Past Projects
Ecological
Collaboration with: Organic Valley
Investigators: Casey Hoy (Agroecosystem Management Program); Mike Lilburn (Department of Animal Science); Yebo Li (Department of Food, Agricultural and Biological Engineering)
About: Oilseed crops have the potential to add complexity to crop rotations, provide valuable ecosystem services, and deliver additional value chains in the form of on-farm biodiesel, cooking oil, and highly nutritious feed for animals. Four oilseed crops were planted in one-acre plots at The Mellinger Farm and were evaluated in terms of their growth characteristics, yield, and ecosystem services, including floral resources for pollinators, bio-control services and soil conditioning. Learn more.
Collaboration with: the Departments of Entomology; Plant Pathology; Agricultural, Environmental and Development Economics; and Horticulture and Crop Science
Investigators: Doug Doohan (Horticulture and Crop Science); Mark Bennett (Horticulture and Crop Science); Imed Dami(Horticulture and Crop Science); Roger Downer (Horticulture and Crop Science); Matt Kleinhenz (Horticulture and Crop Science); Mark Loux (Horticulture and Crop Science); Jason Parker (Horticulture and Crop Science); Michael Ellis (Plant Pathology); Sally Miller (Plant Pathology); Casey Hoy (Entomology and Agroecosystem Management Program); Stanley Ernst (Agricultural, Environmental and Development Economics)
About: Environmental disease induced by off-target movement of herbicides is a critically important emerging threat to the specialty crop industry. This project brings together diverse stakeholders at an interdisciplinary symposium and workshop on the subject. This will ultimately lead to a Coordinated Agricultural Project proposal of national scope to address the threat of herbicide induced environmental disease using a systems approach. Learn more.
Collaboration with: the Department of Entomology
Investigators: Casey Hoy (Entomology and Agroecosystem Management Program); Parwinder Grewal (Entomology); Harit Bal (Entomology); Nuris Acosta; Janet Lawrence; Ganpati Jagdale, Zhiqang Cheng; Jung Joon Park
About: This research examined how farmers could use soil management techniques to increase the efficacy of beneficial nematodes (microscopic worms) that attack harmful insects in soils. Conventional and alternative soil management systems were established in field plots and the survival and establishment of the beneficial nematodes was measured over time.
Collaboration with: the Department of Entomology
Investigators: Mustapha Jallow (Entomology); Casey Hoy (Entomology and Agroecosystem Management Program), Omprakash Mittapalli (Entmology); Andrew Michel (Entomology); Marianne Anita Bautista (Entomology)
About: This project explored the behavioral responses of insect pests to insecticides, and its genetic correlation with physiological tolerance to these toxins. Our usual approach in crop protection is to try to create high and uniform doses of insecticides, or insecticidal compounds produced by resistant varieties. A typical response in insect populations is very high levels of physiological resistance. But in nature, protective compounds in and on plants are typically found at low and highly variable concentrations, at any spatial scale from within a leaf to across a continent. We have demonstrated that behavioral responsiveness to insecticides, when encountered in low and variable concentrations, can increase susceptibility in insect populations. This project, therefore, seeks the biological understanding from molecular to population levels to use insecticides in ways that better mimic what we find in nature, with more sustainable effects, and with much lower amounts required to protect crops. Learn more.
Marianne Anita Bautista, Omprikash Mittapalli, Casey W. Hoy, Andrew P. Michel. Single nucleotide polymorphism discovery in the diamondback moth, Plutella xylostella (L.) Molecular Ecology Resources. In Press.
Collaboration with: the School of Environment and Natural Resources; the Department of Entomology; Organic Food and Farming Education and Research; and Agricultural Communication, Education and Leadership
Investigators: Lance Williams; Virginie Bouchard (School of Environment and Natural Resources); Patrick Goebel (School of Environment and Natural Resources); Richard Moore (School of Environment and Natural Resources); Deborah Stinner (Organic Food and Farming Education and Research)
About: Small (headwater) streams represent approximately 80% of a watershed and have been identified as critical components in efforts to reduce environmental pollution to downstream areas (e.g., Gulf of Mexico). The purpose of this study was to understand how agricultural land use affects water quality in headwater streams. The hypothesis was that management of agricultural ecosystems that integrate values of local communities with scientific knowledge would be the most effective method of restoring water quality in watersheds while maintaining productivity of farming and economic viability of local communities. Learn more.
Collaboration with: Organic Food and Farming Education and Research
Investigators: Deborah Stinner (Organic Food and Farming Education and Research); Patrick Hatcher (Chemistry); Ben Stinner (Agroecosystem Management Program)
About: Agricultural soils may help decrease the threat of global warming by sequestering carbon in soil organic matter. There is some evidence that organic farming may store more carbon than conventional management. However, organic agriculture has received very little scientific study in the U. S. The goal of this project was to assess carbon sequestration and carbon and nitrogen cycling in organic agricultural ecosystems and to evaluate implications on a landscape scale.
Collaboration with: the Departments of Entomology and Animal Sciences at OSU as well as the Innovative Farmers of Ohio, Newcomer Consulting and 26 Ohio Dairy Farmers
Investigators: Dave McCartney (Entomology); Stuart Newcomer (Newcomer Consulting); Ben Stinner (Entomology and Agroecosystem Management Program); Scott Stoller (Dairy Farmer, Wayne County, Ohio); Bill Weiss (Animal Sciences)
About: The goal of this project was to build upon farmers’ observations that healthy soil grows healthy plants, which in turn grow healthy animals. For years, dairy farmers have known that, “in the soil and rumen, microbes eat first.” Biologically-minded farmers maintain the health of their crops and cows by “feeding the soil and rumen bugs” (microbes) using good organic matter management. Since microbes require carbon for energy and nitrogen to build protein, the balance of organic matter carbon and nitrogen is very important. Health and productivity of the soil, plant and ruminant animal increase when carbon and nitrogen are in balance because metabolism and production are closely linked. Thus, organic matter can be managed for nutrient content to promote microbial efficiency. In a two-year study of 22 grazing and confinement dairy farms in northeast Ohio, we investigated carbon and nitrogen balance in soil, plants and animals. Learn more.
Economic
Collaboration with: the Fund for our Economic Future
Investigator: Casey Hoy (Agroecosystem Management Program)
About: This multi-stage project will help revitalize rural areas in the region and reconnect them with the urban and suburban cores by building local food and agricultural bioscience-based economies. The project will assess the region’s biotech resources to expose the best opportunities, while engaging the region’s leaders and entrepreneurs to turn those opportunities into a reality. The collaboration platform localfoodsystems.org was enhanced through this project – and will serve as a powerful tool for carrying the project goals forward. Learn more here and here.
Collaboration with: Michigan State University, the Pennsylvania Association for Sustainable Agriculture, and John Deere
Investigators: Casey Hoy (Agroecosystem Management Program); Stanley Ernst (Agricultural, Environmental and Development Economics)
About: The proliferation of interdependent local food systems within regional areas constitutes a powerful, transformative force within the U.S. economy. The resurgence of these systems is in direct response to concerns about food security and safety, climate change, and unfettered globalization. Such interconnected local food systems provide specialty crop growers, packers, processors, distributors and retailers with excellent opportunities to expand markets, commercialize technological advances, and prompt business growth. However, considerable networking and collaboration skills will be required within and among individuals and groups if these “webbed” local food systems are to evolve and achieve their full potential. In this project, we focus on strengthening networking capacity and honing collaborative skills to prompt market expansion, technology commercialization, and business growth through local food systems that produce and deliver specialty crops in the Midwest. Our goal is to link these distributed local food systems into a robust, interstate, regional network that shares experience and learning, expedites the adoption of new technology and practices, and coordinates planning of entire food supply chains, rather than individual businesses in isolation. The website developed during the project, localfoodsystems.org, remains available as a resource to build local economies rooted in agriculture. Learn more.
Collaboration with: OSU Extension and the University of Dayton
Investigators: Casey Hoy (Agroecosystem Management Program); Megan Shoenfelt (Agroecosystem Management Program); Daniel Frobose (OSU Extension)
About: This project was designed to help specialty crop farmers and institutions in Ohio improve their prospects for doing business together. Results from a detailed survey of institutional food service providers, primarily focused on many private and public institutions of higher education within Ohio, were used to prepare a guide for farmers and institutional buyers entitled “Ohio’s Specialty Crops, a boost to food service menus”. Check out the guide.
Collaboration with: the Urban Landscape Ecology Program (OSU)
Investigators: Parwinder Grewal (Entomology and Urban Landscape Ecology Program); John Cardina (Horticulture and Crop Science); Mark Erbaugh; Casey Hoy (Agroecosystem Management Program); Matt Kleinhenz (Horticulture and Crop Science); Peter Ling (Food, Agriculture and Biological Engineering)
About: This project sought to expand stakeholder involvement in efforts to facilitate and enhance specialty crop production (fresh vegetables and fruits) in poverty stricken urban areas. The long term goal was to address the needs, characteristics, and potential of vibrant urban specialty crops enterprises and demonstrate their benefits to revitalization of poverty stricken neighborhoods. This was achieved by surveying stakeholders, organizing a stakeholder conference to identify critical needs, and establishing teams of researchers and stakeholders to develop a comprehensive specialty crops project. Learn more.
Collaboration with: the School of Environment and Natural Resources; the Department of Entomology; Organic Food and Farming Education and Research; and Agricultural Communication, Education and Leadership
Investigators: Ben Stinner (Agroecosystem Management Program and Entomology); Patrick Goebel (School of Environment and Natural Resources); Richard Moore (School of Environment and Natural Resources); Deborah Stinner (Organic Food and Farming Education and Research); Robin Taylor
About: Efforts to restore ecological function to agricultural landscapes will be successful only if they include both the human and biophysical dimensions of these systems. The objectives of this research planning grant were: (1) to benchmark the social, physical, and ecological features of the headwater tributaries that most directly relate to understanding the linkages between managed terrestrial and aquatic systems; (2) to create increased awareness of watershed ecology, and motivate farmers to use, and others to encourage the use of agricultural practices that improve water quality, and (3) to restore biodiversity and ecosystem function on a tributary by tributary basis of whole landscapes including both agricultural and non-agricultural areas.
Social
Collaboration with: the School of Environment and Natural Resources; the Urban Landscape Ecology Program; Agricultural Communication, Education and Leadership; Organic Food and Farming Education and Research Program; and the Department of Entomology
Investigators: Richard Moore (School of Environment and Natural Resources); Patrick Goebel (School of Environment and Natural Resources); Parwinder Grewal (Entomology); Casey Hoy (Entomology and Agroecosystem Management Program); Amanda Rodewald (School of Environment and Natural Resources); Deborah Stinner (Organic Food and Farming Education and Research)
About: The GK-12 project engages STEM graduate fellows, along with collaborating faculty and resource professionals, and students and teachers (from grades 3-5, 6-8, 10-12) including those from Amish schools, in research and education on watershed science. The project builds on existing interdisciplinary research on the Sugar Creek Watershed in North East Ohio. The intellectual merit includes the exploration of watershed science as a model system for incorporating multiple disciplines into a holistic, constructivist, systemic educational approach – and to create a cooperative learning opportunity involving university researchers and K-12 teachers and students. Visit the website.
Social Network Analysis using localfoodsystems.org
Collaboration with: the Environmental Sciences Graduate Program and the School of Environment and Natural Resources
Master’s thesis research by Jason Parker (Richard Moore, Advisor)
About: Jason Parker’s master’s work examined on the relationships between land tenure and farmer attitudes regarding the adoption of conservation practices among Old Order Amish in the South Fork of the Sugar Creek Watershed in southern Holmes County. This information is intended to help policymakers, researchers, and agency personnel gain a better understanding of relationships between land tenure and other local knowledge and allow direct input from farmers regarding their perceptions and needs. The project is an important component of the larger Sugar Creek Project with a participatory community research and development focus. Learn more.