'Random genetic drift' presentation slideshows

Population Structure and Drift

Population Structure and Drift. Chapter 11. Conservation Genetics. Illinois Greater Prairie Chicken Tympanuchus cupido pinnatus 200 years ago Illinois was covered with prairie with millions of greater prairie chickens Introduction of steel plow decimated prairie habitat

750 views • 62 slides

NON-RANDOM MATING

NON-RANDOM MATING. Inbreeding: mating between close relatives leads to deviations from H-W equilibrium by causing a deficit of heterozygotes. In the extreme case of self-fertilization: Generation AA Aa aa 0 p 2 2pq q 2 1 p 2 + (pq/2) pq q 2 + (pq/2)

368 views • 25 slides

NON-RANDOM MATING

NON-RANDOM MATING. Inbreeding: mating between close relatives leads to deviations from H-W equilibrium by causing a deficit of heterozygotes. In the extreme case of self-fertilization: Generation AA Aa aa 0 p 2 2pq q 2 1 p 2 + (pq/2) pq q 2 + (pq/2)

929 views • 25 slides

NON-RANDOM MATING

NON-RANDOM MATING. Inbreeding: mating between close relatives leads to deviations from H-W equilibrium by causing a deficit of heterozygotes. In the extreme case of self-fertilization: Generation AA Aa aa 0 p 2 2pq q 2 1 p 2 + (pq/2) pq q 2 + (pq/2)

606 views • 25 slides

NON-RANDOM MATING

NON-RANDOM MATING. Inbreeding: mating between close relatives leads to deviations from H-W equilibrium by causing a deficit of heterozygotes. In the extreme case of self-fertilization: Generation AA Aa aa 0 p 2 2pq q 2 1 p 2 + (pq/2) pq q 2 + (pq/2)

351 views • 25 slides

Three Important Interactions:

329 views • 22 slides