| Order | Date/Time | Title | Section/Topic | Type | Authors | Keywords |
|---|
|
| 131001 | June 25th 10:30 am | High genetic correlations between preference and preferred traits cannot be generated by mate choice alone
Log in to add this item to your schedule | Quantitative Genetics | Regular Oral Presentation | Roff, Derek A; Prokuda, Sasha; Fairbairn, Daphne. | genetic variation
mate choice
Quantitative Genetics
lek paradox
genetic correlation
meta-analysis |
| 131002 | June 25th 10:45 am | The Strength of Preference and the Heritability of Preferred Traits: A Meta-Analysis
Log in to add this item to your schedule | Quantitative Genetics | Regular Oral Presentation | Prokuda, Alexandra; Roff, Derek A. | heritability
mate choice
Quantitative Genetics
genetic variation
meta-analysis
sexual selection
female preference |
| 131003 | June 25th 11:00 am | Patterns of phenotypic correlations and integration in animals and plants
Log in to add this item to your schedule | Quantitative Genetics | Regular Oral Presentation | Conner, Jeffrey K; Cooper, Idelle; La Rosa, Raffica; Perez, Samuel; Royer, Anne. | phenotypic correlations
Morphological Evolution
integration |
| 131004 | June 25th 11:15 am | Genetic and environmental contributions to gene expression variation in Arabidopsis thaliana
Log in to add this item to your schedule | Quantitative Genetics | Regular Oral Presentation | Osborne, Edward; Clark, Richard M.. | eQTL
mRNA-seq
gwas
heritability |
| 131005 | June 25th 11:30 am | Comprehensive dissection of a complex genetic interaction
Log in to add this item to your schedule | Quantitative Genetics | Regular Oral Presentation | Taylor, Matthew; Ehrenreich, Ian. | Epistasis
genetic architecture
genetic interactions
complex phenotype |
| 131006 | June 25th 11:45 am | Genetic regulatory network motifs constrain adaptation through curvature in the landscape of mutational variation
Log in to add this item to your schedule | Quantitative Genetics | Regular Oral Presentation | Hether, Tyler; Hohenlohe, Paul A.. | Adaptation
G matrix
M matrix
Adaptive divergence
Networks |
