Tutorial in Evolution

 

 

 

 

 

 

 

 

 

Last update: Oct 19, 2010. REFRESH to get the most updated version of this page.

 

Assignments

 

All assignments should be submitted by the indicated deadlines.

 

 

Assignment 1: what is evolution

 

Not for submission

 

1.     Clarify for yourself the meaning of evolution by reading the following paper.

2.     Browse the internet, BIOSIS  or other scientific databases and find examples for studies that are tangent to evolution in the following fields:

 

a.     Biotechnology.

b.     Agriculture

c.     Bioremediation

 

For each one of the above mentioned fields select a representative paper and summarize the following:

 

a.     What was the main question dealt with by the study? (one paragraph).

b.     What were the evolutionary processes that were most relevant to the study? (1-2 paragraphs)

c.     How did the knowledge of evolution advanced or helped the study? (1-2 paragraphs)

d.     What is the expected contribution of the study to the advancement of human wellbeing? (1 paragraph).

 

Provide precise refs to any source you make use of.

 

 

Assignment 2: Intelligent design (10% of final grade)

 

 Deadline: Nov 5, 2010

 

1.     Read the following piece by Allen Orr.

 

2.     Shortly summarize the following points:

 

a.     Who are Allen Orr, Michael Behe and William Dembski and what are their professional backgrounds (1 sent. each)?

 

b.     What is irreducible complexity? (1-2 sent).

 

c.     What are the main arguments raised by Behe and Dembski? (1 par. per each).

 

d.      What are the differences and contradictions between the arguments made by Behe and Dembski? (1-2 pars).

 

e.     What are the main arguments raised by Orr in response to the views of Behe and Dembski? (1-2 pars).

 

 

Provide precise refs to any source you make use of.

 

 

 

Assignment 3: Biomorphs

 

Not for submission.

 

Biomorphs is a small simulation composed by Richard Dawkins to demonstrate the operation of natural selection and other mico-evolutionary forces.

 

Follow the instructions provided on the link to clarify for yourself and why selection works and interacts with mutation and recombination.

 

Be patient! The imaginary creatures start small and grow in time. Remember- you are playing the selection forces in this system. Try to set a certain desired goal and select for it.

 

Clarify for yourself how selection work and the possible roles of mutation and migration rates and that of sex on the operation of natural selection.

 

 

Assignment 4: Genetic load (10% of final grade)

 

Deadline: Dec 3, 2010

 

-        Shortly explain the meaning of "genetic load" and the differences between its different usages in evolution and medicine (2-4 sent).

-        Explain the meaning of the following components of genetic load: a) Mutational load, b) Recombinational load, c) Segregational load (1-2 sent each) and discuss the similarities and differences in the context of EVOLUTION and MEDICINE (max 1 page).

 

Use text books, scientific data bases such as BIOSIS, MEDLINE, PUBMED etc. and relevant SCIENTIFIC internet pages.

 

Remember – clearly detail any source and add links to internet sources you are using.

 

 

Assignment 5: Speciation (30% of final grade)

 

Deadline: Dec 31, 2010

 

The assignment touches on controlled EXPERIMENTAL studies of the mechanisms of sympatric speciation.

 

-        Browse the internet, BIOSIS or other scientific databases and find two studies that specifically examine the mode of action of at least two mechanisms of sympatric speciation (not every paper has to mention two mechanisms...).

 

-        For each study answer the following questions:

1.     What was the studied organism?

2.     What were the studied speciation mechanisms? (2-4 sentences)

3.     What was the experimental design and methodology? (2-4 sentences)

4.     What was the studied reproductive isolation mechanism? (1-2 sentences)

5.     What were the main findings and conclusions of the study regarding the studied mechanisms of sympatric speciation? (300-500 words)