I am interested in understanding the origins and maintenance of animal diversity. To do that my lab focuses on different aspects of systematics, biogeography, phylogeography, anatomy, transcriptomics, ecology, behavior or population genetics of invertebrate animals. Some of our work uses arthropods, mollusks, onychophorans, sipunculans, annelids, platyhelminths, sponges, or nemerteans, among others.
Rosa Capellan, Administrative Assistant
Rosa is the Research Coordinator for the Giribet lab handling all administrative duties for Professor Giribet and Giribet Lab members. Rosa is the liaison between the Giribet lab and the OEB Administration Department.
Ligia Benavides, Postdoctoral Fellow
I am broadly interested in the systematics and evolution of diverse groups of arachnids, mainly spiders, opiliones and hooded tick spiders (family Ricinodidae). I have special interest in groups present in the Afrotropical and Neotropical regions. I employ a variety of novel morphological and molecular approaches to describe their diversity and to investigate how historical events have shaped the present diversity of these groups in the tropics.
Juan Moles, Postdoctoral Fellow
Winter is coming! I am an Antarctic expeditioner, diver, and snail lover interested in marine invertebrate ecology and systematics. During my PhD, I dove into the ecology, taxonomy, and systematics of sea slug and snail molluscs (Gastropoda: Heterobranchia). Although cold and isolated, Antarctic marine ecosystems are far from being badlands. Applying histology, electron microscopy, tomographic, and molecular techniques I attempt to describe some lineages of the Southern Ocean unique and diverse fauna. One of my current projects aims to provide new insights into the evolutionary patterns and historical processes that lead to the radiation and current distribution of the Antarctic fauna.
Tauana Cunha, Graduate Student
I received my B.S. in Biological Sciences from the Universidade de São Paulo, in Brazil. My research interests are driven by the incredible diversity and beauty of marine invertebrates - yes, the small squishy things in the oceans! A lot of my graduate work focuses on inferring phylogenetic relationships among gastropods at different levels, particularly clades of vetigastropods. I combine high-throughput molecular data and morphological data from fossil and extant snail shells to study gastropod phylogeny and the evolution of shell shape through geological time.
Cailin Baker, Graduate Student
I am interested in the evolution and diversity of soil invertebrates, particularly harvestmen (Opiliones) and velvet worms (Onychophora). These are ancient, poorly dispersing terrestrial animals that live in dark, humid habitats around the world. I use genetic and genomic tools paired with comparative morphology to study their taxonomy, systematics, and biogeographic patterns in the southern hemisphere – landmasses which once comprised the supercontinent Gondwana. Currently, I’m studying the global biogeographic patterns of the phylum Onychophora, the mite harvestman family Pettalidae (Cyphophthalmi), and the armored harvestman family Triaenonychidae (Laniatores). I am also working on a phylogeographic study of the New Zealand velvet worm Peripatoides.
Julia Cosgrove, Graduate Student
I am fascinated by the marvelous biodiversity on this planet, and enjoy looking for and thinking about tiny animals that often go unnoticed. My research explores the phylogenetic systematics and biogeography of pseudoscorpions - small arachnids found in nearly every terrestrial habitat. I use morphological and molecular data to investigate how different groups of pseudoscorpions are related to each other, how these animals are related to other arachnids, and what these relationships can tell us about when, where, and how pseudoscorpions have evolved. I am particularly interested in neotropical diversity and the distribution of the non-venomous pseudoscorpion family Chthoniidae throughout the Caribbean Islands and the Andes.
Vanessa Knutson, Graduate Student
I am interested in the evolution of shell-loss in gastropods. As a part of my interest in shell loss, I am currently working on a transcriptome-based phylogeny for the gastropod clade Heterobranchia.
You can follow Vanessa on Twitter @Bugs_and_Slugs
Shoyo Sato, Graduate Student
Arachnophobes beware! Spiders can live in colonies of hundreds of individuals that prey and maintain webs together. How does this happen? Shoyo, a Cantabridgian, received his bachelor’s in biology from Boston University and is now working in collaboration with the Jordan Lab at the Max Planck Institute of Ornithology’s Department of Collective Behavior to study the phylogeny and communication of social spiders.
Kate Sheridan, Research Assistant
I am currently working on studying the diversity of the harvestman family Triaenonychidae in South Africa, as well as assisting with a variety of projects for the Museum of Comparative Zoology Invertebrate Zoology department collections. My interests are largely in the biodiversity of under-appreciated and under-studied animals as well as using my work to bridge the perceived gap between arts and sciences.