The Living Planet Report assesses key drivers of species decline
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The extinction vortex
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Conservation genetics & genomics
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What is population demography?
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Why model demographic history?
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Many methods for demographic inference
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Reconstructing demographic history from gnomic
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Demography influences coalescent genealogies the site frequency spectrum
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Gnomic Data
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Pairwise Sequentially Markovian Coalescent
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Ancestral recombination graph ARG
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Demographic inference of the CA condor
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Phenotypes are determined by genetic and environmental factors
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Phenotypic variation among individuals
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Heritability is the genetic contribution to phenotypic variance
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Many traits have h2 between 0.1 & 0.9
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Genome-wide association study
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Genetic architecture of trait determines power of detection
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Heritability of cancer-related traits in Tasmanian devils
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The inflated significance of neutral genetic diversity in conservation genetics
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Gene flow can rescue populations
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Genetic rescue of the Florida Panther
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Temporary rescue of Isle Royal wolves
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Potential problems with genetic rescue
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Conservation genetics & genomics
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Thank You
Description:
Explore the critical field of conservation genomics in this comprehensive lecture from the Fifth Bangalore School on Population Genetics and Evolution. Delve into the challenges of the Anthropocene era, where one in four species face extinction risks. Examine key concepts such as population demography, genetic diversity, and extinction vortices. Learn about advanced genomic techniques like Pairwise Sequentially Markovian Coalescent and Ancestral Recombination Graphs for reconstructing demographic histories. Investigate real-world case studies, including the California condor and Tasmanian devils, to understand heritability and genetic architecture. Analyze the potential and pitfalls of genetic rescue efforts, exemplified by the Florida panther and Isle Royale wolves. Gain insights into the application of genomics in conservation efforts and its significance in preserving biodiversity in our rapidly changing world.