My primary research interest is the development and evolution of animals, especially the nervous system. After graduating from Humboldt University of Berlin, I received my doctoral degree from Queen Mary, University of London. I enjoy having worked with different animals (insects, crustaceans, and annelids) and am looking forward to work on clown fish here at OIST. Personally, I like diving and underwater photography as well as knitting and nudibranchs are my favorites.

I have studied life history of freshwater and estuarine goby. Goby is a highly diverse fish taxon and their life history is also very diverse. The fish I hold in the photograph is one of the biggest goby species in Okinawa, and the smallest species matures at 1 cm. Most of these species migrate between streams and the sea and could be transported to other streams and/or islands during the marine pelagic larval phase. Such “migration” and “larval dispersal” are foci of my research. I am working at OIST with gobies from 2008, but the goby work is endless. I hope to dig into their life history strategies more at this unit. (Researchmap: LINK)

I am a marine conservation ecologist interested in the importance of young developmental stages (larvae and juveniles) in fish population maintenance. My postdotorate at OIST will aim at understanding the relationship between pigmentation, a striking aspect of metamorphosis and highly plastic trait in fish, and environmental factors. I love the ocean and spending my time in water, which makes my work a real passion. I also enjoy travelling, good food, yoga and all outdoor activities.

I spent my childhood in New Zealand, where I developed a fascination for the natural world and marine life. Upon completing both my BSc and MSc at the University of Auckland, I moved to Australia to undertake my PhD in the Visual Ecology Lab at the University of Queensland. My PhD used anemonefishes as a model for studying reef fish colour vision and visual communication. For my postdoc at OIST, I am investigating the ultimate and proximate drivers of colour pattern diversity in anemonefishes. Most of my work is aquarium and laboratory based, and employs a multi-technical approach to study variation in the white bar pattern of anemonefishes. I enjoy playing guitar, board games, and computer games.

I majored in Marine and Environmental Science and completed my PhD at the University of the Ryukyus. I was fascinated by the cute appearance of anemonefish and interested in the diversity of life history strategies of anemonefish. Starting with my love for anemonefish, I was fortunate to pursue physiological research on anemonefish Amphiprion clarkii for six years. And then, most of all, I would be more than happy because I can be involved in research on clownfish as a Lab manager at this unit. Personally, I love the sea, and good food from around the world. I also enjoy cooking, camping, and traveling.

I am happy that I can be a first rotation student in Marine Eco-Evo-Devo Unit. I am from Okinawa, and of course, I like beautiful sea and clownfish!
My background is pharmacology and I researched about anti-diabetic effect of natural product on pancreatic β cells in my undergraduate days. This is my first time to study about marine science, so I would like to learn a lot during this rotation.

After obtaining my masters in coastal and marine biology and ecology from the University of Salento in Italy, I came to this beautiful island to get my PhD. In this unit I’m studying phenotypic plasticity in anemonefish pigmentation, mainly focusing on Amphiprion clarkii, the most abundant (and most beautiful) anemonefish species around Okinawa-jima. I will use a combination of genetic, ecological and physiological approaches to understand the mechanisms behind the pigmentation polymorphisms. In my free time I love spending my time in the sea or hiking in the forests and exploring new places.

My research interests revolve around the impacts of humans on marine environments. I have an undergraduate degree in geosciences from the University of Edinburgh and a master’s degree in ecology and evolution from ENS in Paris. As part of my previous studies, I studied the hydrogeology of Niijima in Tokyo Prefecture with the University of Tokyo, looked at marine protected area assessment in New Caledonia, and worked on coastal changes and fish population in French Polynesia… I love doing fieldwork in warm water and beautiful places! For my PhD, I will investigate the impacts of human presence and pollution on fish development during early life stages in temperate to tropical settings. In my free time, I am looking forward to joining a few student associations, playing music, baking cakes, and exploring Okinawa on land and underwater!

I am from Glasgow, Scotland where I did an undergraduate degree in marine and freshwater biology. I then went to Plymouth in the southwest of the UK for an MRes in applied marine sciences. This helped me realise I will never ever be a physicist, and much preferred the idea of subtropical temperatures to swimming in the (near) freezing UK sea. So I have come to Okinawa to get a PhD in marine ecology - I will be studying pigmentation-based recognition in anemonefish, particularly carrying out behavioural experiments using mutant anemonefish with unusual colour patterns.

I’m very optimistic about life, enjoy traveling, watching movies, reading, singing, writing calligraphy, hiking and also exploring new places and meeting new people.I am a research assistant at Marine Station in Academia Sinica of Taiwan and my research interests are extensive. Although I am a novice in this field working on clownfish, I am looking forward to it. It’s great to be a member of the group.

I am a research assistant at Marine Research Station in Academia Sinica. I have studied in reef larval fish culture and breeding corals. I’m interested in marine animal since I was a child so I’m really happy to join Marine Eco-Evo-Devo unit! I’m really enjoy scuba, freediving and underwater photography in free time.

I am a developmental biologist interested in endoderm and gut tube development. Having worked on this topic in mammalian embryonic stem cell models during all of my postgraduate studies, it is with a lot of excitment that I now turn to clownfish! My postdoctoral project here in the lab focuses on the transformation of the digestive tract of clownfish larvae as they undergo metamorphosis, and on the role of thyroid hormones in coordinating this process. In collaboration with other labs here at Academia Sinica, I am more generally studying gut metamorphosis across the tree of life. I am an advocate for intersectional open science, preprinting, and knowledge equity, and a strong critic of the current politics of publishing in academia. Aside from my work, I am interested in data communication and visual storytelling in developmental biology.