Research Asst. Professor, Marine Sciences, Univ. of North Carolina - Chapel Hill (2003-2017); Postdoctoral fellow, MPI – Marine Microbiology, Bremen, Germany (2000-2003); Research assistant and postdoctoral associate, Civil Engineering Dept., Northwestern University, Evanston, Ill. (1994-1999); PhD, Bacteriology, University of Wisconsin - Madison (1994); BS (1984) and MS (1986), Biology and Marine Microbiology, University of Massachusetts - Boston.
Research projects include: new methods to directly link species identity with carbon source utilization; direct profiling of microbial communities without PCR; direct detection of microbial enzymes in environmental samples.
My research focus is in using quantitative methods to precisely understand how soils function and change- spatially, and through time.
I research methods for comprehensive digital soil mapping aiming to characterize soil both in the lateral and vertical dimensions.
I research methods for quantifying (and validating) measures of uncertainty for these comprehensive soil information systems.
I investigate innovative systems for soil measurement, which includes that associated with remote and proximal and soil sensing instrumentation. I have particular interest in infrared and x-ray spectroscopy.
Research specialist at the Monterey Bay Aquarium Research Institute (MBARI) working on physical/biological interactions in the oceans.
My research combines satellite products, models and in situ data to study ecosystem processes and physical/biological interactions in the coastal and open oceans. Current areas of research include physical and biological variability at regional and global scales, ecosystem response to climate and ocean change, bioluminescence in the upper ocean, marine hotspots in the California Current, connections between surface, midwater and benthic communities, and the effect of tropical islands on phytoplankton biomass and biodiversity.
Dr. Fernanda Michalski is Associate Professor of Ecology and Conservation of Vertebrates at the Federal University of Amapá, Macapá, Brazil. Member of the British Ecological Society. Her research focuses on understanding the effects of anthropogenic disturbance on Neotropical mid sized and large-bodied vertebrates. She is particularly interested in ecology and conservation of mammals, and in understanding human-wildlife conflicts in the Brazilian Amazon.
I graduated in Forest Science from the University of Tuscia, Viterbo, in 1996. I took my Ph.D. in Forest Ecology at the University of Padova in 2000.
Since then I worked as a consultant for different Institutions, primarily the Autonomous Province of Bolzano, then with the Free University of Bolzano as Assistant Professor, teaching Agroecosystems at the University of Innsbruck.
Starting in 2023 I was appointed as an Endowed Professor at the Free University of Bolzano.
My main research area is the interaction between natural and cultivated systems and the atmosphere. In particular, as an expert in eddy covariance measurements, I developed a new mass conservation approach to quantify the non-turbulent transport of carbon dioxide from the forest to the atmosphere. More recently, I acted as the lead author of the protocol for the quantification of the storage of CO2 and other gasses in the canopy air layer. I'm working also on soil processes and on the exchange of alpine vegetation and the atmosphere.
Senior Researcher at the Theoretical and Experimental Ecology Station, CNRS, at Moulis, France. Leader of the Ecological Networks and Global Change Research Group.
Research Professor at the Oceanographic Center of Gijón/Xixón (IEO, CSIC), Spain. I was Associate Professor of Marine Science, Red Sea Research Center, King Abdullah University of Science and Technology (KAUST), Saudi Arabia, from 2014 to 2020 (currently adjunct). I joined the IEO in 2001 after my PhD training at the Institute of Marine Sciences (ICM, CSIC) in Barcelona. I am a biological oceanographer and microbial ecologist addressing the role of microbial plankton in biogeochemical carbon cycling from different perspectives. My research interests include the trophic relationships between phytoplankton and heterotrophic prokaryotes, the long-term dynamics of planktonic microorganisms and their response to global change, with particular emphasis on warming using the metabolic ecology framework. I combine experimental approaches with large-scale observations, both spatial and temporal, in order to predict the future direction and extent of change in the structure and functioning of marine microbial food webs.
I'm an assistant professor at Cleveland State University. My primary area of research is the ecology and biogeochemistry of temperate forests and grasslands, with an emphasis on plant-environment interactions. For example, I've studied the impacts of climate change, land management, and diversity loss on ecosystem functions of North American grasslands. I frequently use measures of plant functional traits or stable isotope ratios to better understand a variety of ecological concepts and biogeochemical processes, including how plants respond to the environment and interact with cycles of water, nutrients, and carbon.
Dr. Petteri Muukkonen is a senior lecturer in geoinformatics. He is a geographer, and specifically owns a strong background in biogeography and in geoinformatics. He has mainly studied various biogeography and forestry themes in the boreal forest environment. For example, Dr. Muukkonen has studied carbon sequestration and carbon cycle, biomass surveys and monitoring, spatial autocorrelation of soil characteristics, landscape fragmentation, habitat changes and remote sensing of forest landscape. Geoinformatics (GIS and remote sensing) has been present in some way in all of his research topics.
I am a microbial systems biologist specializing in the structure and function of natural bacterial communities in aquatic habitats such as coral reefs, lakes, streams, and the open ocean. My research broadly seeks to identify novel bacteria and understand their role in ecosystem processes and biogeochemical transformations. Much of my work centers around culture-independent phylogenetic and metagenomic characterization of natural microbial communities and measurement of biogeochemical processes and chemical constituents in the surrounding environment which regulate and are regulated by these microbes. I maintain ancillary projects understanding the microbiomes of eukarya (corals, humans, amphibians, macroalgae) and studying bacterial pathogens in natural waters in the context of water quality.
David is a stable isotope ecologist. He studies diverse topics across various spatial and temporal scales, including the ecology and evolution of C4 grasses, bird and bat migration in the context of renewable-energy development, and forest and watershed biogeochemistry. He is also interested in the development of novel tools for isotopic analysis of small organic materials.
Lecturer at the Federal University of Amapá, Brazil. My research interests are broad and are currently focused on the conservation of biodiversity and traditional livelihoods around waterways that traverse political (national and international), cultural and ecological boundaries. I am particularly interested in inter-disciplinary approaches, comprising population and community ecology, population biology, landscape and spatial statistics.