Program
This course has been streamlined and adapted for online use from the digital course available on GBIF https://docs.gbif.org/course-dna-barcoding/en/ and the course taught in South Africa in November 2023.
An overview of the course curriculum and teaching material for DNA barcode data in BOLD and GBIF
Aim
This course will teach you how to use DNA barcodes, and collection and observation data to resolve research questions in biodiversity. The program uses a combination of lectures, tutorials, and hands-on exercises. You will learn to handle biodiversity data including DNA barcoding. You will gain practical experience in using open and digitally documented biodiversity data through GBIF and BOLD to answer biodiversity research questions. You will understand and practice capturing observation, collection, and genetic data from analog and digital sources. Finally, this course provides basic skills in data publishing through GBIF and BOLD.
Scope
Data management skills for accessing and publishing data through biodiversity data platforms. This is an observation/specimen → published record course that does not include wet lab steps.
Audience
The course is suitable for MSc and Ph.D. students in biology and other professionals in relevant fields.
Prerequisites
Participants should have an affinity or professional interest in biodiversity. Participants need to have the motivation and interest to handle DNA barcodes, museum collection data, and observation data. A good understanding of English is necessary to follow the course, carry out the exercises, and receive support during the teaching.
Intended learning outcomes
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Understand and be able to explain the concept of species delimitation.
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Learn to use genetic sequence data as a DNA barcode to identify a species.
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Learn to publish and retrieve data from GBIF and BOLD.
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Learn the basics of data capture, cleaning, storage, geo-referencing, and citation.
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Critically assess the quality of own and external data and their fitness for purpose.
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Practice the key tools and approaches to maximize data quality, data linking, and data reuse.
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Explore the benefits of FAIR and open data principles in biodiversity research and collaboration.
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Understand the value of data management as a research-enabling tool.
- Broadly understand the importance of international biodiversity infrastructures, and how these can contribute to biodiversity assessments, monitoring, conservation, and red-listing.