1 Baylor College of Medicine Academy at James D. Ryan STEM Investigation Handbook In it to Love it 2020-2021 Here at BCMAR, we are committed to doing whatever it takes to achieve advancements in science, technology, mathematics, and engineering. Every year, students submit proposals to investigate their own scientific inquiries, which can be scientific observations, experiments or engineering innovations. Now it is your turn to complete a proposal for a science or engineering investigation to contribute to the world around you! An electronic copy may be found here: https://www.houstonisd.org/Page/130646. Your family and friends can help by listening to your ideas and questions and helping you find where to research information. You may find the following resource helpful as you work: https://sefhouston.org/for-participants/#Science- Curriculum and https://sefhouston.org/for-participants/#Engineering-Curriculum. Make sure to have your parents/guardians read the “It Takes a Village” letter! Let’s begin…
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Baylor College of Medicine Academy at James D. Ryan
STEM Investigation Handbook
In it to Love it
2020-2021
Here at BCMAR, we are committed to doing whatever it takes to achieve
advancements in science, technology, mathematics, and engineering. Every
year, students submit proposals to investigate their own scientific inquiries,
which can be scientific observations, experiments or engineering innovations.
Now it is your turn to complete a proposal for a science or engineering
investigation to contribute to the world around you! An electronic copy may be
found here: https://www.houstonisd.org/Page/130646.
Your family and friends can help by listening to your ideas and questions and
helping you find where to research information. You may find the following
resource helpful as you work: https://sefhouston.org/for-participants/#Science-
Curriculum and https://sefhouston.org/for-participants/#Engineering-Curriculum. Make sure
to have your parents/guardians read the “It Takes a Village” letter!
It is time to think and organize our thoughts and ideas. Below is a list of categories that your research
project will fall into. Read the brief descriptions and then use the graphic organizer to select your top
category of interest. The categories from SEFH are as followed:
Aerospace Engineering: the study and designing and testing of aircrafts and related systems
Animal Sciences: animals, animal life, life cycles, and animal interactions within their environment
Behavioral & Social Sciences: the study of the thought processes and behavior of humans and
animals
Biochemistry: the study of the chemical processes occurring in living organisms
Biomedical and Health Sciences: focuses on issues of human health and disease
Cellular and Molecular Biology: studies the structure, function, pathways, and formation of cells
Chemical Engineering: using chemistry, biology, and physics to solve problems in man-made
products
Chemistry: the science of the composition, structure, properties, and reactions of matter
Civil Engineering: includes the design, construction, and maintenance of the “built” environment
Computational Biology and Bioinformatics: studies focused on the discipline and techniques of
computer science and math as they relate to biological systems using modeling and simulations
Earth & Space Sciences: the study of sciences related to planets, solar systems, and the universe
Electrical Engineering: includes electronics, digital computers, power engineering, and
radiofrequency
Energy & Transportation: includes alternative fuels, fossil fuel energy, and vehicle development
Environmental Engineering: creating processes and infrastructure to solve environmental
problems
Materials & Bioengineering: the study of the characteristics and uses of various materials with
improvements to their design which may add to their advanced engineering performance
Mathematics: studies using algebra, analysis, or probability
Mechanical Engineering: involves the generation/application of heat and use of machines and tools
Microbiology: the study of micro-organisms, including bacteria, viruses, and antibiotic substances
Physics & Astronomy: studies related to the science of matter and energy and of interactions
between the two; astronomy is study of anything in the universe beyond the Earth
Plant Sciences: studies of plants and how they live, structure, development, and classification
Robotics and Intelligent Machines: studies on how the use of machine intelligence can potentially
reduce the reliance on human intervention
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PROPOSAL PREPARATION. Step 2: Read and Take Notes on Information
Regarding Your Question
Look for and Record Information that Helps Answer Your Favorite Question: Using online
resources, research your favorite question. Record at least 4 of the most important pieces of
information that answered or helped answer your question.
A quote from your readings that helps answer or address your
favorite question
A paraphrase of the quote (rewrite the quote in your
own words)
Source: Website Link
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PROPOSAL PREPARATION. Step 3: Creating a Testable Question
Narrow down your favorite question to a testable question if you have not done so yet. A
testable question includes variables and can be realistically investigated in 7 days with
supplies that you can realistically obtain. Your project cannot be copied from any online
sources like science buddies.
Write your testable question here:
See if your question or part of your question has been answered in anyway and use the
graphic organizer below to take notes:
A quote from your readings that helps answer or address your favorite question
A paraphrase of the quote (rewrite the quote in your own words)
Source: Website Link
Using your notes above, predict the answer to your testable question. This is your hypothesis
(include the variables in your testable question with your prediction).
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Now you are ready to write your proposal…
Proposal
Testable Question (make sure your independent and dependent variables are included in the question):
Hypothesis (predicted answer to your question):
Because Statement: Write a two sentence summary that tells why you are making your prediction (use your
notes from your proposal preparation).
Methods/Procedures: 1. Write a few sentences on the following to describe what you will do or test (experiment) by answering the
questions below. a. What will you change (this is your independent variable(s)) in your test and what will you measure and/or
compare (this is your dependent variable(s))?
b. What are your variable controls? Variable controls are what you expect to keep the same (hold constant) and not change across tests. An example would be testing the effect of sound on snail pests, where you might test two sound frequencies on 5 of the same species of snail, like Cornu aspersum. The snail species would be kept constant and would thus be a variable control.
c. Do you have a negative control for comparison (where no variables are changed)?
i. Circle or under line one: YES. NO. ii. If yes, write your negative control here: __________________________________
d. How many times do you plan to repeat your test and how many samples will you have? An example of number of samples is the use of 5 the same species of organisms, like in testing the effect of sound on snail pests, where you might test two sound frequencies on 5 snails of the species Cornu aspersum. The sample size would be 5. If you repeat the experiment as a replicate, then you could repeat it 3x on the same 5 snails and the sample size would still be 5.
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2. Create a draft data or observation collection table. You can draw your table or create it using the insert table function. Title the table with a description of the table. You can have more than one table if needed to add replicates or time points, or create a table using other formats that your teacher shows you. See the example below.
Samples or Subjects
No sound (negative control variable for comparison)
Frequency One Frequency Two
Cornu aspersum 1
Cornu aspersum 2
Cornu aspersum 3
Cornu aspersum 4
Cornu aspersum 5
3. List the materials you wlll use below, including equipment and chemical information.
4. Location where research will take place (Microbes like bacteria, fungus and mold cannot be grown at
home). Will the research take place at home? Will you seek permission to access a laboratory?
5. List the steps you will take to test the hypothesis or address a problem/question (include the number of trials or replicates you will perform). What do you plan to do first, second, third, and so forth.
Subjects/Samples
(what you are
experimenting on
or observing like an
organisms) and
replicates usually
go in the first
Column
Comparison of how snails respond to two types of sound by measuring the
distance a snail moves away from the sound when a sound is played from the
same location.
Record Data here (like distance
it moves away from location of
speaker playing the sound)
Title
Independent Variables
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Upon proposal approval, you are ready to start collecting data
in your notebook!
NOTEBOOK
The scientific laboratory notebook is a bound composition or spiral book
with pages that are not removable (the validity of documentation partly depends
upon ensuring the work has not been tampered with or pages removed) and is a
critical part of scientific and engineering investigations. Every experiment, trial,
observation should be recorded. The entries in the notes should be sufficient for
someone else to reproduce the experiment or trial. It must include the following:
a. Table of contents in the front two pages. b. All pages numbered after the table of content on the top right corner. c. Dates are recorded each time observations and/or experimentation/trials occur. d. The purpose and reason for each data measurement, trial or observation is
recorded each time. e. The procedures (what you did) are clearly written for each data measurement,
trial or recording. f. Materials- Including equipment and chemical information. g. Appropriate mathematical formulas/calculations are used h. Scientific notation and measurement is used (ml for example, not tablespoons) i. Computer print outs, photographs, or other material is taped/pasted into lab
notebook if present. j. All graphs and table are clearly labeled k. All entries are written in ink and mistakes have a clear single line drawn through
them.
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ANNOTATED BIBLIOGRAPHY (CITATIONS)
Record information that provides background knowledge about your project that can help describe
why your project is important and interesting and that provides reasons why you are making your
hypothesis/prediction. You may use easybib (http://www.easybib.com/). You may download an
electronic version at (http://www.houstonisd.org/Page/139497) You must have at least five citations for
your manuscript.
1. Source (ex. Weblink):
Quote Paraphrase of the quote
How will you use the information (as background, as part of your because statements for your hypothesis)? Write the source in MLA format.
2. Source (ex. Weblink):
Quote Paraphrase of the quote
How will you use the information (as background, as part of your because statements for your hypothesis)? Write the source in MLA format.
The procedure or methods section describes the materials used and actions taken to
investigate a research problem and the rationale (the reason) for the application of specific
procedures or techniques used to identify, select, process, and analyze information applied to
understanding the problem, thereby, allowing the reader to critically evaluate a study’s overall
validity and reliability. The methodology section of a manuscript answers two main questions:
How was the data collected or generated? And, how was it analyzed? The writing should be
direct and precise and always written in the past tense. Specifically, include the following:
1. Materials- Including equipment and chemical information. 2. Steps taken to test the hypothesis or address a problem/question. 3. Variables and controls included in the investigation. 4. The International System of Units (SI) must be used with measurements.
Write your draft here
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RESULTS
What are results?
The results section is where you report a summary of the findings of your study based upon
the methodology [or methodologies] you applied to gather information. The results section
should include tables and graphs and state in sentences the findings of the research arranged
in a logical sequence without bias or interpretation. Specifically include the following:
1. Variables and controls for the investigation. 2. Scientific notation 3. Tables and Graphs/Charts, properly titled graphs and tables and properly labeled
graphs/charts on the X and Y axis. 4. A written summary of observations
The purpose of the discussion is to interpret and describe the significance of your findings in
light of what was already known about the research problem being investigated, and to
explain any new understanding or insights about the problem after you've taken the findings
into consideration. The discussion will always connect to the introduction by way of the
research questions or hypotheses you posed and the literature you reviewed. The conclusion
states if the hypothesis was supported or refuted. Specifically include the following:
1. What are your main findings? 2. How do the results answer the question you had? 3. Do the results support or refute the hypothesis? 4. How do the results compare to what is already known (be sure to reference
citations)? 5. Why the findings matter? 6. Recommend next steps or new areas for future research based on the findings (what
An abstract summarizes, usually in one paragraph, the major aspects of the entire paper in a
prescribed sequence as follows:
i. 1-2 sentences summarizing the introduction- What is your project on and why is it interesting or important? What is your question and/or hypothesis?
ii. 1-2 sentences summarizing the methods or procedures- How did you do it? iii. 2-3 sentences summarizing the results and conclusions- What did you find out? Why is
it important? The abstract needs to be 250 words or less
Remember to keep track of those who helped you and thank them in your
manuscript. Gratitude is the best attitude! However, as per SEFH rules, do not
include acknowledgements in your poster.
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Checklist of the Manuscript Components
1. Format Typed, 12 Pt. Times New Roman font, double spaced, 1 inch margins with the following headings for each section: Introduction, Procedures, Results, Discussion and Conclusions and Acknowledgements.
2. Abstract A condensed description of the project including the results.
o 1-2 sentences summarizing the introduction- What is your project on and why is it interesting or important?
o 1-2 sentences summarizing the methods or procedures- How did you do it? o 2 sentences summarizing the results and conclusions- What did you find out?
3. Introduction (Project Objectives and Project Design) o Background- What is known about the topic, question or hypothesis you are
addressing. o The problem or the question o The hypothesis o Research and/or observations that support the hypothesis o The purpose- Why is this research important?
4. The Procedure/Methods (Project Execution and Design) o Materials- Including equipment and chemical information. o Steps taken to test the hypothesis or address a problem/question. o Variables and controls for the investigation. o Scientific notation
5. Data and Results (Project Execution) o Graphs and/or Tables o Summarize in words the graphs and/or tables o Graphs and tables with titles labeled o Graph axis properly labeled
6. Discussion o How do the results answer the question you had? Do the results support or
refute the hypothesis? o How do the results compare to what is already known.
7. Conclusion o Main findings o Why the findings matter o If applicable, recommend new areas for future research based on the findings
(what might you do next in relation to your project?). 8. References/Citations
o Five references in MLA format (References include the title, author (when available), and date of the source, at the very least).
9. Acknowledgements o Include a thank you statement to those who thanked you.
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POSTER AND PRESENTATION LAYOUT
This year, your poster will be in the form of a power point. You will record your presentation
with your power point. Instructions to make recording: Use the Record Presentation option,
click on camera available so you will be included in the power point recording. If you are not
using an HISD computer, you have free access to power point using Office 365
(https://tinyurl.com/yybm4u5v). Your slides will follow the format below and a slide template
will be posted at a later date, for you to use. You may use your choice of font and some
colors as long as you make sure it is easy to read and not distracting. You may copy paste
from your manuscript.
Slide 1. Introduction: Question or Problem, Hypothesis, Because statement, Why the
project is interesting
Slide 2. Procedures: Materials used and Steps You Took to Carry Out the
Investigation (can include photos of you doing collecting data or making and testing an
innovation)
Slide 3-5. Results: Includes tables, graphs and a written (sentences) summary of the
results.
Slide 6. Discussion and Conclusions: State if the hypothesis was supported or not
(do not include words like “prove” or “right”). State how your results compare to what
other people have found in comparable studies. State any biases in the investigation
and any next steps if you were to continue the project. State why the findings matter or
Manuscript: Provides readers with a comprehensive look at the project. A good
manuscript includes the title, abstract, introduction, hypothesis, materials and
experimental methods/procedures, data and results, discussion, conclusion,
bibliography/citation and acknowledgements.
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1. Cover page: All group members, title, date, teacher, grade level, period 4 3 2 1 0
2. Abstract: A 250 word or less summary of the project including the purpose and
question investigated, hypothesis, procedure, results, and conclusion
4 3 2 1 0
3. Introduction: Included the purpose, hypothesis, problem or question,
project goals, and an explanation of why the research was done
4 3 2 1 0
4. Introduction: Included because-type statement that explains why the
prediction/hypothesis was made and references previous related studies (work
done by others) that led you to make your hypothesis (background information)
4 3 2 1 0
5. Procedures: Provided all relevant variables (independent, dependent and control) 4 3 2 1 0
6. Procedures: Provided a list of specific items used in the experiment 4 3 2 1 0
7. Procedures: Provided a greatly detailed step by step description for how
investigation was completed (including trials completed)
4 3 2 1 0
8. Results: Included clear tables and/or graphs of the data. Included a summary of the tables and graphs that is consistent with the data obtained and provided sufficient number of trials
4 3 2 1 0
9. Discussion and Conclusion: Provided an answer to the question based upon
results and included whether or not the hypothesis was supported
4 3 2 1 0
10. Discussion and Conclusion: Included an explanation of what caused the results,
how the results relate to similar work done by others, and either any possible
errors or next steps
4 3 2 1 0
11. Discussion and Conclusion: Explanation and conclusion was consistent with the
results
4 3 2 1 0
12. Provided correct formatting: Typed, 12 Pt. Times New Roman font, double
spaced, 1 inch margins) with headings (Introduction, Procedures, Results,
Discussion, Conclusions and Acknowledgements)
4 3 2 1 0
13. Limited grammar and spelling errors (1 or fewer errors is excellent…7 or fewer
is attempt made or better)
4 3 2 1 0
14. Bibliography: All sources cited correctly using MLA format 4 3 2 1 0
15. Acknowledgements: Students thank those who helped (students: keep track of
those who help you so you don’t forget and show gratitude)
4 3 2 1 0
Opportunities for Improvement:
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Independent Research Rubric: Poster and Oral Presentation
Student’s Name: Grade:
Project Category: Date:
Project Title:
Teacher’s Name: Score: /_60
Poster: The visual display board is meant to attract attention, provide information and
should challenge onlookers to want to know more about the project. Neatness,
completeness, and clarity are very important. The visual display should present the
information in the manuscript, present the project logically and serve as a prop to
illustrate work done.
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1. Displayed the Introduction, Procedures, Results, Discussion, Conclusion and
Citations from their manuscript and labeled each section appropriately
4 3 2 1 0
2. Neat, well organized, and visually appealing (text on poster is legible from a
distance of (font size/color and visuals are not distracting)
4 3 2 1 0
3. Visual aids like photos from the investigation, observations or data table, and
graphs from data analysis are displayed on poster as needed
4 3 2 1 0
4. Poster and project demonstrates high level of creativity/originality 4 3 2 1 0
Oral Presentation: The purpose of an oral presentation is to share your work and
demonstrate content knowledge of the independent research conducted. The
presentation should describe each part of the project listed in number 6 below-- It is
important to relay this information to the listener(s).
4 3 2 1 0
5. The presentation includes an introduction (with the question or purpose and
hypothesis, background information, why the student chose the project and
how the student came upon the idea), short summary of the
methods/procedures, results and conclusion
4 3 2 1 0
6. Movement is fluid and helps the audience visualize or enhances articulation
and student demonstrates a strong positive feeling about the topic
4 3 2 1 0
7. The presentation is coherent and clear and student demonstrates content
knowledge
4 3 2 1 0
8. Student uses a clear voice, precise pronunciation of terms, and audience can
hear the student
4 3 2 1 0
9. Presentation is within the time allotted (5 minutes) 4 3 2 1 0
Independent Research Rubric: The Laboratory Notebook
Student’s Name: Grade:
Project Category: Date:
Project Title:
Teacher’s Name: Score: /_40
Laboratory Notebook: The scientific laboratory notebook is a bound or spiral book
with pages that are not removable (the validity of documentation partly depends upon
ensuring the work has not been tampered with or pages removed) and is a critical part
of scientific and engineering investigations. Every experiment, trial, observation should
be recorded. The entries in the notes should be sufficient for someone else to
reproduce the experiment or trial.
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ORGANIZATION
1. Table of contents is located in the front of the notebook (first two pages) 4 3 2 1 0
2. Pages are numbered correctly in the top right corner after the table of contents 4 3 2 1 0
3. Dates are written down when measurements (data), trials or observations are
recorded and executed
4 3 2 1 0
CONTENT
4. The purpose and reason for each measurement, trial or observation recorded is
clearly stated
4 3 2 1 0
5. The procedures (what you did) are clearly written for each measurement, trial
or observation.
4 3 2 1 0
6. Appropriate mathematical formulas/calculations, SI when measurements are
taken and materials used for each recording are referenced or included
4 3 2 1 0
ILLUSTRATION & DIAGRAMS
8. Graphs and tables (and if helpful, photographs) are included 4 3 2 1 0
9. All entries are entered in ink with single line drawn over errors 4 3 2 1 0
NOTEBOOK
10. A composition notebook is used (bound) with no pages removed 4 3 2 1 0
Opportunities for Improvement:
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CONSENT FORM GUIDES: Students who do projects on animals, microbes, humans
or hazardous materials are required to get approvals from Scienteer. Scienteer has
the below forms in electronic format. *http://www.sefhouston.org/rules-guidelines*
ALL PROJECTS REQUIRE PRIOR APPROVAL OF THE ADULT SPONSOR/ FORM (#1), STUDENT CHECKLIST (1A), RESEARCH PLAN AND APPROVAL
FORM (#1B) AT THE LOCAL SCHOOL LEVEL. Continuation projects will need the continuation projects form (#7).
Does your project have to do with VERTEBRATE ANIMALS, HUMAN SUBJECTS (including surveys), HAZARDOUS CHEMICALS ACTIVITIES OR
DEVICES, or POTENTIALLY HAZARDOUS BIOLOGICAL AGENTS (microbes)? If so, we need to get some more consent forms. Please see the quick
chart below to ensure that your receive and submit any forms in addition to Forms 1, 1A, 1B. All forms are submitted through Scienteer.
Form
#1
Form
#1A
Form
#1B
Form
#1C
Form
#2
Form
#3
(SRC)
Form
#4
(IRB)
Form
#5A
or 5B
(SRC)
Form
#6A
or 6B
(SRC)
Form
#7
Any Project
ANY Continuation Project
Project with Vertebrate Animals
Project with Human Subjects
Project with Hazardous Chemicals
Project with Hazardous Activities
Project with Hazardous Devices
Potentially hazardous Biological
Agents
*Any relevant consent and additional approval forms apart from Forms 1, 1A and 1B will be sent home after the project is provisionally approved. In
these cases, final approval is contingent on additional consent and approval forms. ALL these forms are located at the Science Fair Rules and
Guidelines* Form #1-Adult Sponsor Form, Form #1A-Student Checklist, Form #1B-Research Plan and Approval Form, Form #1C-Regulated Research
Institution Form, Form #2-Qualified Scientist Form, Form #3-Risk Assessment Form, Form #4-Human Participants Form, Form #5A or 5B-Vertebrate
Animal Form, Form #6A-Hazardous Risk Assessment Form, Form #6B-Human and Vertebrate Animal Tissue Form, Form #7-Continuation Project
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SEFH SCIENCE FAIR GUIDELINES (Excerpts from
https://www.sefhouston.org/rules-guidelines)
9. SCIENCE FAIR RULES AND GUIDELINES A. DISPLAY RULES AND SAFETY REGULATIONS SIZE: Project space limitations are: 76cm (30in) deep; 122cm (48in) wide; 274cm (108in) high including table;
tables are 76cm high. Heavy displays should be floor mounted when possible. Floor mounted projects are
limited to the same space limitations and cannot be placed in front of a project table. No exceptions. Unless
otherwise requested on the entry form, all projects will be assigned a project display table
1. A student may enter only one exhibit. The student must be a full-time student in good standing at a SEFH
affiliated school.
2. Completed project entry and approval forms must be on file with the Fair Office on or prior to the deadline
date for entry, including the project entry fee. Copies of these forms should also be available in a labeled
folder at the display.
3. The exhibit must be set up in the category indicated on the entry form and at the assigned location.
4. The exhibit must pass inspection by both the SRC and Rules & Safety Committee on Thursday evening at
the Fair. Exhibits not passing both inspections must be removed from the exhibit area on Thursday evening
prior to closing time.
5. The entry exhibit must be the work of the student or team entering the Fair.
6. Repetition of a previous year's research project is not permitted. However, a student may exhibit new
research on a continuing problem providing the research demonstrates significant progress over the
previous year. If the project is a continuing one, a Roman numeral should appear at the end of the title which
indicates the years it has been entered in the Fair (e.g.-A Study of Houston Cockroaches - III) and the
Continuation Projects Form (7) must be completed. Display
board must indicate work for the current year.
7. Exhibit titles are limited to 6 words or less, and a maximum of 50 letters/characters.
8. The name of the student, teacher, or district must not be a visible part of the display.
9. Except for move-in and unpacking, the exhibitor is responsible for the set-up of his/her own exhibit.
10. No radios, TVs, tape players, or other sound transmitting devices may be played unless the sound is
transmitted via headphones or the devices are used as part of the display/project presentation. Laser
pointers are not allowed.
11. Students for individual and team projects must be at their project during all judging periods. At least two
team members of team projects must be present during judging. All projects will be judged within the
scheduled judging times.
12. Disruptive students will be disqualified from the Fair.13. Students are encouraged to provide judges with
copies of a one page abstract or summary of their project; however, the material cannot identify the student,
teacher, school or district.14.
Project laboratory notebooks for all related research should be available at the display for review by judges.
15. Projects will not have access to 110V power outlets.
Unacceptable for Display
1. living organisms, including plants
2. microbial cultures or fungi (live or dead)
3. glass or glass objects unless they are critical to the display.
4. taxidermy specimens or parts
5. preserved vertebrate or invertebrate animals or their parts
6. waste, rock, sand or soil samples - even if encased in acrylic