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François Blanquart - Evolution of migration in a fluctuating environment
- 1. Evolution of migration in a fluctuating environment François Blanquart and Sylvain Gandon June 1 st 2010 François Blanquart – Séminaire MEE 01.06.10
- 11. Local adaptation in a fluctuating environment François Blanquart – Séminaire MEE 01.06.10
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- 30. Thank you François Blanquart – Séminaire MEE 01.06.10
Editor's Notes
- Clutch=couvée
- Clutch=couvée
- Clutch=couvée
- Clutch=couvée
- Clutch=couvée
- Rajouter: 2 allèles * 2 loci, 4 génotypes,
- Dire direct le taux de migration (taux faible) Expliquer zones grises zones blanches Mettre en avant : le lag et la proportion de la population qui est adaptée…
- Plus faible migration: plus grand retard dans le tracking de la sélection, mais une plus forte proportion d’individus est localement adaptée Plus forte migration: plus faible retard dans le tracking de la sélection, mais une plus faible proportion d’individus est localement adaptée
- Conclure (c’est grosso modo la même chose) Dire que l’argument intuitif c’est que pour les séries de fourier le premier composant sinusoide est le plus gros contributeur à l’AL.
- Evolution of the modifier does not maximize local adaptation, because the two things are not directly related
- Evolution of the modifier does not maximize local adaptation, because the two things are not directly related
- Evolution of the modifier does not maximize local adaptation, because the two things are not directly related
- Mettre des flèches When recombination increases, the ESMR decreases because recombination also helps tracking selection
- When there is a cost the ESMR is maximal for an intermediate speed When no cost, the ESMR only depends on the sign of selection; if there is a cost it also depends on the strength of selection on the modifier ; and this strength is very weak when selection changes quickly.