Graduate Specialization in Soil Science
Soil is the thin outermost layer of Earth's crust. Like our own skin, we can't live without soil. Why? ~ Most of our food comes directly or indirectly from plants anchored in, and nourished by, soil. ~ Part of the oxygen we breathe is produced by plants living in soil. ~ Much of the water we drink and use every day soaked into, and was filtered by, soil. ~ And nearly everything we build is built on soil, and often with it. Like our skin, it is easy to take soil for granted-and to damage it. ~Soil Science Society of America (https://www.soils.org/about-soils)
Soil is a fundamental resource for ecosystems functioning and environmental health. It is a living filter that provides vital ecosystem services – including carbon sequestration, recycling of nutrients, and assimilation of waste products. Soil is a key component of natural agricultural and wildland ecosystems that sustains all global processes.
Soil science is highly interdisciplinary; soil scientists apply biology and microbial ecology, chemistry, earth sciences, ecology, hydrology, mineralogy, mathematics, nutrition, toxicology, and physics to understand, sustain, and improve the environment. A diverse range of research tools are used, such as geospatial analysis, computer modeling, microscopy, spectroscopy, bioassays, molecular biology, and other advanced field and lab technology for soil investigation.
Graduate students actively participate and present their research at national and international scientific conferences. Upon graduation, students are prepared for professional certification by the Soil Science Society of America (SSSA). Professional soil scientists work in private industry, academia, and federal, state and local agencies in research, consulting, education, and outreach. Soil scientists provide expertise in food production and safety, environmental quality, ecosystem sustainability, ecological restoration, beneficial recycling of byproducts, and land use planning.
We are Unique
- Interdisciplinary Research. As a specialization within a multidisciplinary program, there is great potential for collaboration and exposure to coursework, professional development, and research across a broad range of basic and applied sciences. Ohio State is a large research university with diverse opportunities to enhance professional experience and to satisfy intellectual curiosity. Graduate Minors available include Statistics & Statistical Data Analysis; Graduate Interdisciplinary Specializations include Geospatial Data and Analysis and College and University Teaching.
- International Travel. Study abroad is encouraged; recent activities include programs in Iceland and Puerto Rico. Faculty and students actively engage in collaborative research and communication with scientists in other countries.
- Resources. The soil science graduate faculty are located at The Ohio State University in Columbus, and the Ohio Agricultural Research and Development Center (OARDC) in Wooster. Both campuses support well-equipped laboratories, greenhouses, growth chambers, libraries, and computer centers. Field research areas are located in Columbus, Wooster, and eight branch stations throughout Ohio.
Examples of Current Projects and Funding
- “Regulation of the Hydrologic and C Cycles by Native Shrubs in Soils of Sub-Sahelian Africa,” funded by the National Science Foundation, Geoscience/Biocomplexity Program, Washington D.C.
- “Upper Sugar Creek Watershed, Ohio: A Model Watershed For Study Of Pathogen Origin, Fate And Transport” funded by USDA-CSREES
- “Use Of Flue Gas Desulfurization Products In Agriculture” funded by USEPA, Department of Energy, and Industry Partners
- "Removal Of The Greenhouse Gas, Methane, Due To Increased Oxidation In No-Tillage Agricultural Fields” funded by Climate, Water and Carbon Program at Ohio State University
- “Soil Bioavailability-Based Remediation” funded by National Science Foundation, Environmental Molecular Science Institute
- “Contaminated Soil and Human and Ecological Risk” funded by Strategic Environment Research and Development Program
Career Placement Soil science graduates from Ohio State continue to influence research and to foster international achievements at over 20 public and private universities, state and federal agencies, and laboratories in the United States and other nations.
Universities
- Ball State University
- Iowa State University
- King Saud University, Saudi Arabia
- Mayo Clinic in Rochester, Minnesota
- Michigan State University
- Nankai University, China
- Pennsylvania State University
- South Korean Naval Academy
- The Ohio State University
- University of Idaho
- University of Makarere, Uganda
- University of Mazatlan, Mexico
- University of Tennessee
- Wittenberg University
Agencies & Programs
- Commonwealth Scientific and Industrial Research Organization (CSIRO) in Australia
- EMBRAPA - Cerado Center in Brazil
- Environmental Concerns Action Network of the Solomon Islands
- Environmental Protection Institute, Brazil
- Franklin County Board of Health
- GIS Ohio Department of Natural Resources
- United States Department of Agriculture Research Service
- United States Department of Agriculture NRCS
- Environmental Protection Agency (federal and state)
Industry
- Hull & Associates (Environmental Engineers)
- Bennett & Williams Environmental Consultant
Soil Science at Ohio State is also offered as a Graduate Minor, available to all graduate students enrolled in a degree-seeking program at Ohio State. Click here to view brochure.
Soil Science Faculty Members
Soil Science Courses
| ENR 540 |
Urban and Sports Turf Soils |
| ENR 580 |
Soil Fertility and Fertilizers |
| ENR 630 |
Soils of Forest Ecosystems |
| ENR 645 |
Soils of the Tropics |
| ENR 650* |
Soil Landscapes: Morphology, Genesis & Classification |
| ENR 655* |
The Soil Physical Environment |
| ENR 660* |
Soil Chemical Processes and Environmental Quality |
| ENR 665* |
Biology of Soil Ecosystems |
| ENR 671 |
Soil Physics |
| ENR 675 |
Environmental Fate and Impact of Contaminants in Soil and Water |
| ENR 720** |
Characterization of Soil in the Field and Laboratory |
| ENR 730** |
Computer Simulation of Soil Hydrological and Biogeochemical Processes |
| ENR 740** |
Field Soil Investigation: Soil Chemistry, Fertility and Biology |
| ENR 753 |
Soil Mineralogy |
| ENR 761 |
Soil Biochemistry |
| ENR 871 |
Advanced Soil Physics |
| ENR 872 |
Surface and Colloid Chemistry of Soils |
| STAT 528* |
Data Analysis I |
| STAT 529* |
Data Analysis II |
* required core course for Master's and PhD programs of study ** required core course for PhD programs of study
Theses and Dissertations produced by graduate students advised by Soil Science graduate faculty since 2003
Click on the name to view the document on OhioLink.
Ph.D. Dissertations
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| 2011 |
A. Selhorst* |
Carbon Sequestration By Home Lawn Turfgrass Development and Maintenance in Diverse Climatic Regions of the United States |
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| 2010 |
S. Bardhan |
Bacterial Communities Capable of Enhanced EPTC and Atrazine Degradation in Wooster Silt Loam and Luray Silty Clay Loam Soils |
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K. Diedrick |
Investigation of Nitrogen/Water Relations in Corn, Nitrogen Timing & Rate Effects on Corn Yield Components, and Manganese-Glyphosate Interactions on Soybeans in Ohio |
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J. Jung |
Nitrogen Fertilization Impacts on Soil Organic Carbon and Structural Properties Under Switchgrass |
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N. Merrick |
Microbial Source Tracking: Watershed Scale Study of Pathogen Origin, Fate, and Transport in the Uppers Sugar Creek Watershed, Northeast Ohio |
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R. Tirado-Corbala |
A Lysimeter Study of Vadose Zone Porosity and Water Movement in Gypsum Amended Soils |
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H. Yang* |
Development and Evaluation of a Biphasic Rain Garden for Stormwater Runoff Management |
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L. Yousef |
Class-I Elicitins in Relation to Sterol Acquisition and Lipid Profiling of Phytophthora sojae |
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| 2009 |
S. Jagadamma |
Stabilization Mechanisms of Organic Carbon in Two Soils of Midwestern United States |
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U. Mishra |
Predicting Storage and Synamics of Soil Organic Carbon at Regional Scale |
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| 2008 |
R. H. Anderson |
Soil Physical And Chemical Property Effects On Toxicity And Bioaccumulation Of As (V), Cd, Pb, And Zn By Herbaceous Plant Receptors |
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S. Mestalan |
Impact of long-term no till and plow till on soil properties and nutrient cycling |
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S. Subburayalu |
Application of machine learning for soil survey updates: A case study in southeastern Ohio |
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2005
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D. Beak |
Lead and arsenic and lead speciation and bioaccessibility following sorption on oxide mineral surfaces |
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M. von Fahnestock* |
Niche application of in-vessel composting |
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Y. Zinn |
Textural, mineralogical and structural controls on soil organic carbon retention in the Brazilian Cerrados |
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| 2004 |
W. Gagliano |
Biogeochemical characterization of a constructed wetland for acid mine drainage treatment |
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L. Mulumba |
Land use effects on soil quality and productivity in the Lake Victoria Basin in Uganda |
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J. Weatherington-Rice |
Fracture occurrence and ground water pollution potential in Ohio's glacial and lacustrine deposits: A soils, geologic, and educational perspective |
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| 2003 |
Y. He* |
Chromium reduction/immobilization under high pH and high ionic strength conditions |
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S-J Kim* |
Bioaugmentation for the remediation of pesticide-contaminated soil with microorganisms directly enriched in soil or compost |
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Master's Theses
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| 2012 |
M. Ann Varughese*
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Mulching and tillage effects on GHG emissions and properties of an Alfisol in Central Ohio |
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K. Minca |
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| 2011 |
C. Dygert |
Setback Distance Effect of Mitigating Nutrient Transport from Surface Applied Liquid Dairy Manure on Frozen/Snow-Covered Soil |
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C. Eastman |
Soil Physical Characteristics of an Aeric Ochraqualf Amended with Biochar |
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D. Henry |
Effect of Warm-Season Grass Filter Strips on Agricultural Runoff Nutrient Concentrations |
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M. Herman |
Laboratory Evaluation and Soil Test Phosphorus Trends in Ohio |
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P. Kolka-Jonsson |
Carbon Sequestration and Soil Development Under Mountain Birch (Betula Pubescens) in Restored Areas on Southern Iceland |
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M. Lane |
The Effect of Glyphosate on Soil Microbial Communities |
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| 2010 |
J. Goodman |
Creating a Reliable and Transparent System for Updating Soil Based Yield and Productivity Data
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G. Zirkle |
Assessment of Carbon Sequestration in the US Residential Landscape |
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| 2009 |
L. Bast |
Evaluation of Nitrogen Recommendations for Corn, Based on Soil Analysis and Remotely Sensed Data |
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J. Beniston |
Soil Organic Carbon Dynamics and Tallgrass Prairie Land Management |
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P. Chacón Montes de Oca |
Effect of Land Use, Climate and Soil Structure on Soil Organic Carbon in Costa Rican Ecoregions |
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D. Florence |
Growth Performance of Six Plant Species and Removal of Heavy Metal Pollutants (Cu, Cr, Pb and Zn) in a Field-Scale Bi-Phasic Rain Garden |
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J. Ringler |
Monitoring the Hydrology of Soils for On-Site Wastewater Treatment Systems Using Matrix Potential Sensors |
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J. Undercoffer |
Monitoring Phosphorus Transport and Soil Test Phosphorus from Two Distinct Drinking Water Treatment Residual Application Methods |
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S. Whitacre |
Soil Properties Controlling the Bioaccessibility of Arsenic (V) and Implications for Human Risk Assessment from Ingestion of Contaminated Soil |
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| 2008 |
S. Schneider |
The agronomic feasibility of industrial waste products for athletic sports fields |
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2007
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A. Selhorst* |
Carbon sequestration and emissions due to golf course turfgrass development and maintenance in Central Ohio |
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A. Viswakumar* |
Evaluation of four buffer solutions for determining the lime requirement for Ohio soils |
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| 2006 |
J. Foster* |
The effect of dosing vehicle and arsenic speciation on arsenic bioaccessibility in smelter contaminated soil |
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S. Yu* |
Determination of nickel availability by urease activity |
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S. Demyan |
Chemical and physical changes in twenty-five year-old minesoils in southeast Ohio |
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J. Elder* |
Tillage effects on physical properties and processes of organic soils in north central Ohio |
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H. Emery |
Effects of organic versus conventional farming methods on physical and chemical soil quality indicators |
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C. Hurdzan |
Biodegradation and release of polycyclic aromatic hydrocarbons from natural organic matter surrogates |
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E. Taylor* |
Nonspecific and specific forces of interaction between Acidithiobacillus ferrooxidans and solid surfaces as determined by atomic force microscopy |
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| 2005 |
S. Bardhan |
Formulating soilless greenhouse and nursery media using clean coal combustion products and organic waste |
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S. Jagadamma |
Nitrogen fertilization and cropping systems effects on soil carbon pools in an Argiudoll in west central Illinois |
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J. Tanzosh |
Soil carbon dynamics and gaseous emissions in riparian zones in Coshocton, Ohio |
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| 2004 |
D. Burgess |
Effect of silicon and magnesium on fragipan strength |
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M. Mathews-Williamson |
Decrease in calcium chloride extractable and bioaccessible arsenic from CCA-contaminated soil by treatment with poorly crystalline iron or aluminum oxides |
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| 2003 |
V. Deshmukh* |
Anaerobic biodegradation of atrazine by native microbial populations in agricultural soils |
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M Dilley* |
Atrazine fate and transport in a created, flow-through emergent marsh: An examination of key processes |
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B. Thavamani |
Prediction of organic carbon, amino sugar (beta)-glucosidase, and (beta)-glucosaminidase activities using near infrared reflectance spectroscopy |
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* Environmental Science graduate student advised by ENR faculty.
Updated 2011-December Amy Schmidt, enrgrad@osu.edu
Graduate research in soil science has existed at Ohio State since 1905. The first M.S. degree was awarded in 1910 and the first Ph.D. in 1922. Throughout much of its history, graduate education in soil science was conducted through the Agronomy Graduate Program (soil science + crop science). In 1995, the Agronomy Graduate Program was re-titled and focused entirely on soil science. In 2008, the Soil Science Graduate Program merged with the Environment and Natural Resources Graduate Program and became a specialization within ENRGP. Because of its long history and outstanding graduates, the program has had a major influence on research in the discipline and has gained an international reputation for excellence and achievement. Approximately 25 graduates are currently members of the professoriate at 20 public and private institutions in the United States. Twelve other graduates serve similar roles at international universities. Many others are employed by state and federal agencies and by national laboratories in this and other countries.
Historically, the soil science discipline emerged from mainstream agriculture where it still plays a major role in addressing issues of international food security and human health. In the 1980’s, the importance of soil science to numerous environmental issues (acid rain, climate change, brown-fields, wetlands, biodiversity, water quality, waste management, etc.) became apparent, and scientists with this disciplinary expertise were increasingly asked to address research questions outside the scope of traditional agriculture. Soil science continues to play a pivotal role in natural resource, environmental, and agricultural issues at both national and international scales.
Soil Science is a well-recognized academic discipline that is served by an international union of national organizations. The Soil Science Society of America (SSSA) is a progressive scientific society that fosters the transfer of knowledge and practices to sustain the global soil resource. Founded in 1936, the SSSA is professional home for 6,000+ members dedicated to advancing the field of soil science. It supports research, education and outreach about soils in relation to crop production, environmental quality, ecosystem sustainability, bioremediation, waste management, and wise land use.
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