Genomic Approaches to Biodiversity Conservation
( 25 Modules )

Module #1
Introduction to Genomics and Conservation Biology
Overview of genomics and its applications in conservation biology

Module #2
Biodiversity Crisis and the Role of Genomics
Understanding the biodiversity crisis and the potential of genomics to address it

Module #3
Conservation Genetics:Principles and Applications
Introduction to conservation genetics, genetic diversity, and population genetics

Module #4
Genomic Tools for Conservation Biology
Overview of genomic tools, including DNA sequencing, genotyping, and gene expression analysis

Module #5
Case Studies in Conservation Genomics
Real-world examples of genomics applications in conservation biology

Module #6
DNA Barcoding for Species Identification
Using DNA barcoding for species identification and discovery

Module #7
Genomic Approaches to Species Delimitation
Using genomics to delimit species boundaries

Module #8
Phylogenomics and Systematics
Using genomics to infer phylogenetic relationships and understand evolutionary history

Module #9
Genomic Analysis of Hybridization and Introgression
Detecting and characterizing hybridization and introgression using genomics

Module #10
Genomic Characterization of Cryptic Species
Using genomics to uncover cryptic species and understand their evolutionary history

Module #11
Population Genomics:Principles and Applications
Using genomics to study population structure, demography, and evolution

Module #12
Landscape Genomics:Integrating Genomics and Ecology
Using genomics to understand how landscape features shape population genetics and ecology

Module #13
Genomic Approaches to Migration and Dispersal
Using genomics to study migration and dispersal patterns in wild populations

Module #14
Genomic Analysis of Inbreeding and Outbreeding Depression
Using genomics to detect and understand the impacts of inbreeding and outbreeding depression

Module #15
Genomic Approaches to Conservation Breeding Programs
Using genomics to inform conservation breeding programs and manage genetic diversity

Module #16
Genomic Approaches to Adaptation and Evolutionary Response
Using genomics to study adaptation and evolutionary response to environmental change

Module #17
Genomic Analysis of Gene Flow and Introgression
Using genomics to study gene flow and introgression in natural populations

Module #18
Genomic Approaches to Ecological Speciation
Using genomics to study ecological speciation and the evolution of reproductive isolation

Module #19
Genomic Analysis of Plant-Microbe Interactions
Using genomics to study plant-microbe interactions and their role in ecosystem functioning

Module #20
Genomic Approaches to Understanding the Microbiome
Using genomics to study the microbiome and its role in ecosystem functioning and conservation

Module #21
Genomic Approaches to Invasive Species Management
Using genomics to understand and manage invasive species

Module #22
Conservation Genomics in the Face of Climate Change
Using genomics to understand and respond to the impacts of climate change on biodiversity

Module #23
Genomic Approaches to Restoration Ecology
Using genomics to inform restoration ecology and ecosystem recovery

Module #24
Ethical and Social Considerations in Conservation Genomics
Exploring the ethical and social implications of conservation genomics

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Genomic Approaches to Biodiversity Conservation career

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Genomic Approaches to Biodiversity Conservation ( 25 Modules )

Genomic Approaches to Biodiversity Conservation
( 25 Modules )