Safiyya Sedick’s key focus has been describing new species of marine worms, especially from southern African offshore sediments, as well as offshore ecology and the identification of benthic macrofauna. Having previously worked in the private sector, she has experience in several other disciplines such as environmental impact assessments, water quality studies, biodiversity surveys as well as considerable lab and field work experience.
As the SeaMap coordinating officer, Safiyya is tasked with supporting the principal investigator, NRF-SAEON’s Dr Lara Atkinson, co-investigators and collaborators on the project in achieving the first data-driven ecosystem map using foundational biodiversity information (detailed here). SeaMap also intends to engage scientists, researchers and high school learners to upskill and build local capacity through workshops, planned science engagements and even produce a children’s story on taxonomy!
Safiyya is eager to begin working on the project and acknowledges the need for such integrated marine foundational data. She is anticipating widespread application of SeaMap’s products. She recognises that it may be a gamechanger at the management and policy levels where SeaMap products can inform processes such as Red Listing, environmental authorisations and protected area expansions, ensuring that marine invertebrates are considered in Spatial Biodiversity Plans.
Safiyya is excited to be working closely with the principal investigator, co-investigators and collaborators to ensure that SeaMap is a success. One of her first tasks as SeaMap coordinating officer will be to organise a workshop for all the collaborators and she is looking forward to meeting everyone.
Safiyya has a background in benthic ecology and taxonomy and a master’s degree in Zoology from Stellenbosch University.
Links to Safiyya’s publications:
Safiyya Sedick, the new coordinating officer for the SeaMap project
Above and below: Safiyya conducting field work along the west coast of South Africa
One of three new Syllis species described by Safiyya and Dr Carol Simon in a paper published from her master’s dissertation