CBA Workshops

CBA Workshop: Bayesian phylogenetics and macroevolution in RevBayes, presented by Tracy Heath, Iowa State University

Our technical workshops typically focus on advanced analytical and technical methods, with the primary developers of the methods presenting, across three main areas:

  • population- and phylo-genomics,
  • macro evolution and ecology, and
  • biodiversity informatics.

The Ecogenomics and Bioinformatics Lab (EBL) offers an annual wet lab “Introduction to molecular lab fundamentals” to coincide with new honours and PhD cohorts and also welcomes requests for bespoke experimental and/or training requirements throughout the year.

The CBA also facilitates and supports other activities such as working groups, round table discussions and symposiums that support research development and collaboration across our partner institutions and knowledge exchange amongst scientists, managers and policy makers.

We strongly encourage direct input from post docs and PhD students regarding the types of dry and wet lab training they need for their specific research requirements and interests.

We also support national and international visiting scientists who present a workshop during their time in Canberra.

 

More information

Upcoming events

30
Apr
2024
30 April – 2 May 2024
The EBL's annual 3-day introductory course to molecular lab fundamentals for Honours and PhD students and other researchers new to molecular lab work.
02
Aug
2024
2 August 2024
Paul Frandsen, Brigham Young University, Utah
*Workshop dates TBC. Over two days workshop participants will gain knowledge and hands-on experience in analysing PacBio HiFi sequencing data, running whole genome assemblies, evaluating the quality of their genome assemblies, and will be introduced to whole genome annotation.
30
Sep
2024
30 September – 2 October 2024
Oskar Hagen, iDiv, Germany , Tristan Salles, UNSW, Sydney, Alexander Skeels, ANU, Canberra
This workshop aims to develop skills required to simulate biodiversity patterns using MEEMs, and specifically the Gen3sis engine, enabling participants to design experiments and test multiple interconnected hypotheses for the evolution of biodiversity.

Past events

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