Learning Objectives
5 objectives- Understand the fundamental concepts and importance of conservation genetics in biodiversity preservation.
- Analyze the role of genetic variation and population genetics principles in maintaining healthy wildlife populations.
- Apply knowledge of molecular and genomic techniques to real-world conservation challenges.
- Evaluate strategies for managing small and endangered populations using genetic approaches.
- Explore the application of genetics in wildlife forensics and climate change adaptation.
Content Outline
PreviewUnit 2445: Conservation Genetics
1. Introduction to Conservation Genetics
- Definition and scope of conservation genetics
- Importance of genetic diversity in conservation efforts
- Applications of genetic techniques in conservation biology
- Role of genetics in population management and species recovery
2. Genetic Variation and Biodiversity
- Concept of genetic variation within and among populations
- Factors influencing genetic diversity: mutation, gene flow, genetic drift, selection
- Significance of genetic diversity for ecosystem function and resilience
- Consequences of reduced genetic variation: inbreeding depression, loss of adaptive potential
3. Population Genetics and Evolution
- Principles of population genetics
- Genetic drift and its impact on allele frequencies
- Gene flow and migration effects
- Inbreeding and its genetic consequences
- Natural selection and adaptation
- Changes in genetic composition of populations over time
4. Conservation Genomics
- Overview of genomic techniques in conservation
- Next-generation sequencing (NGS): principles and applications
- Genotyping approaches and data analysis
- Use of bioinformatics tools in conservation genetics research
- Applications:
- Studying population structure
- Identifying adaptive genetic variation
- Assessing genetic health and fitness
5. Molecular Markers in Conservation Genetics
- Types of molecular markers:
- Microsatellites
- Single nucleotide polymorphisms (SNPs)
- Mitochondrial DNA
- Use of molecular markers in:
- Genetic studies of endangered species
- Conservation breeding programs
- Monitoring population dynamics and gene flow
6. Genetic Management of Small Populations
- Challenges faced by small and fragmented populations
- Genetic rescue: concepts and case studies
- Genetic monitoring techniques and importance
- Captive breeding programs:
- Maintaining genetic diversity
- Preventing inbreeding depression
- Strategies to enhance population viability
7. Conservation Genetics in Wildlife Forensics
- Application of genetic techniques to combat wildlife crime
- DNA profiling and forensic genetics methods
- Use of population genetics to track illegal trafficking
- Identification of poached specimens
- Supporting law enforcement and policy making
8. Climate Change and Conservation Genetics
- Effects of climate change on genetic diversity and species distributions
- Genetic adaptation and evolutionary responses to environmental change
- Role of conservation genetics in climate change mitigation strategies
- Developing conservation plans to enhance adaptive potential
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