Dr. Armando Sunny is a Researcher and Professor within the Applied Biological Sciences Research Center, Science Faculty at the Autonomous University of the State of Mexico (UAEM).
He is interested to know how certain features of the landscape affect the genetic diversity and structure of species in anthropized environments, for this he performs analysis of landscape genetics, population genetics, niche modeling, SIG, landscape connectivity and global change analysis, especially in amphibians and reptiles.
- Degree in Biology (University of Milano), 1997
- PhD in Evolution and Development (University of Insubria), 2003
- Assistant Professor (Zoology), University of Insubria, 2005-2011
- Associate Professor (Zoology), University of Insubria, 2011-present
Research topics addressed:
- Cell death and regeneration in insect development
- Insect biotechnology
- Immune response in insects
- Author of 90 papers in peer-reviewed journals
- Author of 11 book chapters
Dr. Mahendra Tomar is a Veterinary Professor and Anatomist at the N.T.R. College of Veterinary Science, Gannavaram.
Dr. Tomar works in the field of comparative anatomy of animals, particularly mammals, and his research focuses on macroscopic and microscopic anatomy including the developmental biology of animals. More specifically, his fields of expertise are histology, histochemistry, enzyme histochemistry and forensic animal anatomy.
My research is focused around what promotes and maintains biodiversity at a range of spatial scales. Much of my work focuses on stream ecosystems, but my interests are question focused, not system specific. While my central interest lies in disentangling the mechanisms that structure metacommunities, I also tackle questions ranging from local to global, and from community ecology through to macroecology. I focus on a variety of basic ecological concepts and processes, including linkages between disturbance, productivity and diversity, biodiversity loss, ecosystem function, dispersal, and community assembly. I also aim to tackle applied ecological issues such as global change, land-use change, river regulation, and restoration, with the goal of applying ecological theory to effectively manage threatened ecosystems. My current research ties these issues together into the following three main themes: 1) Metacommunity ecology; 2) Global change ecology and macroecology; and 3) Restoration ecology. In light of these three themes, I am particularly focusing on the unique hierarchical and dendritic structure of river networks, and how this structure influences the biodiversity patterns of river communities.
Research professor of Marine Biology at the Hawaii Institute of Marine Biology in the School of Ocean & Earth Sciences & Technology at the University of Hawaii at Manoa.
My current research focuses on investigating whether or not the utilization of social information is taxonomically widespread, beneficial in different ecological conditions, and independent of permanent group-living similarly to the exploitation of other biotic or abiotic cues in the environment. I use several model systems to test related predictions in the contexts of foraging and predator avoidance, and build individual-based models to investigate how social information-mediated behavioural adjustments may affect population dynamics and species interactions.
Professor of Biology and Director of the Institute of Zoology PULS. Previously at Adam Mickiewicz University Poznan.
Research interests: behavioural ecology, climate impact, farmland birds, urban ecology.
Emanuel Tschopp received his MSc in paleontology 2008 at University of Zurich, Switzerland, and his PhD in 2010 at Faculdade de Ciência e Tecnologia of the Universidade Nova de Lisboa, Portugal, under the supervision of Prof. Octávio Mateus. After postdocs in Portugal, Italy, and the USA, he is now a Humboldt Fellow at University of Hamburg. His main research interests are the dinosaur and lizard systematics and phylogeny with a focus on sauropod dinosaurs from the Upper Jurassic Morrison Formation in the USA, and extant and extinct lacertid lizards. Furthermore, he is an actively working on improving the methodology of phylogenetic analysis based on phenotypic data, and developing approaches to quantify intraspecific variability to use in species delimitation.
Cemal Turan is a Professor in the Department of Marine Sciences at Iskenderun Technical University, Turkey.
His primary research interests include Marine Biodiversity, Fisheries, Alien Species, Molecular Ecology and Biotechnology.
Assistant Professor, University of Guelph.
I am a comparative animal physiologist who integrates across disciplines and levels of biological organization to understand how animals cope with changing environmental conditions, and why some individuals and species are better able to tolerate these changes than others. Particular interests are understanding how animals sense environmental change, and how the phenotype is adjusted in response (i.e. plasticity). My research is focussed on fish functional morphology and respiratory physiology, but also includes evolutionary physiology, behavioural ecology, and conservation biology.
Giorgio Vallortigara is Professor of Neuroscience at the Centre for Mind/Brain Sciences at the University of Trento, Italy, and he has been an Adjunct Professor at the School of Biological, Biomedical and Molecular Sciences at the University of New England, Australia for several years.
He is the author of over 400 scientific papers (with more than 30,000 citations overall; h-index: 76 Scopus; 96 Google Scholar), most in the area of animal cognition and comparative neuroscience. He discovered the first evidence of functional brain asymmetry in the so-called “lower” vertebrate species (fish, amphibians); he also worked on comparative cognition, in particular on visual perception of biological motion, and spatial and number cognition.
He served in the editorial boards of several cognitive science and neuroscience journals, he was co-editor of the journal “Laterality: Asymmetries of Brain, Body and Cognition” and has been the recipient of several awards.
His major research interest is the study of cognition in a comparative and evolutionary perspective, with particular reference to the mechanisms underlying the use of geometry in spatial navigation and the origins of number and object cognition in the animal brain. He also studied extensively the evolution of the asymmetry of the brain.
I am working on Pleistocene mammal extinctions. Co-developer of R packages to download data from open access databases (rAvis and paleobioDB), and team member of www.ecoClimate.org, an open access repository to access climatic data for the past, present and future.