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This game is pretty good but contains some errors. [|Why not list the errors here.]

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=Exceptionally good example of outside reading and notes from lecture 3=

=Division of tasks (extended lecture notes)=

**Feedback on previous year's snail trips **
**Sampling designs by each group**

Many of you don't appear to know what should go in an introduction. Some good general advice is[| here]. also take care to add what results you would expect
 * under the null hypothesis (sampling error, drift, gene flow, weak/no selection)
 * under the __alternative__ hypothesis (Perhaps ... sampling error, drift, strong gene flow ?, or strong? selection)

And make clear how you would distinguish these alternatives. =Week 2 Some principles of experimental design=

=Week 2 useful hints for outside reading=

Here is something on an [|advanced way of analysing genetic data] (quite hard core) Some sources on experimental desigh Feedback on Snail Trip Reports 2014-15 Feedback on Snail Trip Reports 2011.
 * **Here is a good introduction into how we might approach the analysis: [|Statistics for Experimental Biologists:]**
 * **Here is [|a paper] on why the rate of substitution might or might not be constant**
 * Here is a [|youtube clip] which presents adaptation as arising from new mutations. You should think about how and why evolution in our snails is different from this.
 * = Here is a youtube video on How Does Genetic Mutation Unlock Huge Evolutionary Advantages? =
 * Here is Powerpoint on Single Nucleotide Polymorphisms
 * Coalescence explained
 * Feedback on Snail Trip Reports 2013 **

Which multiple choice question has the wrong answer?
[|Post your reply here -] Example Introduction

FYI
Find out about Dr Pangloss

Finally, if you really want to do well, I suggest that you listen to __monthly__ [|Heredity Podcasts]