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Difference between revisions of "User:Benzrf/Crossbreeding"
(New page: Start with Genetics for Dummies if you don't know ANYTHING about crossbreeding. Regardless of whether you know anything about real world genetics, you should read it because ATitD gene...) |
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− | Start with [[Genetics for Dummies]] if you don't know ANYTHING about crossbreeding. Regardless of whether you know anything about real world genetics, you should read it because ATitD genetics are different. | + | Start with [[Genetics for Dummies]] if you don't know ANYTHING about crossbreeding. Regardless of whether you know anything about real world genetics, you should read it because ATitD genetics are different. Next, read [[Crossbreeding and Hints]] to find out how the genome of a crossbred plant is determined. Lastly, examine [[Mutagens]] if you're interested in how mutagens modify a plant's genome. |
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+ | If you're still interested in crossbreeding after all that mathematics and logic, you should check out [[Flax Genome Theories]] to find out color sequences in flax genomes that affect yield, weeding and other factors, or [[Flower Genome Theories]] for similar information relating to various flowers, not to mention [[Rose Genome Theories]]. You should be able to work out what you use that last page for on your own... |
Revision as of 15:55, 25 September 2009
Start with Genetics for Dummies if you don't know ANYTHING about crossbreeding. Regardless of whether you know anything about real world genetics, you should read it because ATitD genetics are different. Next, read Crossbreeding and Hints to find out how the genome of a crossbred plant is determined. Lastly, examine Mutagens if you're interested in how mutagens modify a plant's genome.
If you're still interested in crossbreeding after all that mathematics and logic, you should check out Flax Genome Theories to find out color sequences in flax genomes that affect yield, weeding and other factors, or Flower Genome Theories for similar information relating to various flowers, not to mention Rose Genome Theories. You should be able to work out what you use that last page for on your own...