Note, the following are mainly Excel spreadsheets (often including a macro). They are meant to help you get started if you are interested. We cannot be held responsible for any commercial damage that you think are the result of using these spreadsheets.
There is generally no help support and sheets and cells are not fully protected.
We have not always spent the time
to make them fully user friendly.
However, we hope some of these can be useful
for you.
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From David Cottle Comments welcome at: dcottle2@une.edu.au |
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Cost benefit of on-farm measurement Demand and supply elasticities Cost benefit of planting trees
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From Julius van der Werf: Comments welcome at: julius.vanderwerf@une.edu.au |
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Single traits, multiple information sources
MT selection index with desired gains option (10 traits max)
20 Trait version (no des.gains) (thanks to S McClintock) |
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| The following have a lower degree of user friendliness | |
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Mapping of a QTL in a half sib design Computes covariance functions from var-cov matrices, eigenfunctions etc. To compute simple BLUP examples Optimize a progeny testing breeding scheme Calculates means, breeding values and variances for single locus models In UNE coursework we also use other software such as Matlab, ASREML, PEST, or DFREML |
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From Brian Kinghorn: Comments welcome at: bkinghor@une.edu.au |
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Computer aided learning for quantitative genetics Draws and manipulates pedigree diagrams |
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