Evo-Ed Games and Sims
Trichromatic monkeys can find conspicuously colored food much better than dichromats. Will you be an effective forager under dichromatic conditions? Play the game and find out!
To read an abstract of the original experiment see: Caine and Mundy 2000.
Dichromatic monkeys are good at shape recognition when color-interference is high. Can you find shapes when color becomes a distractor, or are you better in dichromatic conditions? Play the game and find out!
To read an abstract of the original experiment see: Saito et al. 2005.
Mouse Fur Color
When mice are camouflaged in their surroundings they will likely have a better chance to reproduce and pass their color alleles down to their offspring. This simulation looks at what happens when a fur color mutation occurs in different mouse populations. How might this mutation change the phenotype frequencies when the population is under predation pressure? Play the game to find out!
In this simulation you get to be the predator. See how quickly you can catch a white mouse in different soil environments.
The above simulations were inspired by research conducted by Kaufman (1974) and by research being conducted at the Hoekstra lab at Harvard University. For more information visit their site: http://www.oeb.harvard.edu/faculty/hoekstra/
The round allele R is dominant and the wrinkled allele r is recessive. Question: if you were a farmer, would it be easier to selectively breed your peas to remove the R allele, or the r allele? Play this classic population genetics simulator to find out.