B.Sc. (NUI Galway); Ph.D. 1987 (NUI Cork). Involved in World Register of Marine Species, International Association for Biological Oceanography, Global Biodiversity Information Facility, Ocean Biodiversity Information System, Group on Earth Observations Biodiversity Observation Network, Species 2000, IUCN. Worked in Ireland, Plymouth England, Aberdeen and Edinburgh Scotland, St Andrews Canada, and Auckland New Zealand.
Dr. Aldo Croquer graduated from Universidad Central De Venezuela in 1998. His PhD is in Biological Sciences and has been a Postdoctoral Fellow 3 times, a Senior Professor at Simon Bolivar University and currently Coral Program Manager of The Nature Conservancy in the Dominican Republic. I am interested in coral reef ecology, benthic ecology and coral biology ecology, including life history traits, coral disease-health dynamics and ecological restoration.
I am interested in integrating phylogeographic and molecular approaches to infer evolutionary processes that explain current patterns of genetic diversity in marine organisms, particularly on isolated oceanic islands. I have worked on natural populations of marine snails from Cape Verde to address problems of speciation and geographic variation and to analyse the influence of historical processes, as the effect of sea-level changes on the genetic structure of organisms. Currently, I am interested in the identification of gamete recognition proteins involved in reproductive incompatibilities and their role in the evolution of non-geographic barriers that, ultimately, may generate sympatric divergence.
I am a paleobiologist. My main research focuses on reproductive strategies and macroevolution, particularly on the contributions of biotic interactions (e.g., parasitism) and abiotic factors (e.g., climate) in controlling evolutionary and diversity patterns. To this end, I work with a variety of approaches that combine research on fossil molluscs, coprolites and fieldwork with large-scale quantitative analyses. Other interests are quantitative methods to study biostratigraphy, intraspecific variability and paleobiology in general. My main taxonomic expertise is on invertebrates, mainly (extinct) cephalopod mollusks and parasitic helminths. The promotion of diversity and young scientists as well as scientific collaboration and reproducibility in paleontology are particularly close to my heart.
Mainly involved in the discovery of new bioactive compounds from Antarctic and Arctic bacteria. Also working on on Antarctic psychrophilic microorganisms with potential biotechnological applications, and the dissection of the virulence determinants of some human pathogens by the use of non-vertebrate host model, like Caenorhabtidis elegans.
Dr. Carlos Eduardo de Rezende is a Full Professor in the Environmental Sciences Laboratory of the Biosciences and Biotechnology Center at the North Fluminense State University (UENF). Prof. Rezende is a senior researcher from the Brazilian National Council for Science and Technology (CNPq) (Level 1B), Scientist of Rio de Janeiro state from Foundation for Science Development (FAPERJ) and coordinator of the Future Earth Coasts in South America. Dr. Rezende has a professional experience including studies on the dynamics in continental aquatic environments (e.g.: rivers, lakes), terrestrial and coastal ecosystems (e.g., estuaries, mangroves and lagoons) and ocean. At UENF, Prof. Rezende held various institutional leadership roles (e.g., Vice-Rector, Dean of Undergraduate Studies, Center Director and Head of Environmental Sciences Laboratory), and he has participated in several boards and councils. Actually, Prof. Rezende is conducting studies on Hg and inorganic (e.g.: Al, Fe, Mn, carbonate) and organic geochemical supports (e.g. elemental and isotopic composition) as well as their ecosystem interactions; use of molecular markers (e.g., lignin phenols, carbon black) as geochemical tools to enhance the understanding on the alterations of biogeochemical cycles in the transition between terrestrial and aquatic environments.
Associate professor at the Muséum national d’Histoire naturelle, Paris. Curator of the fish barcode collection.
I study the systematics and evolution of Actinopterygians, especially at the inter/intra specific boundary and in species delineation with integrative approaches, but also on the evolution of mitogenomes in fish species from the Southern Ocean. I also work on molecular identification (barcoding, metabarcoding) of marine and freshwater fish and benthic species.
Associate Research Professor in Bioinformatics at Florida Atlantic University. Research focus genomics of marine organisms, environmental microbiomes and machine learning to understand genome sequence. Wellcome Trust Centre for Molecular Parasitology, University of Glasgow Bioinformatics team for 7 years and lead the team for 4 of those. Also lead an experimental sequencing team in the Centre and has a bioinformatics research group. Originally, studied Biology at Imperial College London and moved into bioinformatics at NV Organon Pharmaceuticals in the Netherlands. Following this he had a research post at the MRC Functional Genetics Unit, University of Oxford where he stayed to do his genome informatics PhD. Has held research post-doctoral posts in London working in type-2 diabetes and cardiovascular disease at Imperial College, and cancer biology at the Institute of Cancer Research.
Servet has PhD in fisheries Genetics, marine biotechnology and marine biology. He currently works to Assist Prof. Dr. at Underwater Technologies, Maritime Vocational School of Higher Education at Iskenderun Technical University. Also, he has expertise in population genetics, conservation genetics, marine biodiversity and alien species. Doğdu has published over 80 scientific papers, books and book chapters on these areas. Doğdu has worked on several national and international projects.
Dr. Antonina dos Santos is a research scientist at the Portuguese Institute for Sea and Atmosphere (IPMA) and leads the Plankton and crustacean Lab. Antonina has been studying taxonomy and ecology of crustacean larvae in Portugal seas.
Much of Antonina research has been the study of unexplored phase of living resources, focusing her studies on larval dispersal and recruitment to the origin population. Besides working on the dispersal and recruitment of crustacean larvae she has also done some work on the taxonomy of the adult phase of caridean shrimps (Decapoda). In 2016 she created the GelAvista citizen science project to monitor the stranding's of jellyfish in Portuguese coasts. Antonina research topics is to investigate how environmental conditions influence ecological patterns and processes, such as abundance and productivity, distribution, and size structure of plankton species. She has been involved in many scientific multidisciplinary projects subject to competitive tendering national and European, and she has been chief scientist on more than 15 multidisciplinary oceanographic surveys off the Portuguese coast. Since 2014 she is the Portuguese member of ICES Science Committee. Antonina has previously worked as Director of the Department of Sea and Marine Resources at IPMA.
Dr. Marwa Fayed is an Associate Professor of Pharmacognosy and Phytochemistry within the Faculty of Pharmacy, University of Sadat City, Egypt.
Interested in Phytochemical and Pharmacognostical studies of medicinal plants, isolation of bioactive constituents from different natural sources using advanced chromatographic techniques (separation on VLC, column chromatography using different adsorbents such as RP, Sephadex, Cellulose or Polyamide and separation using PC), structure elucidation of naturally isolated compounds using different spectroscopic techniques (1D, 2D).
More recently, she has developed a significant interest in monitoring the pharmacological effects and mechanism of action of different classes of chemical compounds isolated from natural sources and their possible role in medicine.
Professor in Genomics and Molecular Biology. My main research interests are antimicrobial peptides, microRNAs and the epigenetic regulation of myogenic gene networks by environmental factors, such as temperature and photoperiod.