ANTH 101 – Primate Behavior Report

Please read the attached assignment instructions and rubric very carefully. Primate behavior report has three parts that follow the scientific method: 1. Prepare for the observation; 2. Observe primates in videos; 3. Report the findings. The report must be at least 1500 words (3-4 pages), APA in-text citation/reference page, and must use attached course materials.

  • Primate Behavior Report

     

    Name: ______________________ Date___________________________

     

     

    Primate Behavior Report

     

    This assignment has three parts that follow the scientific method: 1. Prepare for the observation; 2. Observe primates in videos; 3. Report the findings.

    Supplies Needed

    · Internet connection

    · Access to Youtube

    · Primate Observation Playlist – Use this link to access the Primate Observation Videos

    · Observation Worksheets

    Relevant Learning Resource

    · Jaffe, Karin Enstam. 2019. Chapter 6: Primate Ecology and Behavior. Explorations.

    https://pressbooks-dev.oer.hawaii.edu/explorationsbioanth/chapter/__unknown__-6/

     

    Legendary primatologist Jane Goodall revolutionized the study of chimpanzees during her fieldwork in Gombe, Tanzania. The behaviors she witnessed changed our perception of apes from instinct-driven creatures to tool-inventing beings.

    In this activity you will learn about ethology, or how researchers turn observations of living things into scientific data, and then create a report of what you saw. While we cannot go to Gombe on short notice, we can watch uncut videos of zoo-dwelling primates online and apply scientific techniques to go beyond what a typical zoo visitor sees.

    There are different ways to collect data on animal behavior. We will be practicing scan sampling whereby the observer records the behaviors of the group at set intervals, as well as focal sampling, which involves recording every action of one specific individual over a length of time.

    Part One: Preparation

    Before watching primates, you have to prepare for what you expect to see in order to save time and effort later when you are intently focused on your living subjects. First, pick one of the videos to observe from the Primate Observation Playlist .

    1. Which video will you observe ?

     

    Apply the scientific method and make a prediction about what will you see. Answer the following question:

    2. Which behaviors do you think you will see when watching the primate video for 15 minutes (or as long as it lasts – some are a bit shorter)?

     

     

    Now set up an ethogram (see below), which is a table used to record animal behavior. You will use this table while observing the primate video in order to reduce writing and produce a standardized data set of what you saw. Put short descriptions of behaviors in the left column. Some have been added for you but you should add more based upon your general knowledge of primate behavior.

    Primate Ethogram Continuous Focal Follow

    Behavior Time (1:00-15:00)
      1:00 2:00 3:00 4:00 5:00 6:00 7:00 8:00 9:00 10:00 11:00 12:00 13:00 14:00 15:00
    Out of View                              
    Standing                              
    Sitting                              
    Sleeping                              
    Eating                              
    Playing                              
    Interacting in any way with others                              
                                   
                                   
                                   

     

    Primate Ethogram Scan Sample

    Behavior Time (1:00-15:00)
      1:00 2:00 3:00 4:00 5:00 6:00 7:00 8:00 9:00 10:00 11:00 12:00 13:00 14:00 15:00
    Out of View                              
    Playing                              
    Sharing Food                              
    Grooming                              
    Fighting                              
    Eating                              
    Sleeping                              
                                   
                                   
                                   

     

     

     

    Now it is time to use your ethogram to record primate behavior. After you select the video use two different methods for observing the primates. For one method (continuous focal follow), watch one individual and do a continuous follow for 15-minutes, indicating all of the behaviors, and interactions with other primates in the video. The second method is a scan sample of the group – every minute stop the video and write down what all the animals (who are in frame on the video) are doing (including directions of any social interactions).

     

    You may have to view the video several times, as you practice each method of behavioral observations for your Primate Report

    Read these instructions in full before starting:

    1. Play the video you chose in Part One – You may have to watch twice to fill out both ethnograms.

    2. Using the video’s timer or your own stopwatch app, keep track of the time.

    3. Every minute, record the behaviors of the primates you see using the ethograms you set up in Part One. Mark each square for each behavior you see at each time. If you are watching multiple primates try to keep track of each one by using a short unique name for them.

    4. End observation at 15 minutes.

    Here is a sample table:

    Behavior/Time

     

    10:00 11:00 12:00 13:00 14:00
    Out of View     B, C A, B C
    Sitting A, B A, B A C B
    Sleeping C C     A

    A: Adult male, B: Adult female, C: Juvenile

     

    Part Three: Analysis and Report

    Your data set allows you to quantify how much time each primate spent with each activity. For each individual, calculate how many times they were seen performing each behavior by filling out this table

    Time Budget for Individual – Focal Observation:

    Behavior/

    Calculation

     

    Boxes Seen Total Visible Times Boxes Seen/Total Visible Times
    Out of View     Not calculated
    Standing      
    Sitting      
    Sleeping      
    Eating      
           
           
           
           
           
           

     

    See this example based on the adult male in the example ethogram:

    Time Budget for Individual: A: Adult Male

    Behavior/Calculation

     

    Boxes Seen Total Visible Times Boxes Seen/Total Visible Times * 100
    Out of View 1 4 Not calculated
    Standing 3   75%
    Sitting 1   25%

     

     

    Time Budget for Groups – Scan Observation:

    Behavior/

    Calculation

     

    Boxes Seen Total Visible Times Boxes Seen/Total Visible Times
    Out of View     Not calculated
    Playing      
    Sharing Food      
    Grooming      
    Fighting      
           
           
           
           
           
           

     

    Using your data sets and time budgets, write a report of what you saw. Follow these instructions to write an effective report that is at least 750-1000 words. Your report should be well-organized, and clear to best communicate your message. Make sure to follow proper APA formatting guidelines. Your report should include the following sections:

    1. Introduction: Which primate(s) did you observe (provide genus, species and subspecies)? Summarize the natural habitat and geographic distribution of this primate species in the natural world. (You may find out this information from Primate Fact Sheets found at the Primate Info Net website, http://pin.primate.wisc.edu/factsheets, in addition to information provided at zoo displays or zoo website).

     

    2. Body: Tell the reader in more detail what you saw in your focal observation. Start with a description of the scene and the individual primate you focused on. Then describe the actions you saw in order from beginning to end. Include specific details. Then tell the reader in more detail what you saw in your scan observation. Start with a description of the scene and the group of primates you focused on. Then describe the actions you saw in order from beginning to end. Describe specific details. .

    Present your analysis of time budgets. How much time did each individual spend with each behavior?

    Compare and contrast the observed behaviors with those of human beings. Are there similar behavior patterns in humans? Why or why not?

    3. Conclusion: Summarize your paper for the reader. Briefly restate what primate(s) you observed. Compare and contrast the two methods (focal follow and scan sample) that you used for observing primate behavior in the video. Which method did you find more challenging for your observations? Which method would you recommend for collecting time budget data (i.e., how group spends their time) for primates? End this section with a short summary of what you actually saw and whether it matched what you expected.

    4. Appendix: Cut and paste copies of your completed ethograms and time budget sheets as an Appendix to your written report.

     

     

    1 | Page

 
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Similarities and differences between prokaryotic and eukaryotic cells

Student Name: Click here to enter text.

Kit Code (located on the lid of your lab kit): Click here to enter text.

Pre-Lab Questions:

“1. Identify the major similarities and differences between prokaryotic and eukaryotic cells. “

Click here to enter text.

“2. Where is the DNA housed in a prokaryotic cell? Where is it housed in a eukaryotic cell? “

Click here to enter text.

“3.Name three structures which provide support and protection in a eukaryotic cell. “

Click here to enter text.

Experiment 1: Cell Structure and Function

Post-Lab Questions

“1. Label each of the arrows in the following slide images: “

A- Click here to enter text.

B- Click here to enter text.

 

“2.What is the difference between the rough and smooth endoplasmic reticulum? “

Click here to enter text.

“3.Would an animal cell be able to survive without a mitochondria? Why or why not? “

Click here to enter text.

“4.What is the function of a lysosome? “

Click here to enter text.

 

Experiment 2: Exploring Cell Size

 

Table 2: Results from Surface Area to Volume Experiment
Block Dimensions Surface Area (cm2) Volume (cm 3) Time Required for Complete Color Change Distance of Diffusion
1 cm x 1 cm x 1 cm Click here to enter text. Click here to enter text. Click here to enter text. Click here to enter text.
1 cm x 2 cm x 2 cm Click here to enter text. Click here to enter text. Click here to enter text. Click here to enter text.
1 cm x 1 cm x 6 cm Click here to enter text. Click here to enter text. Click here to enter text. Click here to enter text.

 

Post-Lab Questions

“1.How did the surface area affect the diffusion of the block? What about the volume? What about the surface area to volume ratio? Which of these had the greatest effect on the diffusion of the block? “

Click here to enter text.

“2.How does this experiment demonstrate the need for larger cells to divide? “

Click here to enter text.

 

 

“3.Determine the surface area, volume, and surface area to volume ratio for the following three blocks and record your answers in the table below. Then, state which block you believe would be the most efficient as a cellular morphology, and write a summary stating why. “

 

1.5 cm x 1.5 cm x 1.5 cm

0.5 cm x 0.5 cm x 6.0 cm m

3.0 cm x 2.0 cm x 2.0 cm

1.5 cm x 1.5 cm x 1.5 cm

0.5 cm x 0.5 cm x 6.0 cm m

3.0 cm x 2.0 cm x 2.0 cm

 

 

 

 

B)

 

 

 

 

C)

 

 

 

 

 

 

Block  Surface Area (cm2) Volume (cm 3) Surface Area:Volume
A Click here to enter text. Click here to enter text. Click here to enter text.
B Click here to enter text. Click here to enter text. Click here to enter text.
C Click here to enter text. Click here to enter text. Click here to enter text.

 

“Most Efficient Block (and why): “

Click here to enter text.

 
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Unknown Project (Microbiology)

Unknown Project Results Sheet Unknown #____
Gram Reaction ________________

Acid-fast Reaction ________________

Endospore ________________

Cell morphology ________________

and arrangement

Description of the colony:

Color _________________
Unique Characteristics ___________
Growth Characteristics:

Oxygen requirements? _____________
Biochemical tests: (+ or -)

Catalase _______ Phenylalanine deaminase ________
Oxidase _______ Decarboxylase tests:
Indole _______ Arginine ________
Methyl Red _______ Lysine ________
Voges-Proskauer _______ Ornithine ________
Citrate _______ Casein hydrolysis ________
Motility _______ Starch hydrolysis ________
Hydrogen sulfide _______ Lipid hydrolysis ________
Phenol red sugars: DNase ________
Glucose (gas) _______

Glucose (no gas) _______

Lactose _______

Sucrose _______

Mannitol _______

Gelatin hydrolysis _______

Urea hydrolysis _______

Nitrate reduction _______

The bacterium was identified as ____________________

(Genus and species)

Add description of your unknown here:

Name of test

Purpose/Biochemical Reaction

Name of Medium

Indicator or Reagent

Positive Reaction (visible reaction)

Negative Reaction (visible reaction)

Casein hydrolysis

Catalase test

N/A

Citrate test

Blue slant

Green slant

Deaminase test

Decarboxylase test

DNAse

Gelatin hydrolysis

H2S production

Indole test

Lipid hydrolysis

Methylene blue (indicator)

Methyl red test

Motility (from TTC)

Nitrate reduction

Oxidase test

N/A

Phenol red sugar broths (various sugars)

Starch hydrolysis

Urea hydrolysis

 
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Experiment The Properties of Water

Experiment The Properties of Water

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The Properties of Water

Margaret E. Vorndam, M.S. Version 42-0129-00-01

 

Lab Report Assistant

This document is not meant to be a substitute for a formal laboratory report. The Lab Report Assistant is simply a summary of the experiment’s questions, diagrams if needed, and data tables that should be addressed in a formal lab report. The intent is to facilitate students’ writing of lab reports by providing this information in an editable file which can be sent to an instructor.

 

Exercise 1: Surface Tension Results

 

D. State your hypothesis. What do you think will happen?

 

Data Table 1: Results of Surface Tension Trials

Trial # Paper Clip Weight, grams Does it Float? Yes/No

1

2

3

4

5 Compacted

6 + Detergent (optional)

 

 

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E. Record the results of your trials in the Data Table 1 above.

F. Did the weight of the paper clip affect whether it floated or not?

G. Did the size of the paper clip affect whether it floated or not?

H. Did the shape of the paper clip affect whether it floated or not?

I. Optional: Did the addition of detergent influence the flotation of the paper clip? Explain.

 

Questions

A. Why must the paper clips, tweezers, and bowl be clean?

B. If one paper clip did not float, what might be a reason?

 

 

C. Was your original hypothesis supported or refuted?

 

Discussion

A. Give two examples where the surface tension of water is important. Why is it important in these examples?

 

 

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Data Table 2: Results of Capillary Action Exercise

Capillary Tube Internal Diameter, mm Height of Liquid, cm

 

 

 

 

 

B. Would other liquids have the same surface tension property? Why or why not? How might you test this (for instance, the behavior of a paper clip and olive oil)?

 

C. Is there a limit to the tensile strength of the water surface? Explain.

 

D. What experimental variables are important to consider when doing this exercise?

E. What is the purpose of this exercise?

 

Exercise 2: Capillary Action Results

 

A. State your hypothesis. What do you think will happen?

B. Record the results of your exercise in the Data Table 2.

 

 

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C. Record the average results of at least three other students’ exercises in a table like Table 3. Why is it important to note how many data sets (N) are used in the average?

 

N (number of data sets averaged) =

Data Table 3: Results of Capillary Action Exercise

Capillary Tube Internal Diameter, mm

 

Height of Liquid, cm

 

 

 

 

D. Graph your data results from Tables 1 and 2 in a scatter graph, line graph, or bar graph similar to the graph layout in Figure 1. Also present the average results of the other students’ data using a second scatter, line or bar on the same graph so that the results of both your data and other students’ data can be compared. The graph should present two series of data, your results and the average students’ results, with Capillary Tube Internal Diameter on the x-axis, and height of liquid on the y-axis. Note: Do the graph by hand, or you may use a graphing program, and copy the resulting graph to your work area. Place your graph here:

 

E. What is the advantage of comparing your data to that of the other students’ data? Which set of data would you trust the most? Why?

 

 

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My data from Data Table 1 is recorded in (student to specify color of line) Other students’ average data from Table 2 are recorded in (student to specify color of line)

 

Questions

A. What did you observe at the end time of the exercise?

B. What caused the difference in the results that you obtained?

 

C. How did your outcome compare to that of the other students?

 

 

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D. Was there a linear relationship between Internal Diameter and the height of the water? What might explain this?

 

E. Was your original hypothesis supported or refuted?

 

 

Discussion

A. Give two examples where the capillary action of water is important. Why is it important?

 

B. Would other liquids have the same property? Why or why not? How might you test this?

 

C. Blood in our bodies travels through capillaries of differing internal diameters. This means that our heart can work less hard, since blood contains water as part of the fluid, and the capillary action of water in tubes helps to move the blood along.

 

1. Why does blood pressure rise as patients experience the progression of atherosclerotic disease?

 

Does this seem to be counter to what you have learned about capillary action? How do you explain the apparent discrepancy (note: see also c., below)?

 

 

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2. In plants, vascular system elements called xylem and phloem are lined up like long straws from the root of the plant to the leaves. The xylem of plants moves water and dissolved nutrients up to the leaves. Can you suggest what aids the movement of water up the plant, in addition to the capillary action of water?

 

3. Why is it harder to suck a beverage through a small diameter straw than through a large diameter straw?

 

4. What experimental variables are important to consider when doing this exercise? What could explain the difference in outcomes between your data and the data of other students?

 

5. What is the purpose of this exercise?

Exercise 3: Density Results

 

A. State your hypothesis. What do you think will happen?

 

B. Record what actually happened here:

 

 

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Questions

A. What did you observe in this exercise?

B. How does this outcome compare to what you observe about the action of ice (the solid form of water) on liquid water?

 

C. Was your original hypothesis supported or refuted?

Discussion

A. Why is it important that ice floats?

B. Give two examples where the property of water density is important.

C. Do all solids float on their liquid forms? Why or why not?

 

D. The density of liquid olive oil is about 0.92. What can you say about the likely density of solid oil? Why?

 

E. Will olive oil float or sink if it is added to liquid water? Why?

F. What experimental variables are important to consider when doing this exercise?

 

G. Attempt to find another pure substance, like water or oil, in which the solid form floats on the liquid form (Note: do not spend more than 5 minutes on this question!).

 

H. What did you learn from this exercise?

 

 

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Exercise 4: Specific Heat Capacity Results

 

A. State your hypothesis. What do you think will happen?

B. What difference do you observe in the heights of the frozen solid oil and water as compared to the liquid forms prior to freezing? What might explain this result?

 

 

C. Record what actually happened in a table similar to Tables 4 and 5.

 

Data Table 4: Results of Specific Heat Exercise for Water

Ambient (Room) Temperature in Which Exercise was Conducted, oC.

Time, minutes Liquid Collected, mL

 

 

 

 

 

 

 

 

 

 

 

 

All solid ice gone

 

 

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Data Table 5: Results of Specific Heat Exercise for Oil

Ambient (Room) Temperature in Which Exercise was Conducted, oC.

Time, minutes Liquid Collected, mL

 

 

 

 

 

 

 

 

 

All solid oil gone

D. Graph your data results from Data Tables 4 and 5. Use a scatter graph or progressive line graph, with time noted on the x-axis, and mL of liquid collected on the y-axis. You should have two scatter plots or lines on your graph (not two separate graphs) —one for water and one for oil. Note: you may use a graphing program, and copy the resulting graph to your work area. Place your graph here:

 

 

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E. Calculate the melting rate for each of water and oil. The melting rate is equal to the slope of each of the separate lines of your graph, one for water, and one for oil. The easiest way to calculate the slope for each is to use your graphing program, and ask it to determine the trendline for you, as follows:

 

 

F. Share your melting rate for water and the oil with other students, if possible. Make sure to also obtain the ambient (room) temperature from the other students. Why?

 

 

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Data Table 6: Comparison of Melting Rates for Specific Heat Exercise

 

Results Reported By

Water, mL/min

Oil, mL/min General Ambient Temperature, oC.

Student

Student A

Student B

Student C

Student D

Average =

Questions

A. Was your original hypothesis supported or refuted?

B. What do you observe concerning the plot line of the oil versus the plot line of the water? What does this mean?

 

C. How close is your melting rate to the melting rates reported by at least three other students for the water and for the oil?

 

D. Generally, what might you conclude about the amount of specific heat needed to melt 50 mL of water versus 50 mL of oil?

 

E. How could you explain the differences in your data observations as to when the water and oil began to melt?

 

 

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F. What experimental variables are important to consider when doing this exercise? What could explain the difference in outcomes between your data and the data of other students?

 

 

Discussion

A. How might you design a similar experiment to determine whether the specific heat (amount of heat required to raise 1 gram of a material by 1 ºC) of one substance is more or less than another substance? What variables must you consider in the design of your experiment? Give an example of such an experiment that compares the specific heats for two different substances.

 

B. An alternative energy-savvy person decides to use 55-gallon drums filled with liquid to warm her house at night in the winter. She has to make a decision about what liquid will be the most efficient at storing heat from sunlight that shines on the drums during the day. Should she use water or oil in the drums? Why?

 

Laboratory Summary

What have you learned from doing this laboratory?

 

 
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