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Many traits have h2 between 0.1 & 0.9
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Conservation Genomics by Nancy Chen
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- 1 Start
- 2 Getting Started
- 3 We're now in the Anthropocene
- 4 One in four species are at risk of extinction
- 5 The Living Planet Report assesses key drivers of species decline
- 6 The extinction vortex
- 7 Conservation genetics & genomics
- 8 What is population demography?
- 9 Why model demographic history?
- 10 Many methods for demographic inference
- 11 Reconstructing demographic history from gnomic
- 12 Demography influences coalescent genealogies the site frequency spectrum
- 13 Gnomic Data
- 14 Pairwise Sequentially Markovian Coalescent
- 15 Ancestral recombination graph ARG
- 16 Demographic inference of the CA condor
- 17 Phenotypes are determined by genetic and environmental factors
- 18 Phenotypic variation among individuals
- 19 Heritability is the genetic contribution to phenotypic variance
- 20 Many traits have h2 between 0.1 & 0.9
- 21 Genome-wide association study
- 22 Genetic architecture of trait determines power of detection
- 23 Heritability of cancer-related traits in Tasmanian devils
- 24 The inflated significance of neutral genetic diversity in conservation genetics
- 25 Gene flow can rescue populations
- 26 Genetic rescue of the Florida Panther
- 27 Temporary rescue of Isle Royal wolves
- 28 Potential problems with genetic rescue
- 29 Conservation genetics & genomics
- 30 Thank You
