Katie Griswold

STRI Fellow


I am working on a project with Dr. Chien-Hsiang Lin that uses otolith assemblages to investigate the life histories of holocene reef fish. I am searching for patterns in the sizes of these assemblages over time, space and habitat. Through the study of otolith assemblages, we hope to contribute information to what coral reef fish communities were like in a time before human influence. This information can be compared to present reefs and can shape our ideas about ecosystem conservation.

I graduated from Boston University with a B.A. in marine science and biology, then spent a year as an Americorps after-school educator before I joined STRI as a research assistant. My personal interests lie at the intersection of research and community-driven conservation. I hope to explore marine ecological questions while supporting connections to the natural world through citizen science outreach.

Ramiro J Solís


22089361_10203755535325107_7780598286786180057_nI am a student of Marine Biology at the International Maritime University of Panama. I have previously worked on the ​​taxonomy,  identification and ecology of coral reef fish. I am currently working on a project that seeks to create the first collection of micro-gastropods in Panama, and at the same time investigate the variability in time and space of these organisms on a geological scale at the Caribbean and Pacific side of Panama to understand environmental changes. My primary goal as a marine biologist is to help develop science in Panama to help preserve the natural world.

Abhy Verdurmen

Intern (SENACYT, STRI, University of Panama)

DSCF4024I’m a Biology undergraduate student at University of Panama profoundly interested in Marine Biology and paleontology, especially the evolution, adaptation and ecology of coral reefs. I’m working on a project that consists of reconstructing the Caribbean reef fish communities of the past, and my master tools for this research are fish otoliths. Otoliths have distinct shapes that enable us to identify fish families, sometimes even to the level of species and fossil otoliths may help us reconstruct the reef fish community of the Caribbean 7000 years ago (i.e. before human impacts). This information will provide a baseline that will enable us to compare “pristine” with modern reef fish communities.