I am a herpetologist working on diverse aspects of taxonomy, phylogeny and biodiversity of Asian herpetofauna. I have graduated from the Department of Vertebrate Zoology of Lomonosov Moscow State University and finished my PhD on taxonomy and evolution of Asian salamanders (Hynobiidae) in 2010. Presently I am working in this department as an associate professor. My study is focused on a set of topics on evolutionary biology and taxonomy of Asian amphibians and reptiles, including molecular systematics, phylogeography, DNA-barcoding, distribution and taxonomy of certain groups of Asian herps.
Senior scientist, interested by open science (SORTEE member), registered reports (PCI RR founder) and the ability of plants (snapdragons, white campions, arabidopsis) and animals (clownfish, coral, roe deer, aphids) to adapt! Using quantitative genetics and developping it in wild populations to identify mechanisms that meddle with the response to selection on an ecological time scale.
Dr. Nicholas D. Pyenson is a research geologist and curator of fossil marine mammals at the Smithsonian Institution's National Museum of Natural History. He received his Ph.D. from the University of California, Berkeley, and completed his postdoctoral fellowship at the University of British Columbia. As a paleontologist, his scientific research focuses on the repeated and convergent evolution of marine life, including iconic lineages such as sea turtles, sea cows, and especially whales.
I work on insect ecology focusing in plant-insect interactions from a perspective that addresses proximal (ecological) and distal (evolutionary) causes. This approach aims to contribute to the knowledge of the herbivory patterns observed in natural and productive systems. Regarding proximal causes, I have a particular interest in the behavioral mechanisms that insect uses to feed on host plants, this includes how they deal with plant defense (either in crops or native plants). In relation to distal causes, I am interested in the correlation or experimental association between traits and reproductive outputs over generations. I have been studying hemipteran insects of the family Aphididae, which constitute important crop pests in Chile. Aphids are the group of insects that I have study the most. That are a good model to address fundamental questions in biology and also are a real problem for plant production. I do also enjoy to contribute with ideas aimed to reduce the use of pesticides in agroecosystems. The relationship between agrecosystem and natural areas are also an area that I intend to explore.
I am a broadly trained evolutionary biologist. I also taught high school Biology, Chemistry and Physics before returning to graduate school and earning my PhD from Texas Tech University in 2002. After that, I held postdoctoral and assistant professor positions at Louisiana State University, West Virginia University and Mississippi State University before returning to TTU as an associate professor. My research interests are in organismal and genome evolution with an emphasis on the impacts of transposable elements on both.
James Davis Reimer's research focuses on the biodiversity of understudied marine invertebrate groups (so-called "minor taxa"), primarily benthic cnidarians including zoantharians and their endosymbionts, as well as octocorals, from shallow tropical coral reefs to the deep sea. Recent research has also examined the impact of coastal development on marine diversity and ecosystems. Since 2007, he has been based at the University of the Ryukyus, where he is now a professor.
In 2015, he was awarded the Okinawa Research Prize for science contributing to the well-being and understanding of the Ryukyu Islands, and in 2021, he was awarded the Narishige Prize by the Zoological Society of Japan in recognition of his unique research output.
I earned by Ph.D. in Biological Anthropology and Biomedical Sciences from Kent State University and then completed a postdoc in developmental biology at Stanford University. I am currently an Professor of Anatomy and Embryology in the department of Bio-Medical Sciences at PCOM. My research focus is uncovering developmental mechanisms underlying human specific traits.
Professor Emeritus of Biology, University of Maine. Past Associate Editor, Behavior Genetics and past Associate Editor, Evolution.
Professor at Muséum national d’Histoire naturelle, Paris. Curator of insect collections and sound library. Scientific head of the edition service of MNHN. My research focusses on the diversity of communication systems in orthopteran insects in space and time. I use multidisciplinary approaches combining phylogenetics, biogeography, taxonomy, bioacoustics, biomechanics, behavioral studies and data obtained both in the lab and in the field.
As an ecologist, I am interested in population dynamics of terrestrial vertebrates. To understand these dynamics, I use a combination of field data (usually with birds) and simulations. I am particularly interested in life histories of tropical and subtropical birds.
Pilsbry Chair of Malacology, Academy of Natural Sciences of Philadelphia and Professor, Department of Biodiversity, Earth and Environmental Science, Drexel University. Commissioner, International Commission on Zoological Nomenclature. Editor for Mollusca, World Register of Marine Species and MolluscaBase.
His research focuses on the origins and magnitude of diversity of the Mollusca, with active research currently in the Philippines (marine and terrestrial mollusks) and Jamaica (land snails). He uses biodiversity databases to better document the known diversity of mollusks and to estimate their total diversity.
Sarah Samadi is professor at the Museum National d'Histoire Naturelle in Paris. The common background of all her scientific activities is the analysis of the conceptual grounds of systematics and evolutionary biology. Her present empirical projects are mainly in the fields of species delimitations and of speciation processes. Most of her projects are focusing on organisms from poorly known environments (mainly deep-sea environments, notably seamounts and organic remains sunken on the deep-sea floor) and are developed in the methodological framework of “Integrative Taxonomy”, in which methods in phylogenetics, population genetics and ecology are combined.