Highly accomplished Ph.D. student and Lab Analyst specializing in Plant-Environmental Chemistry and Agricultural Science, with a robust background in soil carbon dynamics, greenhouse gas mitigation, and sustainable fertilizer development. Leverages advanced analytical techniques, machine learning, and statistical modeling to drive innovative research, contributing to impactful solutions for environmental sustainability and agricultural productivity. Eager to apply expertise in a research-intensive role focused on developing cutting-edge agricultural and environmental technologies.
Lab Analyst
Daejeon, South Korea, Korea (Republic of)
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Summary
Served as a Lab Analyst, conducting comprehensive analyses of fertilizers, compost, and biochar to support national agricultural research and technical consultation.
Highlights
Performed precise physicochemical analyses on fertilizer, compost, and biochar samples, ensuring data accuracy for critical agricultural research projects.
Provided expert technical consultation on material properties, contributing to the quality control and development of agricultural inputs.
Supported multiple research initiatives by generating reliable analytical data, directly impacting studies on soil quality and crop productivity.
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Ph.D.
Plant-Environmental Chemistry, Agricultural-Chemistry
Courses
Thesis: Assessment and Enhancement of Soil Carbon Stocks in Agricultural Lands: Integration of digital soil mapping and crop residue management strategies
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M.S.
Plant-Environmental Chemistry, Agricultural-Chemistry
Courses
Thesis: Influence of Individual and Co-application of Organic and Inorganic Fertilizer on NH3 Volatilization and Soil Quality
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B.S.
Bio-Environmental Chemistry
Courses
Thesis: Effects of Varying Rates of Nitrogen and Biochar pH on NH3 Emissions and Chinese cabbage Yield
Awarded By
Korean Society of Soil Science & Fertilizer
Awarded for exceptional oral presentation of research findings.
Awarded By
Korean Society of Soil Science & Fertilizer
Recognized for outstanding research presentation in soil science and fertilizer.
Awarded By
Korean Society of Soil Science & Fertilizer
Recognized for outstanding research presentation in soil science and fertilizer.
Awarded By
Korean Society of Soil Science & Fertilizer
Awarded for exceptional oral presentation of research findings.
Awarded By
Chungnam National University Graduate School
Acknowledged for academic excellence at the graduate level.
Awarded By
Korean Society of Soil Science & Fertilizer
Acknowledged for academic excellence in soil science and fertilizer research.
Awarded By
International Conference on Agricultural Science & Research
Awarded for outstanding presentation at an international conference.
Awarded By
Korean Society of Soil Science & Fertilizer
Recognized for outstanding research presentation in soil science and fertilizer.
Awarded By
International Conference on Agricultural Science & Research
Awarded for outstanding presentation at an international conference.
Awarded By
Chungnam National University Graduate School
Acknowledged for academic excellence at the graduate level.
Awarded By
Korean Society of Soil Science & Fertilizer
Recognized for outstanding research presentation in soil science and fertilizer.
Published by
Under Review
Summary
Research focused on developing an optimized strategy for microplastic quantification in agricultural soils.
Published by
Under Review
Summary
Investigated machine learning applications for rapid and accurate microplastic yield estimation.
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Under Review
Summary
Focused on creating and validating an effective microplastic extraction protocol for reclaimed agricultural soils.
Published by
Environ. Res. Commun. Accepted
Summary
Study on the impact of organic fertilizers combined with ginkgo leaf biochar on lettuce growth and soil properties.
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Korean J. Agric. Sci. Accepted
Summary
Researched effective methods for removing soil organic matter to improve microplastic quantification in agricultural soils.
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Korean J. Agric. Sci. Accepted
Summary
Examined the short-term effects of biochar application on crop productivity under different soil pH conditions.
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Agric. Environ. Sci. 44:180-187
Summary
Analyzed the combined effects of organic fertilizer and rice husk biochar on soil quality and crop productivity.
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Korean J. Soil Sci. Fert. 58:190-201
Summary
Investigated the role of pyrolysis temperature in brewer's spent grain biochar for reducing ammonia emissions from urea-fertilized soils.
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Korean J. Soil Sci. Fert. 58:324-334
Summary
Developed a machine learning model to quantify methane emissions from flooded rice paddies in Chungcheong province.
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Korean J. Soil Sci. Fert. 58:314-323
Summary
Assessed the effectiveness of fertilizer deep-placement in mitigating N2O emissions and enhancing soil fertility in rice paddies.
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Korean J. Agric. Sci. 52:223-231
Summary
Monitored soil characteristics in reclaimed agricultural soils to improve upland crop productivity.
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Sci. Total Environ. 935:173392
Summary
Explored the synergistic effects of silicate fertilizer and iron slag for sustainable methane emission mitigation in rice farming.
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Sci. Rep. 14:5692
Summary
Investigated how pyrolysis temperature and time of rice husk biochar can control ammonia emissions and enhance Chinese cabbage yield.
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Sci. Rep. 14:29910
Summary
Analyzed the ammonia capture kinetics and capacity of rice husk biochar produced under various pyrolysis conditions.
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Agron. J. 116:982-989
Summary
Developed methods for quantifying soil organic matter using soil color and machine learning for sustainable agricultural land management.
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Appl. Biol. Chem. 67:22
Summary
Evaluated the yield, functional properties, and nutritional composition of leafy vegetables grown with dehydrated food waste and spent coffee grounds.
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Korean J. Soil Sci. Fert. 57:331-343
Summary
Applied machine learning to quantify methane emissions in rice paddies based on rice cultivar and transplanting date.
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Korean J. Agric. Sci. 51:643-654
Summary
Investigated the impact of poultry manure biochar on soil nutrition and carbon content in reclaimed agricultural soils.
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Korean J. Agric. Sci. 51:625-634
Summary
Studied the short-term effects of liquid livestock manure fraction on cucumber cultivation.
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Appl. Biol. Chem. 66:45
Summary
Analyzed how pyrolysis conditions affect the chemical properties of carbonized rice husks for enhanced ammonia adsorption.
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Korean J. Soil Sci. Fert. 56:209-216
Summary
Utilized digital soil mapping and multiple linear regression for statistical estimation of soil carbon stocks in Chungcheong Province.
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Korean J. Agric. Sci. 50:713-721
Summary
Evaluated the impact of organic amendments on lettuce growth and soil chemical properties across different soil pH conditions.
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Sci. Total Environ. 902:166174
Summary
Investigated the factors of rice cultivar and transplanting date on methane emissions from rice paddies.
Microsoft Office (Word, PowerPoint, Excel), R Studio, Python.
Soil Analysis, Fertilizer Analysis, Biochar Analysis, Statistics, Modeling, Greenhouse Gas Analysis, Microplastic Analysis.
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Summary
Led research funded by the Rural Development Administration to develop innovative techniques for producing and applying organic fertilizers derived from agricultural residues.
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Summary
Conducted studies funded by the Rural Development Administration focusing on the physiological and ecological aspects of rice plants to reduce methane emissions.
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Summary
Executed a Syngenta-funded project to explore the impact of five distinct microbial agents on soil environment and crop growth.
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Summary
Engaged in a Rural Development Administration-funded project to develop advanced techniques for estimating and predicting national soil carbon stocks.
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Summary
Collaborated on a project funded by the Ministry of Agriculture, Food and Rural Affairs (MAFRA) to determine optimal fertilization rates for new prototypes and their impact on soil and plant health.
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Summary
Participated in a POSCO Co. Ltd-funded project focused on developing silicate fertilizers designed to reduce methane (CH4) and nitrous oxide (N2O) emissions.
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Summary
Participated in a Rural Development Administration-funded project to quantify particulate matter emissions from crop production and assess the role of biochar in mitigation.
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Summary
Contributed to a Rural Development Administration-funded project focused on standardizing techniques for evaluating the quality of food waste-based composts.