Jonathan (Josh) Sharp is an Associate Professor of Environmental Engineering at Colorado School of Mines. Dr. Sharp’s research focuses on the ramifications of biological processes as they relate to water quality with an approach that integrates facets of microbiology, engineering, biogeochemistry and hydrology to enhance our understanding of the natural and built environment. Professor Sharp obtained his PhD from UC Berkeley in Civil and Environmental Engineering and conducted postdoctoral studies at EPFL, Switzerland before joining Mines.
W.W. Corcoran Professor of Natural History in the Department of Environmental Sciences and Biology, University of Virginia. Foreign member of the Russian Academy of Sciences, Fellow of the American Geophysical Union and Fellow of the American Association for the Advancement of Science.
Professor at the University of Porto and researcher at Ciimar: Centre for Marine and Environmental Research. She has a PhD in seaweed ecology, ecophysiology and cultivation from the University of California Santa Barbara. Her main research is in biodiversity and ecology of benthic communities and the biology, cultivation and use of seaweeds and she is the Head of the Laboratory of Coastal Biodiversity. She is also member of the Steering/Executive Committees of several international and European programs as: EPBRS - European Platform for Biodiversity Research Strategy, MABEFF+ – European Institute for the study of Marine Biodiversity and Ecosystem Functioning, MARS - European Network of Marine Research Institutes and Stations, EMBOS - Development and implementation of a pan-European Marine Biodiversity Observatory System, and co-chair of the Working group on Marine Ecosystem Change from GEO BON – Biodiversity Observation Network and in the Portuguese delegation to the UN Convention for Biological Diversity
Valeria Spagnuolo is Associate Professor in Botany at the Department of Biology at the Federico II University of Naples. She obtained a Ph.D. in molecular systematics (plants) and the scientific qualification to Full Professor 05/A1 (Botany) during the ASN 2018.
Dr. Spagnuolo was involved in several research projects, with a focus on biomonitoring and phytoremediation, within her task/unit and in international teams (the most recent ones: EU Project FP7- ENV.2011.3.1.9-1 Mossclone (2012-15); LIFE11 ENV/IT/275 Ecoremed (2012-2017); PON 03PE_00107. Biopolis (2013-2017).
Dr. Spagnuolo's expertise includes genetic variation in natural populations of mosses along environmental gradients; biomonitoring of air quality by cryptogams and vascular plants; and phytoremediation of metal-polluted soil. In recent years, her long research experience has been centred on plant response to abiotic stresses and biomonitoring of indoor air pollution.
She is involved in editorial activities, as a reviewer for international journals (e.g. Environmental Pollution, Frontiers in Plant Science), as a guest editor in Atmosphere and Plant Journals, and as an editor of the latest Italian edition of Raven (Zanichelli).
Dr. Spagnuolo has published over 60 publications (Scopus ID 6602352988), with an h-index 20 and over 1200 citations. She also detects a patent as the inventor of a tool for biomonitoring of air quality (EP 3 076 171 A1).
Past President, International Association of Aquatic Animal Medicine
Current and past Scientific review board member for Oiled Wildlife Care Network, Morris Animal Foundation, Prescott grant program, SeaWorld-Busch Gardens Conservation Fund, National Fish and Wildlife Foundation. Trustee and Lecturer, CL Davis and SW Thompson Foundation, President, Rising Tide Conservation
Sr. Scientist and former Head of Biology and Watson Chair, Woods Hole Oceanographic Institution. Director, NSF/NIH Woods Hole Center for Oceans and Human Health. Editorial Boards of several journals, former Editor-in-Chief, Aquatic Toxicology. Honorary Doctorate from Goteborg University.
Environmental scientist, explorer and science storyteller. She researchers how environmental changes affect mountain watersheds and the Arctic system, and their links to human well-being. She is an Associate Professor of Biology, Fort Lewis College. She is on the leadership team for Homeward Bound, an organization developing leadership for women in STEM. Founder of the Colorado Mountain Center. member American Geophysical Union.
Gavin is interested in applied research synthesis (combining scientific information to inform policy). Primary interests are meta-analysis and Bayesian belief networks. He has a deep mislike of P values much preferring effect sizes and confidence intervals, or better still probabilities of direct relevance to decision-making. Gavin's work on meta-analysis spans applied agriculture, food, rural development, ecology and medicine reflecting a belief in generic methods for Evidence Based X (EBX).
I am an elected member of the Society for Research Synthesis Methods and associate editor of its journal, Research Synthesis Methods. I am also associate editor for PeerJ and statistical editor for the Cochrane Pain and Palliative Care Group. I’m a member of the National Centre for Ecological Analysis and Synthesis Meta-analysis Working Group and co-author of the Handbook of Meta-analysis in ecology and evolution. I am also co-chair and editor of a new Campbell Collaboration Food Security group.
The Professor of global environmental change, Beijing Normal University. My research focusses on decadal climate variability, including the mechanisms and dynamics underlying the variability and its impacts on global and regional climates. I am also interested in paleoclimatology and reconstructions, and ecosystem response to climate change. I carried out a lot of original studies using observation and proxy data and simulations of earth system models. Specific interests include Atlantic multidecadal variability, Pacific decadal variability, ENSO, North Atlantic Oscillation, Indo-Pacific warm pool variability, and their impacts on global/regional rainfall and temperature and associated ecosystem responses.
Primary research interests: Effects of stream restoration on aquatic organisms, dispersal of aquatic insects, environmental factors controlling establishment of aquatic organisms in near natural, restored and degraded rivers, threshold values of physico-chemical variables controlling benthic invertebrate occurrences.
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.
I am a quantitative ecologist interested in ecological forecasting and the stability of populations, communities, and ecosystems. I have expertise in statistical analyses of ecological systems, population modeling, and the analysis of remote sensing data to address environmental problems.