
wha
le.
Whi
ch
one
is m
ore
wha
le-li
ke?
Wha
t is
the
rela
tion
betw
een
the
wha
le a
nd th
e w
olf?
W
hat d
oes
that
tell
you
abou
t the
sim
ilarit
y?
(The
tran
sitio
nal w
hale
) : A
tra
nsiti
onal
wha
le is
in
betw
een
the
very
old
wha
le
and
the
mod
ern
wha
le. H
e ha
s so
me
of th
e fe
atur
es o
f th
e ol
d w
hale
s an
d so
me
of
the
feat
ures
of t
he n
ew
wha
les.
Rea
lly li
ked
the
exhi
bit.
It w
as a
bout
evo
lutio
n,
whi
ch s
eem
s re
ally
sim
ple,
but
this
dem
onst
rate
s th
at n
uts
and
bolts
of e
volu
tion.
I th
ink
it do
es a
gr
eat j
ob. I
t sho
ws
clea
rly v
aria
tion,
wha
t ch
ange
s, a
nd w
hat s
tays
con
stan
t.
7aM
Y(W
hale
join
ts) :
8-y
ear-
old
boy:
It te
lls m
e th
at it
is li
ke
the
hipp
o an
d re
ally
mor
e lik
e th
e hi
ppo
than
like
the
wol
f.
(The
tran
sitio
nal w
hale
) :
SO
N:
he d
idn'
t kno
w th
e te
rm tr
ansi
tion
but w
as a
ble
to p
oint
out
whi
ch w
hale
was
in
the
mid
dle
of th
e ot
her
wha
les
and
clea
rly h
ad th
e id
ea o
f the
sha
red
feat
ures
.
Pag
e 1
of 2
Appendix C: Explore Evolution Prototype Evaluation
31
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Wha
le
ID#
Sex
Age
gr
oup
How
wou
ld y
ou e
xpla
in w
hat t
his
exhi
bit i
s ab
out?
Wha
t doe
s th
is s
cien
tist d
o fo
r his
re
sear
ch?
Wha
t mak
es th
is li
ving
thin
g sp
ecia
l or i
nter
estin
g to
sc
ient
ists
?
Wha
t did
you
do
here
?H
ow d
id th
is w
ork?
Wha
t is
this
abo
ut?
W
hat p
arts
of t
his
mig
ht
be d
iffic
ult f
or o
ther
vi
sito
rs to
und
erst
and?
7.5
Visi
t: yo
u no
tice
thes
e sy
mbo
ls?
Did
they
hel
p yo
u un
ders
tand
the
idea
s be
tter?
Are
ther
e an
y ch
ange
s yo
u w
ould
re
com
men
d to
impr
ove
this
par
t?
28F
A(S
econ
d) F
A: I
thin
k it’
s ho
w th
e la
nd
anim
als
beca
me…
(Fou
rth) F
A: T
hat’s
ok,
bu
t I c
an s
ee h
ow y
ou m
ight
thin
k th
at, b
ut
I thi
nk th
at it
’s th
e ot
her w
ay, h
ow th
e w
hale
wen
t fro
m th
at o
ne p
ictu
re w
here
he
’s g
ot th
e fe
et to
the
now
aday
kill
er
wha
le ty
pe a
nd h
ow th
at th
e, I
liked
how
th
ey w
ere
show
ing
the
ankl
e bo
ne, t
hat
they
’re k
inda
the
sam
e in
the
anim
als
toda
y.
(Firs
t) FA
: Wha
t doe
s he
do?
Wel
l, he
’s
look
ing
at th
e ty
pe o
f the
foss
il st
uff,
wha
t’s in
Pak
ista
n an
d sh
owin
g th
e bo
nes,
how
they
are
link
ed to
the
anim
als
toda
y…w
hich
we
know
that
th
ey a
re p
roba
bly
mill
ions
of y
ears
old
, th
e ol
d on
es. (
Third
) FA
: Goo
d an
swer
. H
ey, y
ou g
uys,
he
is fr
om th
e U
nive
rsity
of
Mic
higa
n.
(Firs
t) FA
: How
it w
ent f
rom
the
land
to th
e se
a. I
thin
k th
at’s
w
hat m
akes
it in
tere
stin
g fo
r me.
I wou
ld th
ink
that
’s w
hy th
ey
wan
t to
look
at i
t.
(Ask
ed: S
o ca
n yo
u gu
ys te
ll m
e a
little
mor
e ab
out t
he
bone
s? W
hat d
id y
ou th
ink
whe
n yo
u co
mpa
red
them
? S
o w
hat s
imila
ritie
s or
di
ffere
nces
did
you
see
be
twee
n th
e bo
nes?
) (F
ifth )
FA: T
he w
ay th
ey ro
tate
and
st
uff a
re th
e sa
me.
FA: I
like
d th
is (p
oint
s to
V
IST
phyl
ogen
y gr
aphi
c),
how
they
did
the…
Put
ting
the
hipp
o, I
real
ly d
idn’
t un
ders
tand
why
, I s
till d
on’t.
I t
hink
it h
as to
do
with
the
wol
f, bu
t may
be h
ave
them
se
para
te.
You
kno
w, I
can
un
ders
tand
wha
t the
y ar
e try
ing
to s
ay w
ith th
e bo
nes
and
stuf
f, bu
t I th
ink
that
m
ight
be
the
one
thin
g th
at
mig
ht b
e a
little
diff
icul
t to
unde
rsta
nd.
FA: N
o. I
thin
k it’
s go
od th
e w
ay it
is.
28a
FY
(14)
(Firs
t) F1
4: H
ow th
e m
oder
n an
imal
s ca
n lin
k to
, how
they
sor
ta b
ecam
e la
nd
anim
als.
. . (
Third
) F14
: I g
ot it
bac
kwar
ds.
(Firs
t) F1
4: I
com
pare
d th
e bo
nes.
(Firs
t) F1
4: T
hat t
hey
had
four
(Thi
rd) o
r wha
teve
r the
y w
ant t
o ca
ll th
em. A
nd th
at
mos
t of t
heir
ankl
e bo
nes
are
the
sam
e, e
xcep
t the
y’re
bi
gger
.28
bF
Y (1
1)(S
econ
d) F
11: S
how
ing
evol
utio
n.
(Fou
rth) F
11: M
ichi
gan!
(Sec
ond)
F11
: Yea
h.(S
econ
d) F
11: Y
eah.
(Sec
ond)
F11
: toe
s. (F
ourth
) F1
1: a
nkle
bon
es. (
Six
th)
F11:
The
sm
alle
r the
ani
mal
, th
e sm
alle
r the
ank
le b
one.
Th
at’s
big
ger t
han
that
one
.
27F
AS
tart
with
VIS
T w
ould
be
good
. S
he
star
ted
with
ank
le b
one
and
it w
as v
ery
conf
usin
g.
Did
n’t k
now
why
the
wol
f was
th
ere.
It m
akes
mor
e se
nse
once
you
ha
ve lo
oked
at t
he V
IST.
I d
on’t
unde
rsta
nd h
ow h
ippo
s an
d w
olf c
onne
cts
to th
ose
imag
es o
ver o
n th
e V
IST
pane
l.
They
cou
ldn’
t see
the
diffe
renc
es b
etw
een
the
ankl
e bo
nes
even
afte
r I p
oint
ed th
em
out.
Per
haps
don
’t hi
ghlig
ht th
e w
hole
bo
ne ju
st th
e pa
rts th
at a
re d
iffer
ent.
The
ydi
dn’t
focu
s on
the
red.
The
y w
ere
look
ing
at th
e w
hole
foot
not
the
ankl
e bo
ne. U
se
an o
rang
e co
lor a
nd ju
st d
ots
and
tie it
to
the
draw
ing
with
the
colo
r. D
iffer
ent v
iew
of
ank
le b
ones
, top
vie
w a
nd s
ide
view
. Th
ey w
ere
com
parin
g th
e si
ze to
o, n
ot th
e bo
ne.
Wan
ted
a bu
tton
to p
ush
that
wou
ld
have
the
scie
ntis
t tal
king
and
you
cou
ld
lear
n m
ore
abou
t thi
s.
Bec
ause
of e
volu
tion.
Tha
t ca
me
a lo
t; ve
ry c
lear
with
VIS
T pa
nel a
nd s
kull
pane
l.
(Ask
ed W
hat w
as m
ost
inte
rest
ing
poin
t tha
t you
le
arne
d?) I
did
n’t k
now
that
th
e fir
st w
hale
had
four
legs
. I d
idn’
t get
if th
is is
a fa
ct o
r is
a th
eory
. W
hat a
re th
ey
basi
ng th
is o
n? I
see
the
ankl
e bo
ne, a
nd th
e sk
ulls
, bu
t to
me
I don
’t re
ally
see
it.
They
all
look
the
sam
e. G
ray
wol
f ank
le b
one
look
s th
e sa
me
to th
e am
ateu
r as
the
othe
r ank
le b
ones
.
40M
A“M
ainl
y ab
out w
hale
s. W
here
they
are
fo
und.
..prim
ary
in P
akis
tan
and
in In
dia.
”Th
ey w
ere
thin
king
that
they
sta
rted
in th
is
area
sin
ce th
ey w
ere
foun
d on
ly in
this
ar
ea.
It’s
abou
t wha
les.
..how
they
wer
e fo
rmed
. H
ow th
is tu
rned
into
this
...an
d to
this
. (E
xpla
natio
n gi
ves
to h
is d
augh
ter a
s sh
e ap
proa
ched
the
exhi
bit.)
“He’
s lik
e an
arc
heol
ogis
t...fo
r bo
nes.
..stu
dyin
g.”
“Lau
gh. O
nly
been
foun
d in
one
pa
rticu
lar a
rea.
It s
how
s th
e st
art
of e
volu
tion
of p
artic
ular
spe
cies
of
wha
les.
”
(rea
d)“T
hey
wer
e sa
ying
wha
les
had
a fo
ot li
ke a
sea
l...a
nd
mig
ht b
roug
ht th
emse
lves
on
land
.” T
hey
wer
e in
tere
sted
in
sha
pes
of fe
et. H
ow th
ey
are
like
hipp
os.
The
red
bone
s m
ade
mor
e se
nse
afte
r vie
win
g th
e pa
nel.
VIS
T: I
can
see
how
they
lost
legs
and
how
they
turn
ed
into
a fi
n ty
pe th
ing.
May
be
they
did
n’t n
eed
them
at t
he
time…
and
thei
r han
ds tu
rned
into
feet
.
“The
y ha
ve g
ood
visu
al th
ings
on
the
char
t. It
help
s to
bre
ak d
own
the
idea
.” (w
hale
imag
es o
n th
e ch
art)
Pag
e 2
of 2
Appendix C: Explore Evolution Prototype Evaluation
32
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Ove
rall
Exh
ibit
ID#
Sex
Age
gr
oup
Wha
t was
the
poin
t of t
he w
hole
exh
ibit?
Wha
t que
stio
ns d
o yo
u ha
ve a
bout
the
exhi
bit?
Wha
t wou
ld y
ou a
lter o
r add
to m
ake
the
exhi
bit m
ore
inte
rest
ing
to y
ou?
How
els
e w
ould
you
cha
nge
this
exh
ibit?
Did
you
not
ice
anyt
hing
abo
ut th
e si
ze o
f th
e or
gani
sms?
Extr
a qu
estio
ns.
4M
YS
how
ing
chan
ges
thro
ugh
evol
utio
n ov
er ti
me
and
how
it c
hang
es a
nd w
hyN
ot a
ny th
at c
ome
to m
ind
Mor
e co
ntra
st w
ith th
e co
lor i
n ex
hibi
t - to
o m
uch
sam
e co
lor \
just
a ta
n co
lor u
se c
olor
to
show
diff
eren
t par
ts. (
begi
nnin
g in
tera
ctiv
es
but e
ndin
g di
ed a
way
, spr
ead
out m
ore)
Use
mor
e pe
ople
wor
ds, r
athe
r tha
n sc
ient
ific
wor
ds; i
t’s a
sci
ence
mus
eum
, but
I do
n’t
thin
k ha
lf of
the
peop
le th
at c
ome
here
wou
ld
unde
rsta
nd ¾
of t
hose
wor
ds. T
he o
nly
reas
on I
know
a b
unch
of t
hem
is b
ecau
se I
spen
t hal
f a y
ear l
ast y
ear i
n a
scie
nce
clas
s;
othe
rwis
e, I’
d be
lost
. Life
sci
ence
cla
ss,
cells
, dia
tom
s, lo
okin
g th
roug
h m
icro
scop
es,
wha
t are
pla
nt-li
ke a
nim
als…
..Als
o, o
n th
e w
hale
exh
ibit,
it w
as to
o dr
astic
bet
wee
n w
alki
ng a
nim
al to
the
swim
min
g w
hale
; ne
eded
an
inte
rmed
iate
ani
mal
. Can
’t se
e si
mila
ritie
s -
Yes
, viru
s, c
ells
, ant
s an
d bi
rds…
Did
n’t m
ake
a w
hole
lot o
f diff
eren
ce b
ut in
tera
ctiv
e st
uff
sort
of d
ied
away
afte
r beg
inni
ng.
5F
AE
volu
tion
and
chan
ge a
nd re
sear
chN
o qu
estio
ns p
oppe
d in
to m
y he
adC
hang
e th
e or
der o
f thi
ngs;
toug
hest
exh
ibit
to u
nder
stan
d, a
t lea
st fo
r me.
I di
dn’t
get t
he
feel
for t
hose
firs
t tw
o co
min
g in
or t
he
them
e. P
ut th
e on
e w
ith w
here
did
hum
ans
com
e fro
m, r
ight
aw
ay p
eopl
e kn
ow y
ou’re
ta
lkin
g ab
out e
volu
tion
and
then
they
wou
ld
follo
w b
ette
r. P
eopl
e w
on’t
thin
k ev
olut
ion
right
aw
ay w
ith H
IV o
r dia
tom
s. B
e cl
eare
r in
thei
r min
d w
hen
they
com
e to
the
HIV
or
diat
om th
at it
is a
bout
evo
lutio
n, th
e th
eme
and
the
way
exh
ibits
mov
ing.
See
abo
veE
nded
up
with
wha
le a
nd th
en re
aliz
ed y
ou
bega
n w
ith v
irus.
But
no
effe
ct n
o ov
eral
l op
inio
n ab
out e
volu
tion
them
e.
3F
ATh
at e
volu
tion
occu
rs in
tiny
org
anis
ms
and
larg
e m
amm
als.
I’m s
till c
augh
t up
in w
hat i
s a
viru
s. W
ante
d to
kno
w w
hat a
re th
e ro
ots
of e
volu
tion.
Is
it lu
ck, c
ircum
stan
ce.
We
say
thin
gs c
hang
e an
d ev
olve
, but
I’m
stil
l not
sur
e w
hy.
It’s
diffe
rent
con
ditio
ns a
nd h
avin
g to
ada
pt, b
ut
I’m s
till n
ot s
ure.
Take
muc
h m
ore
pers
onal
app
roac
h.
“His
tory
’s m
yste
ries”
How
do
we
unde
rsta
nd
how
thin
gs c
hang
e ov
er ti
me?
H
ere
are
scie
ntis
ts s
tudy
ing
chan
ge.
Som
ethi
ng th
at’s
re
leva
nt to
you
in te
rms
of c
hang
e an
d th
en
pull
back
and
exp
lain
it in
term
s of
dia
tom
s.
I’d c
onst
antly
be
aski
ng q
uest
ions
of v
isito
rs.
I’m s
truck
by
the
fact
that
eve
rybo
dy k
now
s ev
eryt
hing
alre
ady
in th
e sh
ow.
Ther
e’s
not
any
mys
tery
, any
que
stio
ns s
till t
o be
ask
ed.
It’s
abou
t tel
ling
me
abou
t eve
ryth
ing
you
know
, ins
tead
of e
ngag
ing
me
in th
e w
onde
rs
of o
ur w
orld
.
Sim
ple,
ele
gant
inte
ract
ives
. E
ven
sim
pler
in
tera
ctiv
es.
Rea
lly d
rivin
g ho
me
that
me
as
a vi
sito
r can
add
to w
hat’s
und
erst
ood,
eve
n if
it’s
an a
rtific
ial c
onst
ruct
. E
ngag
e vi
sito
rs in
sc
ient
ific
proc
ess.
Ask
vis
itors
to o
bser
ve,
clas
sify
.
16M
YTh
e na
ture
and
dan
gers
of v
iruse
s an
d th
ings
.N
one
He
didn
’t re
spon
d so
I as
ked
if he
thou
ght i
t w
as in
tere
stin
g or
had
he
foun
d he
was
read
y to
go
som
ewhe
re e
lse?
“Bor
ed fo
r a w
hile
th
en th
e fin
ches
eng
aged
me.
” Mot
her a
sked
hi
m if
he
wou
ld li
ke m
ore
inte
ract
ives
? H
e sa
id “y
es, m
ore
thin
gs to
do.
” “I
liked
the
rota
ting
flies
.”
Don
't kn
ow.
No.
23F
A“E
volu
tion
and
show
ing
how
thin
gs b
egan
and
prog
ress
ed th
roug
h th
ousa
nds
of y
ears
.”“I
don’
t hav
e an
y qu
estio
ns.”
“Mor
e ha
nds
on a
nd le
ss re
adin
g of
long
te
xt.”
“It is
set
up
nice
ly.”
No.
(Th
ey o
nly
got t
hrou
gh th
e fu
ngus
and
th
ey w
ere
runn
ing
out o
f tim
e so
we
had
to d
o th
e qu
estio
ns.)
19M
ATo
exp
lain
DN
A a
nd c
ell s
truct
ure
and
biol
ogic
al in
ter-
rela
tions
, evo
lutio
n.H
ow d
o sc
ient
ists
act
ually
look
at t
he D
NA
m
odel
? H
ow d
o th
ey k
now
how
man
y nu
cleo
tides
? W
hat i
s th
e pr
oces
s of
ac
tual
ly…
If yo
u w
ere
to ta
ke a
pie
ce o
f hai
r an
d m
ap it
DN
A-w
ise,
how
wou
ld y
ou d
o th
at?
That
goe
s ba
ck to
wha
t I ju
st s
aid,
mak
e th
at
part
a lit
tle b
it m
ore
clea
r…M
aybe
take
a
polic
e th
ing
alm
ost,
like
if yo
u ha
d a
piec
e of
ha
ir or
som
ethi
ng, h
ow w
ould
they
iden
tify
it as
a c
erta
in D
NA
stra
in?
Like
I sa
id b
efor
e, th
e in
tent
ion.
Wha
t is
the
inte
ntio
n, ju
st ri
ght o
ff th
e ba
t, sa
y “T
his
is
exhi
bit i
s ab
out t
his
and
you
gain
this
kn
owle
dge
by th
e tim
e yo
u w
alk
out o
f her
e.
Ver
y sm
all,
ever
ythi
ng w
as s
tripp
ed d
own
to
a ve
ry s
mal
l…(C
hild
say
s “A
nd th
en
enla
rged
”)
1M
YD
iffer
ent r
esea
rchi
ng o
f sci
entis
ts.
I don
’t re
ally
hav
e an
y qu
estio
ns. I
ask
ed,
“Any
thin
g ab
out w
hat y
ou s
aw…
Or a
ny
ques
tions
abo
ut w
hat y
ou d
idn’
t see
?” I
didn
’t re
ally
und
erst
and
the
chim
p an
d th
e hu
man
I as
ked,
“W
as th
ere
anyt
hing
sp
ecifi
c yo
u w
ante
d to
kno
w a
bout
it?”
Li
ke w
hat i
t was
abo
ut b
ecau
se I
didn
’t se
e m
uch
of a
nyth
ing
to re
ally
look
at,
and
I did
n’t
have
muc
h in
tere
st in
it c
ause
it lo
oked
kin
da
borin
g.
Add
mor
e in
form
atio
n to
it, m
ake
the
info
rmat
ion
emph
asiz
ed, m
ake
it di
ffere
nt
font
s, s
omet
hing
just
to c
hang
e it
and
mak
e it
mor
e ex
citin
g.
I ask
ed “
Is th
ere
anyt
hing
els
e yo
u w
ould
do
to c
hang
e th
e ex
hibi
ts?”
No.
Siz
e? L
ike
how
big
they
wer
e? Y
eah,
the
cell
one,
like
on
the
wat
er fu
ngus
, I th
ink
it is
, ye
ah. T
hat w
as p
retty
big
, tha
t was
coo
l, th
at
grab
bed
my
eye,
that
was
goo
d. I
aske
d “T
he m
odel
?” a
nd h
e no
dded
yes
.
22M
Y“S
how
s ho
w e
volu
tion
take
s pl
ace.
S
omet
imes
it is
slo
w a
nd s
omet
imes
it is
fa
st.”
(dad
com
men
t)
No
idea
s he
re...
Mov
e vi
rus
away
from
the
entry
. Sta
rt ou
t w
ith a
nts
or p
ond
scum
. Viru
s m
odel
is a
go
od o
bjec
t for
dra
win
g pe
ople
in, b
ut v
irus
is
too
hard
an
idea
to s
tart
with
. Mak
e it
late
r in
the
exhi
bit.
(this
was
men
tione
d tw
ice.
)
“The
han
ds o
n w
as p
retty
goo
d in
the
beak
ex
hibi
t. M
easu
ring
whe
el w
as n
ot w
orth
m
uch.
The
des
crip
tion
(In F
inch
) nee
ds to
ch
ange
to b
e cl
eare
d. “F
lip b
ook
thin
g w
asn’
t cl
ear.
2F
A“T
he p
oint
is to
sho
w h
ow d
iffer
ent a
nim
als
incl
udin
g hu
man
s ha
ve e
volv
ed...
not
evol
ved,
but
cha
nged
ove
r tim
e.”
How
thin
gs
are
alik
e an
d si
mila
r
I don
’t kn
ow h
ow th
ey p
icke
d th
e to
pic
they
di
d bu
t I g
uess
they
pic
ked
wha
t the
y ha
d th
e m
ost i
nfor
mat
ion
abou
t. B
ut it
is a
cur
ious
m
ix o
f thi
ngs
that
see
m a
lmos
t ran
dom
.” (S
he
had
not n
otic
ed th
e id
ea o
f new
sci
entif
ic
rese
arch
.)
“I th
ough
t it w
as p
retty
inte
rest
ing.
May
be th
e flo
w c
ould
be
diffe
rent
. I li
ked
the
big
atom
...th
at w
as c
ool.”
(she
mea
nt th
e H
IV
mod
el)
No
resp
onse
. She
did
say
she
like
d th
e sp
acio
usne
ss o
f the
exh
ibits
. “ if
ther
e is
too
muc
h st
uff t
hen
you
get d
istra
cted
and
lose
fo
cus.
”
No
I did
n't.
Pag
e 1
of 2
Appendix C: Explore Evolution Prototype Evaluation
33
70%
Pro
toty
pe R
evie
w o
f Exp
lore
Evo
lutio
n E
xhib
it Fo
rmat
ive
Eva
luat
ion:
Ove
rall
Exh
ibit
ID#
Sex
Age
gr
oup
Wha
t was
the
poin
t of t
he w
hole
exh
ibit?
Wha
t que
stio
ns d
o yo
u ha
ve a
bout
the
exhi
bit?
Wha
t wou
ld y
ou a
lter o
r add
to m
ake
the
exhi
bit m
ore
inte
rest
ing
to y
ou?
How
els
e w
ould
you
cha
nge
this
exh
ibit?
Did
you
not
ice
anyt
hing
abo
ut th
e si
ze o
f th
e or
gani
sms?
Extr
a qu
estio
ns.
13F
YIt
was
abo
ut e
volu
tion
and
the
way
diff
eren
t an
imal
s an
d bu
gs d
o th
eir t
hing
s an
d ho
w
they
look
.
It di
dn’t
tell
me
muc
h ab
out e
volu
tion.
I’d
like
to
lear
n m
ore
abou
t tha
t.M
ore
on th
e m
onke
y st
uff.
Mor
e co
lorfu
l.Th
ey're
sm
all.
10F
ATo
sho
w h
ow s
peci
es e
volv
e. H
ow v
ario
us
thin
gs, c
hang
es in
env
ironm
ent,
in
pref
eren
ce, r
epro
duct
ion
in v
irus,
how
thin
gs
can
effe
ct a
spe
cies
and
cre
ate
a ch
ange
in a
sp
ecie
s. I
s it
evol
utio
n in
a s
peci
es o
r ad
apta
tion?
Wha
t are
the
cont
rove
rsie
s? A
ge o
ld
cont
rove
rsy
of a
dapt
atio
n ve
rsus
evo
lutio
n. I
ha
d so
me
spec
ific
ques
tions
for t
he
voca
bula
ry, l
ooki
ng fo
r def
initi
ons
of s
ome
wor
ds.
Inte
rest
ing
to h
ave
an a
ctua
l stra
nd o
f DN
A,
like
the
viru
s, th
at c
ould
be
man
ipul
ated
, ha
nds
on.
To g
ive
kids
an
idea
of D
NA
look
s lik
e, to
und
erst
and
that
DN
A a
ffect
s th
e co
lor
of e
yes.
To
appe
al to
kid
s, th
e m
ore
hand
s on
the
bette
r.
Dep
ends
on
targ
et a
udie
nce.
To
appe
al to
yo
unge
r kid
s, s
impl
ify; t
he m
ore
you
put i
t in
kid
lang
uage
– if
you
wer
e a
fly s
cien
tist,
why
w
ould
you
wan
t to
stud
y fli
es.
Ask
a q
uest
ion
and
expl
ain
in s
impl
e te
rms
why
you
stu
dy
flies
. R
ight
now
, mos
t of t
his
is w
ritte
n fo
r ad
ults
to re
ad.
No.
Chi
mps
set
at l
ife s
ize;
viru
s m
olec
ule
bein
g la
rger
is a
goo
d th
ing.
Dis
play
s th
emse
lves
see
med
sm
all,
amou
nt o
f spa
ce,
coul
dn’t
real
ly h
ave
a lo
t of i
ndiv
idua
ls
arou
nd o
ne.
21F
YTo
des
crib
e th
e di
ffere
nt e
volu
tion
of d
iffer
ent
anim
als
It w
as p
retty
und
erst
anda
ble
To m
ake
the
finch
exh
ibit
mor
e de
taile
d to
ex
plai
n ho
w th
ey e
volv
ed s
o ra
pidl
y an
d so
di
ffere
ntly
. Fro
m h
er b
iolo
gy c
lass
she
th
ough
t tha
t evo
lutio
n to
ok a
ver
y lo
ng ti
me.
W
hale
s do
n't e
volv
e ve
ry ra
pidl
y bu
t the
fin
ches
do.
Like
d it
and
thou
ght i
t was
cle
arN
otic
ed in
Haw
aii t
hat t
he fl
ies
wer
e a
lot
bigg
er th
an in
oth
er p
arts
of t
he w
orld
11M
YG
enet
ic e
volu
tion
and
how
cha
nges
cou
ld
have
affe
cted
the
anim
als.
How
the
wor
ld
alw
ays
chan
ges
Wis
hed
ther
e w
as m
ore
on th
e vi
rus
and
the
way
that
eac
h of
them
con
nect
ed to
eac
h ot
her.
I wan
t to
know
how
viru
ses
wor
k.
Like
d th
e pa
rt on
hum
an e
volu
tion
beca
use
peop
le c
ould
rela
te to
it. M
aybe
use
so
met
hing
like
dog
s in
one
of t
he e
xhib
its s
o th
at p
eopl
e co
uld
see
how
they
can
affe
ct
evol
utio
n.
Mak
e it
bigg
er. I
kno
w it
's v
ery
inte
rest
ing
and
it he
lps.
It's
like
a c
olle
ge c
ours
e, le
arn
new
st
uff
Siz
e? V
isua
l rep
rese
ntat
ion?
I kn
ow th
at th
e vi
rus
and
diat
om a
re s
mal
l but
they
look
big
ou
t the
re. T
hat's
goo
d be
caus
e ki
ds c
an s
ee i t
and
they
can
rela
te to
them
Did
the
exhi
bit m
ake
you
thin
k ab
out
beco
min
g a
scie
ntis
t? I'
d lik
e to
do
the
scie
nce,
but
I lik
e pe
ople
and
I do
n't t
hink
I w
ould
wan
t to
be s
tuck
in a
lab
for a
bout
12
hour
s a
day
Wha
t abo
ut s
ocia
l sci
ence
yes
th
at m
ight
be
inte
rest
ing
(mor
e on
the
tape
)
15F
A“I
know
its
abou
t evo
lutio
n. It
talk
s ab
out h
ow
thin
gs g
ot th
ier s
tart.
Alth
ough
we
beliv
e in
cr
eatio
n ou
rsel
ves.
My
fam
ily b
elie
ves
in
crea
tion.
... W
e be
lieve
that
hum
ans
wer
e no
t th
e fir
st li
fe fo
rms
on th
e pl
anet
. We
belie
ve
that
ther
e w
ere
man
y ot
her l
ife fo
rms
befo
re
us. .
.And
our
life
form
cha
ract
eris
tics
from
ot
her l
ife fo
rms
the
char
acte
ristic
s to
ok
That
’s o
ne th
eme.
” And
then
it ta
lks
abou
t ho
w p
arts
of n
atur
e ar
e in
terd
epen
dent
on
each
oth
er. T
hat f
our p
art s
tudy
by
Cam
eron
C
urrie
...A
nd h
ow h
uman
s di
dn’t
need
to b
e in
volv
ed...
that
they
pro
paga
te b
y th
emse
lves
...an
d th
ey h
ad th
at a
ll fig
ured
out
on
thei
r ow
n.”
“Not
nec
essa
rily.
I pr
obab
ly w
ould
hav
e if
I w
ould
hav
e sp
ent
mor
e tim
e.”
I lik
e vi
sual
s. I
liked
the
audi
tory
. I li
ke to
read
an
d lis
ten
sim
utan
eous
ly. (
Mor
e so
und)
I lik
ed h
avin
g hu
man
s an
d ch
imps
han
ds
com
pare
d.” S
he li
ked
havi
ng s
izes
com
pare
d.
(inte
rvie
wer
ask
ed “d
id y
ou fi
nd th
at
com
paris
ion
of h
uman
s an
d ch
imps
of
fens
ive?
” No
we
go to
the
zoo
...an
d I t
ell
my
kids
look
at h
ow th
eir b
odie
s ar
e si
mila
r to
our b
odie
s...l
ook
at h
ow th
ey u
se th
eir h
ands
. S
o I d
on’t
thin
k th
at is
offe
nsiv
e.”
No.
25M
AE
volu
tion
of a
ll sp
ecie
s, s
pan
the
gam
ut o
f fin
ches
, chi
mpa
nzee
s, w
hale
s, tr
ying
to
debu
nk c
reat
ioni
st th
eorie
s. T
his
is h
ow w
e ev
olve
d.
In a
cou
ple
of th
em, w
hy g
o so
dee
p in
to th
e sc
ient
ists
rath
er th
an th
e re
sear
ch, t
he
Haw
aiia
n re
sear
cher
, rat
her t
han
the
bugs
, w
hich
I su
ppos
e co
uld
be fi
ne if
that
’s w
hat
they
are
sho
otin
g fo
r.
Onl
y a
coup
le re
al in
tera
ctiv
e th
ings
in th
ere,
lik
e th
e m
icro
scop
e, b
ut I
coul
dn’t
say
spec
ifica
lly w
hat,
ther
e’s
a lo
t of r
eadi
ng
ther
e, I
coul
d se
e m
y 12
yr o
ld s
on s
eein
g th
is a
nd s
ayin
g I d
on’t
wan
t to
do th
is
beca
use
I hav
e to
read
all
this
. of a
ll th
e re
adin
g. L
ess
to re
ad, m
ore
to d
o
The
text
is im
porta
nt, i
f the
y’re
a re
ader
, th
ey’ll
love
it, i
f the
y’re
not
, the
n th
ey’re
just
lo
st a
gain
. Nic
e if
you
had
it se
t up
both
way
s.
(did
you
not
ice
that
the
orga
nism
s w
ere
diffe
rent
siz
es?)
Spa
ns th
e ga
mut
- vi
rus,
fli
es…
…fin
ches
… g
ets
larg
er H
IV s
tarte
d it
off.
Favo
rite
or b
est:
Like
d th
e H
IV m
odel
, co
nfus
ed m
e fo
r a m
inut
e, b
ut I
did
like
it.
The
wha
le, t
he w
hale
evo
lutio
n, th
e ev
olut
ion
char
t prim
arily
, but
like
d al
l thr
ee w
ere
ok, b
ut
the
one
with
the
ankl
e bo
nes
was
com
plet
ely
conf
usin
g - I
igno
red
it an
d tie
d ba
ck in
to th
e ch
arts
. I d
id li
ke th
e fin
ches
, too
- al
way
s en
joye
d na
tura
l sel
ectio
n. A
nyth
ing
surp
risin
g? N
ot to
me
Wha
t did
you
get
ou
t of t
he e
xhib
it: T
ake
hom
e m
essa
ge
for a
vis
itor:
Evo
lutio
n pe
riod.
You
may
ha
ve tr
oubl
e w
ith th
e re
ligio
us ri
ght.
Peo
ple
will
arg
ue th
at th
is is
just
figh
ting
with
cr
eatio
nism
.12
FY
Why
and
how
peo
ple
lear
n. I
aske
d, “
Do
you
mea
n pe
ople
, lik
e th
e sc
ient
ists
?” S
he
said
, “U
m-h
um” (
nodd
ed h
ead
yes)
.
Um
mm
, que
stio
ns a
re…
Why
um
m, t
he m
ale
and
fem
ale
flies
hav
e di
ffere
nt p
airs
of w
ings
.U
mm
, I w
ould
…(I
say,
“Don
’t ha
ve a
ny?”
) S
he s
hake
s he
ad n
oS
hake
s he
ad n
o.D
id it
mak
e yo
u w
ant t
o be
a s
cien
tist,
mor
e th
an b
efor
e yo
u ca
me
to th
e ex
hibi
t?
Nod
s he
ad y
es.
Pag
e 2
of 2
Appendix C: Explore Evolution Prototype Evaluation
34