Conservation Genetics
( 25 Modules )

Module #1
Introduction to Conservation Genetics
Overview of the field, importance, and applications of conservation genetics

Module #2
Principles of Population Genetics
Genetic drift, gene flow, mutation, and selection in population dynamics

Module #3
Genetic Variation and Structure in Wild Populations
Genetic variation, F-statistics, and population structure analysis

Module #4
Phylogeography and Phylogenetics
Analyzing evolutionary relationships and geographic patterns of genetic variation

Module #5
Genetic Consequences of Habitat Fragmentation
Effects of habitat fragmentation on population genetics and evolution

Module #6
Inbreeding and Outbreeding Depression
Genetic consequences of inbreeding and outbreeding in small and isolated populations

Module #7
Genetic Management of Captive Populations
Breeding programs, pedigree analysis, and genetic management of ex situ populations

Module #8
Genetic Monitoring of Wild Populations
Designing and implementing genetic monitoring programs for conservation)

Module #9
Genetic Analysis of Non-Invasive Samples
Using non-invasive samples (e.g. hair, feces, feathers) for genetic analysis

Module #10
Population Viability Analysis (PVA)
Predicting extinction risk and population viability using demographic and genetic data

Module #11
Genetic Diversity and Fitness Correlations
Assessing the relationship between genetic diversity and fitness in natural populations

Module #12
Adaptation to Environmental Change
Genetic responses to climate change, genetic adaptation, and evolutionary rescue

Module #13
Genomic Approaches to Conservation Genetics
Next-generation sequencing, genomics, and epigenomics in conservation biology

Module #14
Conservation Genomics of Specific Taxa
Case studies of genomic applications in conservation genetics (e.g. giant pandas, mountain lions)

Module #15
Landscape Genetics and Spatial Analysis
Integrating genetic data with landscape ecology and spatial analysis

Module #16
Genetic Detectives:Forensic Genetics in Conservation
Using genetic analysis for species identification, individual identification, and illegal wildlife trade monitoring

Module #17
Genetic Restoration and Reintroduction Programs
Genetic considerations for species reintroduction and habitat restoration

Module #18
Human-Wildlife Conflict and Genetic Management
Genetic considerations for human-wildlife conflict mitigation and management

Module #19
Genetic Analysis of Hybridization and Introgression
Assessing the genetic consequences of hybridization and introgression in natural populations

Module #20
Genetic Management of Invasive Species
Genetic approaches for predicting and managing invasive species impacts

Module #21
Translating Genetic Research into Conservation Action
From research to policy:communicating genetic results to conservation practitioners and policymakers

Module #22
Ethics and Policy in Conservation Genetics
Ethical considerations and policy implications of conservation genetic research

Module #23
International Collaboration and Data Sharing
Collaborative conservation genetics efforts and data sharing in an international context

Module #24
Genetic Tools for Monitoring and Managing Disease in Wildlife
Using genetic analysis for disease surveillance and management in conservation biology

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Conservation Genetics career

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Conservation Genetics ( 25 Modules )

Conservation Genetics
( 25 Modules )