MSc in Soil and Crop Sciences - Soil Science in Ithaca United States | Cornell University

The Department of Soil and Crop Sciences operates within a state-of-the-art agricultural research complex. The facility features an eleven-story climate-controlled research tower with adjacent wings housing fully equipped laboratories, classrooms, offices, and support areas. Campus resources include growth chambers, greenhouses, and three primary field stations near Ithaca. Several faculty members hold positions at the Robert W. Holley Center for Agriculture and Health or the Boyce Thompson Institute for Plant Research, both located on campus. Numerous professors conduct research addressing global agricultural and environmental challenges in tropical and subtropical areas, with select students having opportunities to perform significant research abroad. Field Crop Science encompasses diverse studies ranging from practical field applications to cellular biology and biotechnological advancements. Research aims to enhance crop yield and quality worldwide while investigating physiological traits that could be optimized through breeding or genetic modification. Soil Science examines soil properties and processes, focusing on enhancing agricultural productivity while maintaining ecological balance through sustainable practices.

The Soil Science Concentration investigates soil ecosystem dynamics, prioritizing crop production improvement alongside natural resource conservation through ecological methods. Research areas include: Soil Biology and Microbial Ecology - Analyzing how farming practices affect soil ecosystems and microbial activity. Key studies involve developing soil health assessments, exploring microbial diversity's role in agricultural systems, and employing genomic tools to identify novel soil microorganisms. Soil and Water Management - Evaluating rural water resource management strategies and comparing public versus private approaches. Analytical Soil Chemistry - Developing predictive models for soil trace elements, studying metal uptake in plants, and examining cadmium and zinc behavior in natural environments. Soil Fertility and Nutrient Management - Optimizing nitrogen and phosphorus cycling in farm soils to boost plant nutrition. Research focuses on improving fertilizer efficiency, understanding soil organic matter dynamics, implementing sustainable farming practices, and balancing agricultural profitability with environmental protection. Soil Biogeochemistry - Studying nutrient and carbon cycling processes within soils and their transfer to aquatic systems. Investigations include carbon storage strategies for climate change mitigation and advanced spectroscopic techniques for microscopic soil analysis. Soil Physics/Environmental Biophysics - Creating soil quality assessment methods, studying porous media properties, developing transport models, and examining microbial impacts on soil structure and water movement. Additional research explores ion exchange processes in clays and the relationship between electrolyte transport and soil colloidal interactions.