Waste Management Specialist and Director of the Cornell Waste Management Institute, Jean has spent 25 years in the education of composting food, manure, animal carcasses, compost quality/use. Jean's research includes the degradation of pharmaceuticals in mortality and manure, and characterizing and developing beneficial uses for organic residuals.
Many aspects of soil microbial communities are still a mystery and soil remains a fertile habitat for discovery. Daniel Buckley's research makes use of genomic tools to examine the microbial communities that live in soils, to explore their diversity, and to delineate the mechanisms by which they influence environmental processes in terrestrial ecosystems.
Jerome H. Cherney was born and raised on a dairy farm in central Wisconsin, receiving a B.S. degree in Plant Pathology from the University of Wisconsin. After a three year tour as a North Vietnamese linguist for the U.S. Army Security Agency, he received a M.S. degree in agronomy from the University of Wisconsin and a Ph.D. in agronomy from the University of Minnesota. He has recently focused research effort on the feasibility of grass combustion as an alternative energy source.
William Cox's passion his extension/research appointment emanates from a strong desire to support New York agriculture. To support that passion, Bill conducts a vigorous applied research program that focuses exclusively on New York agriculture. Last year, he conducted over 50 experiments at the Aurora Research Farm and on 11 farms throughout New York State to determine the best corn silage hybrids, soybeans varieties, and management practices for corn, soybean, and wheat.
Stephen Degloria's areas of expertise are in Resource Inventory, Mapping, and Analysis; Remote Sensing; Geographic Information Systems; Environmental Information Science; Soil Survey, Interpretations, and Conservation
The overall goal of Antonio Ditommaso's research program is to study and gain a more in depth understanding of the basic biological/ecological principles governing agricultural and environmental weed population dynamics that ultimately lead to the development and implementation of safe, effective, sustainable and economically viable weed management strategies.
In Deborah Grantham's full-time role as Assistant Director for Natural Resources and Environment for Cornell Cooperative Extension, she has worked to develop programming and funding opportunities by connecting Extension and research faculty and educators with each other and with agency, non-profit, and private sector stakeholders. Her particular interest is in the use of resource information technologies to convey nonpoint source and watershed education. In addition to her administrative and Extension responsibilities, she is interested in the application of hyperspectral reflectance to soil characteristics.
Russell Hahn joined the Integrated Field Crop and Soil extension team at Cornell in 1974. As an extension specialist, his mission is to evaluate weed management strategies for agronomic crops in NY State, to incorporate the results into management guidelines, and to conduct educational programs on the implementation of these guidelines.
Peter Hobbs is a crop scientist and agronomist with 30 years of experience with IRRI and CIMMYT, working mainly on rice and wheat systems and conservation agriculture in South Asia. He is presently an Adjunct Professor in SCS and also an International Professor in CALS IP, teaching various courses on international agriculture systems, agroforestry and GMO's.
The tools and products of remote sensing provide valuable information for environmental problem solving and engaging educational materials. With 20 years experience in the field of aerial photograph interpretation and mapping, Susan Hoskins' focus is to introduce and advance the understanding and use of these tools and resources to audiences including environmental professionals, resource managers, educators and youth.
Magdeline Laba's long term interests emphasize the integration of remote sensing science and technology, geospatial data and field sampling methods to address agronomic and natural resource management issues.
Julie Lauren has been involved in building and facilitating functional relationships between international and national NGOs, community based farmer groups, agricultural extension and national agricultural scientists, so that research activities become more demand driven and relevant to farmers needs. These connections also involve efforts to improve the technical capabilities of national scientists to adequately measure critical soil chemical properties or to assess the quality of their existing data.
Research and teaching in soil biogeochemistry and soil fertility management. Specialization in soil organic matter and nutrient studies of managed and natural ecosystems. Focus on soil degradation and sustainable agriculture in the tropics (especially Africa), bio-energy, greenhouse gas emissions from soil and headwaters, and synchrotron-based methods for soil research.
Carmen Enid Martínez is a soil and environmental chemist and biogeochemist. Her research and teaching foci are soil minerals, soil organic matter, reactions at the solid-solution interface, and their associated (biogeo) chemical processes.
Murray McBride's long-term interests focus on understanding the behavior of contaminants at the soil-water interface in the environment, with particular emphasis on the phytotoxic and zootoxic trace and heavy metals. He is interested in the issue of soil health, as it is impacted by the contamination of soils by various waste materials, commercial fertilizers and manures.
Jeffrey Melkonian's work involves the application of dynamic simulation modeling combined with field experimentation to better understand resource use, productivity, and the fate of nitrogen and water in agricultural and biomass crops.
Charles Mohler's research focuses on the ecology of weeds, mechanical and ecologically based weed management and biology of organic cropping systems. He was founder and former Project Coordinator of the Cornell Organic Cropping systems Project, a large multi-experiment, interdisciplinary investigation into the ecology of organic farming
Jonathan Russell-Anelli's research examines the spatial dynamics and characteristics of the environment. The focus is on land cover, soil and management topology and their effects on biogeophysical processes. His research also addressed the spatial arrangement and characterization of soil properties including nutrient and contaminant distribution.
Michael Rutzke has a strong interest, natural ability and resources to develop new technologies in the field of analytical chemistry. These provide researchers in other fields new opportunities for cutting edge research in cell biology, human nutrition, and environmental sciences.
Over the next decades, agriculture will undergo a transformation as farmers learn to produce more food while decreasing the environmental impact of their practices. Between feeding another two billion people and adapting to climate change, we face unprecedented challenges. However, at the same time, there has never been as much interest in agriculture as more and more consumers want to know the origins of their food and new farmers are increasingly from non-farm backgrounds.
Tim Setter is Professor and Chair in the Section of Soil and Crop Sciences, with joint membership in the Section of Plant Breeding and Genetics. He currently collaborates with researchers at CIMMYT, the International Maize and Wheat Improvement Center, on studies of drought tolerance of maize, and collaborates on cassava research with colleagues at national institutes in Nigeria, Ghana, and Uganda, and at the International Institute of Tropical Agriculture (IITA).
For the past 30 years Stephen Smith has been directly involved in resource inventory, land use mapping, land use planning, and technical education. The application of remote sensing, geographic information systems (GIS), and global positioning systems (GPS) technologies to cultural and environmental issues is his primary professional interest. The projects he has undertaken have ranged from the development of farm management systems to mapping the extent of an invasive plant species across a multi-county region.
Dawit Solomon's areas of expertise are in soil fertility and land degradation, sustainable agriculture, biogeochemistry, instrumental chemical analysis including synchrotron-based micro- and nano-spectromicroscopy and imaging approaches for environmental science research.
Janice Thies is a current associate editor of the Soil Science Society of America Journal and past member of the Editorial Board of Applied and Environmental Microbiology and the CALS Faculty Senate, where she served on the Executive Committee and as both Secretary and acting Chair. Her research program in soil ecology focuses on developing, testing and implementing methods to assess soil biological quality, remediate degraded soils, and improve soil management practices to ensure the long-term sustainability of agricultural ecosystems.
Harold van Es is a Professor of Soil and Water Management with extension, research and teaching duties. He also directs the Cornell Initiative on Computational Agriculture. He works in New York, and also has project experience in Central and Eastern Europe, Central America, Africa, the Middle-East, and New Zealand.
Olena Vatamaniuk joined the Cornell faculty in 2005. Her research program focuses on analyses of transition metals homeostasis and crosstalk between essential and toxic metals in plants and C. elegans.
In his research, Peter Woodbury develops models to understand and improve the sustainability of agricultural and forest ecosystems. Current projects include response to climate change, greenhouse gas mitigation and adaptation, effects of land management practices on soil, water, air quality, and ecosystem services, and sustainable bioenergy feedstock production. In his extension and outreach, he develops and shares information about agricultural and forest management approaches that can improve air, soil and water quality, and mitigate climate change.