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Biology
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23 Nov 2019

If cheating can be a successful behavioral strategy, how might slime molds remain cooperative?

a) Group selection
b) Kin recognition
c) Inclusive fitness
d) All of the above
e) b and c only
f) Slime molds aren’t cooperative

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Sixta Kovacek
Sixta KovacekLv2
2 Oct 2019
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Related questions

Please write about these questions like a small paragraph answering he questions below:

Do you think that microbes can have cooperative traits? Why or why not?

Think about the RNA viruses that evolve as if they were playing the prisoner's dilemma game. What if you did not know about the prisoner's dilemma and you were given the data on fitness at different starting frequencies in the paper presented. How would you interpret those results? Is it useful to think about the data by thinking about the prisoner's dilemma? If this was a virus infecting a human, would you hope that the viruses defect or cooperate? Why? What might you do to try to encourage defection?What is the difference between group and individual selection? Do you think natural selection operates at the level of a group? Why? Why do some scientists think that is problematic? What is kin selection, and how is it expected to affect the persistence of cooperative traits?

How does spatial structure affect the stability of cooperation?

Which of the following is NOT a context in which animals show evidence of learning?

Select one:

a. kin recognition

b. predator recognition

c. habitat selection

d. mate choice

e. Learning can be evident in all of the contexts listed here.

Which of the following statements is true?

A. Producing more offspring always increases the fitness of an organism.

B. Gene flow between populations may either facilitate natural selection by increasing genetic variation or slow it down by counteracting the effects of selection in that environment.

C. If an allele is fixed in a population, both homozygous and heterozygous genotypes will be present, but the number of homozygotes will be greater.

D. Genetic drift, gene flow, and natural selection can all produce adaptive evolution.

E. A & B

F. A & C

G. A & D

H. A,B & C

I. A,B & D

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