Mike Mahoney (B.S. in Forest Ecosystem Science, Fall 2018) is an undergraduate student in the Stella Lab working on his honors thesis. He is interested in the larger role beavers play within forest ecosystems, both from an ecological and a natural resources management perspective. He is studying how beaver foraging impacts forest health, including aspects of both forest structure and non-monetary values such as aesthetics and tree architecture.
Giselle Schreiber (B.S. in Environmental Science major with Marine Science minor, Spring 2018) completed her senior capstone project on the influence of several abiotic factors (temperature, precipitation, sediment depth, etc.) on the growth rate of Populus fremontii (Fremont cottonwood), a keystone riparian tree species in the Sacramento River Valley of California. She was raised in Miami, Florida and has experience working with freshwater and marine fish and invertebrates.
Will Fernandez (B.S. in Environmental Science major, Spring 2018) completed his senior capstone project on the impacts of beaver on riparian forest communities surrounding lakes at the Huntington Wildlife Forest in the central Adirondacks.
Margaret (“Maisie”) Baronian (B.S. in Environmental Science major with Mathematics minor, Spring 2018) focused her senior capstone project on how seasona precipitation events impact instream conductivity levels in an urban stream. Conductivity concentrations in streamwater can be used as an indicator for road salt, which is widely applied in the region as a de-icer in winter. She used the statistical software R to model hydrologic conditions in Meadowbrook Creek in Syracuse, NY, using data collected from automated stream gauges.
Research Interests: I am studying riparian forest dynamics along California's Sacramento River. I love both forests and rivers, and am interested in how they affect one another. I hope to analyze the relationship between flow regimes and tree recruitment and succession, particularly focusing on the Fremont cottonwoods native to the area. Utilizing GIS, hundreds of tree cores, and sediment data, I hope to draw a picture of how the riparian forest has changed in relation to management of the Sacramento River over time.
I am currently a Research Specialist at UC Santa Barbara. For my PhD, I studied the reciprocal influences between river disturbance regimes (flooding and sediment transport) and riparian tree populations. My research is a part of a three-university cooperative project funded by NSF: Quantifying feedbacks between fluvial morphodynamics and pioneer riparian vegetation in sand-bed rivers (PROJECT LINK). My work integrates full scale flume studies at the Outdoor Stream Lab at the University of Minnesota (St. Anthony Falls Laboratory), field studies on the Bill Williams River in Arizona, and geospatial analysis of vegetation and geomorphic change over time.
I am currently a Research Coordinator at The Nature Conservancy of Pennsylvania. My Masters research examined how avian species richness, composition, and guild diversity vary between beaver-impacted and non-impacted riparian zones within the central Adirondack Mountains. I am also examining how avian community structure changes as beaver ponds undergo successional changes. I will also be looking at vegetative structure and habitat variables to make links between beaver impacts and witnessed avian usage.
I am currently a habitat biologist at Pheasants Forever in Central Pennsylvania. My Masters research focused on understanding the nutrient benefits of allochthonous leaf litter in Northeastern US vernal pool ecosystems. My goal was to quantify the nutritional value of various leaf species using physical, chemical, and biological indicators. These unique microecosystems are typically found in heavily shaded forests, and therefore lack the primary production benefits of most larger wetlands. Thus, this project will contribute significantly to our understanding of the controlling influence of stand composition and structure on forest wetlands. My results have direct relevance to agencies engaged in vernal pool creation and wetland mitigation.
Research Interests: I am studying the climate-growth relationships of eastern redcedar and its close relative common juniper. The species grow together at my study sites where redcedar approaches its northern range limit and common juniper approaches its southern range limit. In general, I am interested in anything that lives in forests and doesn't run away from me: trees, herbaceous plants, lichens, and other fungi are all fair game. Currently I am working on influences of physical river processes on the population structure of Fremont cottonwood, a dominant riparian tree along the Sacramento River, California PROJECT LINK as well as dendroecology and stable isotope indicators of of riparian tree health in semi-arid ecosystems PROJECT LINK.
Elizabeth is now a Lecturer at Paul Smith's College.
Previous Degrees: Middlebury College B.A. in Biology;
University of Missouri - Columbia, Ph.D. in Biological Sciences
Research Interests: I am developing patch-based population models for Fremont cottonwood stands on the Sacramento River in California's Central Valley. The models will be used to predict the effects of climate change and changes in flow regime on the riparian ecosystem. PROJECT LINK
Sara is now an Assistant Professor in Biology at Utica College.
Previous Degrees: Drew Univerisity, Madison, NJ, B.A. in Biology; SUNY College of Environmental Science and Forestry, Ph.D. in Ecology
Research Interests: I am broadly interested in plant and wetland ecology. My dissertation research (Dr. Don Leopold, major professor, SUNY-ESF) concerns the population ecology and conservation of the rare wetland plant Trollius laxus, which grows in fens in the northeastern US. In the Stella Lab I examined riparian tree seedling establishment patterns along aridland rivers. PROJECT LINK
Alex is now an Assistant Professor in the School of the Environment at Washington State University
Previous Degrees: University of California, Davis, Ph.D. in Ecology; M.A.in Geography;
Principia College, Elsah, IL, B.S. in Environmental Science & Mathematics
Research Interests: Riparian Ecology and River Restoration; Landscape Ecology of Large Rivers; Semi Arid River Systems; Watershed Scale Dynamics of Large Woody Debris; Modeling of Landscape Genetics; Geographic Information Systems; EcoAgriculture. PROJECT LINK
Laura is now in the Ph.D. program in Geociences at University of Rhode Island.
Previous Degree: Union College, B.S. in Biology
M.S. Thesis Title: Water stress response and plant survival in four shrub willow varieties across three sites with varying soil substrates in Central New York.
Research Interests: My research used stable isotopes to study the ecophysiological functioning of willows used in biomass crops and phytoremediation. PROJECT LINK
Anna now manages a research laboratory at the University of Michgan
Previous Degree: University of Michigan, B.S. in Biology
M.S. Thesis Title: Landscape influences on site occupancy by beaver and resultant foraging impacts on forest compositon and structure (Adirondack Mountans, NY, USA)
Research Interests:My research integrated a 30-year beaver occupancy dataset at Huntington Forest in the Central Adirondacks with extensive field work and geospatial analyses to quantifythe forest impacts associated with varying degrees of beaver occupancy. As part of this, I analyzed relationships between beaver occupancy and landscape topography, the quantity and quality of woody plant forage, and dam site mainenance costs. PROJECT LINK
Kacie is now a community watershed and environmental educator at Cornell Cooperative Extension in Syracuse, NY.
Previous Degree: State University of New York, Binghamton, B.S. in Biology
M.S. Thesis Title: Multi-scale analysis of synoptic streamwater chemistry and seasonal nutrient limitation in a mixed-use catchment (Onondaga Creek, NY)
Research Interests: I study the biogeochemistry and nutrient stoichiometry of the Onondaga Creek watershed in Syracuse, NY. I am interested in how water chemistry varies throughout a network with land-use and natural features such as tributary confluences, salt springs, and mudboils. I am analyzing gradients in nutrient loading and limitations for in-stream production at different catchment scales. My goal is to understand the most relevant perspective for evaluating stream physio-chemical gradients in a catchment with diverse land uses (forest, agriculture, urban) and cumulative impacts to water quality. PROJECT LINK
Previous Degrees: Salem State College, Massachusetts, B.S. in Biology. Humboldt State University, Arcata, CA, M.A. in Biology
Research Interests:My dissertation research focuses on the role of Calcium in northern hardwood forest floor ecology. I am studying community structure and trophic interactions between snails, arthropods and terrestrial salamanders in forests with varying levels of available Calcium in the organic soil horizon. In a landscape that has undergone historically high levels of acid deposition, this research will provide insight into the effects that Calcium leaching may have on the leaf litter fauna and bottom up processes in northeastern forests.
Previous Degree: University of St. Andrews (Scotland), B.S. in Environmental Geoscience
Career Interests: Hydrogeology and groundwater management.
Previous Degree: State University of New York, Cortland, B.S. in Biology
Career Interests: Watershed, stream and wetlands management.
Career Interests: I am interested in the dynamics and control of invasive species, particularly non-native aquatic macrophytes in lakes and rivers.
Career Interests: My interests are associated with wetland resources and the diversity and interactions of animal and plant species that are found within these complex ecosystems. I enjoy ecological sampling and wetland monitoring, especially if these actions relate to wetland protection issues and/or state and federal environmental regulations. My capstone seminar will focus on ecological sampling and wetland monitoring at landfill sites.
Rachel is now working for EA Engineering, Science and Technology in Syracuse, NY.
Previous Degree: University of Evansville, B.S. in Environmental Science
M.S. Thesis Title: Heat and chemical tracing of groundwater discharge to Ninemile Creek, New York
Lisa is now working for the US Forest Service in the Willamette National Forest in Oregon.
Previous Degree: Slippery Rock University, BA in Environmental Geoscience
M.S. Thesis Title: Winter hydrology and nitrogen export from a forested watershed of the Adirondack Mountains