Genetics for Conservation in Southern Africa

Genetics For Conservation

The science-based platform, Science Saves Sharks, introduces conservation genetics, showcases field work and shares success stories to raise awareness and collaborate to protect sharks and rays.

Interested in this course? Email us at [email protected]

Course highlights

Marine science focus

One primary project complemented by a combination of collaborating projects providing multiple examples and perspectives.
Learn at your own pace

On-demand lessons mean there is no need to wait for drip-fed lessons or monthly releases. Watch, read and learn on replay any time you’re ready.
Mix of lesson formats

Our dynamic lessons and content use all presentation methods possible. Some content will expand and grow and also be updated from time to time.

Easy to digest lessons

4 hours of video lessons, lectures, case studies, real life scenarios and live events, broken down into bite size, easy to digest chunks.
365 days of access

With plenty of time to take advantage of all course content, you can learn at your own pace.
Contribute to conservation

Our courses are designed on a social enterprise principle - your money goes to protect wildlife and the causes you care about.

Course curriculum

1. Welcome to Genetics for Conservation
2. Genetics for Conservation Outline
1. Basics of Genetics Introduction
2. Basic Functions of DNA
3. Central Dogma and Genetic Processes
4. Transcription and Gene Expression (Bonus)
5. Genetic Inheritance and Variation
6. Part 1: Basics of Genetics (cc)
7. Part 1 Quiz
1. Obtaining Genetic Information
2. Part 2 Quiz
1. Analysing Genetic Information Introduction
2. Introduction to Bioinformatics
3. What is Bioinformatics?
4. Bioinformatics Applications
5. Mitochondrial vs Nuclear DNS
6. The Ethical Implications of Analyzing Genetic Information
7. Part 3: Analysing Genetic Information Introduction (Transcript)
8. Part 3 Quiz
1. Protecting Sharks and Rays Introduction
2. Evolutionary and Societal Importance of Elasmobranchs
3. 7 of the Strangest Sharks on Earth (Bonus)
4. Threats: Overfishing
5. Threats: Shark Finning
6. Threats: Climate Change
7. Threats: Pollution
8. Threats: K-selected Life History Traits
9. Threats: Public Misperception
10. Part 4: Why We Need to Protect Sharks and Rays (cc)
11. Part 4 Quiz
1. Conservation Genetics for Biodiversity Management Introduction
2. Introduction to Conservation Genetics
3. Evolutionary Factors Influencing Genetic Variability
4. Part 5: Conservation Genetics for Biodiversity Management (Transcript)
5. Part 5 Quiz
1. Case Studies Introduction
2. Case Study 1: Forensics
3. Case Study 2: Phylogeography
4. Case Study 3: Molecular Taxonomy
5. Case Study 4: Population Genetics
6. Part 6: Case Studies (Transcript)
7. Part 6 Quiz
1. Future Prospects Introduction
2. Multidisciplinary Research and Cross-collaboration
3. Indo Ocean Project - Rays of the BRUV (Bonus)
4. How We Can Detect Pretty Much Anything (Bonus)
5. Equitable Access to Technologies & Tools
6. Part 7: Future Prospects (Transcript)
7. Part 7 Quiz
1. How Can You Help? (cc)
2. What's Next? How to get Involved with Science Saves Sharks
3. Part 8 Quiz
1. Marine Evening at Marine Dynamics (October 2023)
1. Thank You!
1. Part 1: Basics of Genetics (cc)
2. Part 2: Obtaining Genetic Information (cc)
3. Part 3: Analysing Genetic Information Introduction (Transcript)
4. Part 4: Why We Need to Protect Sharks and Rays (cc)
5. Part 5: Conservation Genetics for Biodiversity Management (cc)
6. Part 6: Case Studies (cc)
7. Part 7: Future Prospects (cc)
8. Part 8: How Can You Help? (cc)

About this course

£219.00
62 lessons
4.5 hours of video content
Certificate of completion
On-demand learning content

Course Instructors

Karla Redelinghuys

Science Saves Sharks Co-Founder

Karla is currently pursuing her MSc in Genetics at Stellenbosch University, focusing on developing and optimising molecular tools to enhance species analysis of stingrays, with a particular emphasis on the leopard whipray species. Her passion for science education and marine conservation has led her to co-found Science Saves Sharks, a science-based educational platform dedicated to shark awareness.

Mia Groeneveld

Science Saves Sharks Co-Founder

Mia has a passion for marine conservation, particularly in the field of wedgefish research. She recently completed her MSc in Genetics at Stellenbosch University, with her thesis titled 'Towards Resolving Genetic Differences and Population Distributions of Wedgefishes from the Southwest Indian Ocean Region.' Mia plans to further explore this area in her upcoming Ph.D. She is also the co-founder of Science Saves Sharks, an organisation dedicated to shark awareness and fostering collaboration among marine scientists.

Jessica Winn

Science Saves Sharks Co-Founder

Jess is dedicated to advancing climate change solutions and conservation efforts. With a background in molecular biology, she is currently pursuing her PhD at Stellenbosch University. Her project focuses on 'An Evolutionary Ecological Genomics Study to Inform Conservation and Management of the Smoothhound Shark (Mustelus mustelus) at Regional and Oceanic/Global Scales.' Her passion has led her to co-found Science Saves Sharks, a platform used to educate the public on sharks and rays and foster collaboration among different marine stakeholders.

Course Collaborators

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