담당과목

스마트시설원예학, 스마트팜생산학

•  원예작물의 발아촉진 처리
•  기계화 파종을 위한 종자코팅 처리
•  식물공장육묘 시스템
•  스마트팜 작물재배

주요논문

1. 1. Effects of Solid Matrix Priming (SMP) by Cultivar and Comparison of Seed Moisture Content Changes during Treatment in Watermelon Seeds. (2025) Journal of Bio-Environment Control, 34(1), 37 ~ 46
2. 2. Effect of Organic Matter Content in Soil Treated with Radionuclides Cesium on the Growth of Chinese Cabbage. (2024) Journal of Environmental Science International, 33(9), 675 ~ 685
3. 3. Effect of CO₂ Supply on Lettuce Growth. (2024) Journal of Environmental Science International, 33(6), 355 ~ 365
4. 4. Effect of Soil Organic Matter Content and Ammonium Perrhenate(¹⁸⁶Re) on the Growth of Chinese Cabbage and Radish. (2024) Journal of Bio-Environment Control, 33(4), 236 ~ 248
5. 5. Effect of Solid Matrix Priming (SMP) on Germination and Seedling Vigor in Watermelon Seed. (2024) Journal of Bio-Environment Control, 33(4), 216 ~ 225
6. 6. Effect of Artificial Light Source on the Growth and Quality of Lettuce. (2024) Journal of Environmental Science International, 33(6), 383 ~ 402
7. 7. Effect of Dry Heat Treatment on Seed Germination and Seedling Growth in Watermelon. (2023) Journal of Environmental Science International, 32(2), 121 ~ 130
8. 8. Effects of Carbon Dioxide Application on the Plant Growth and Productivity of Strawberry in Greenhouse. (2022) Journal of Environmental Science International, 31(11), 951 ~ 958
9. 9. Influence of film-coated Materials on Germination and Seedling Vigor of film-Coated Chinese Cabbage Seeds. (2021) Journal of Environmental Science International, 30(12), 1041 ~ 1051
10. 10. Phytohormone profiles of 'Seolhyang' and 'Maehyang' strawberry fruits during ripening. (2020) Horticulture Environment and Biotechnology, 61(2), 229 ~ 239
11. 11. Influence of Lower Leaf Defoliation Treatment on the Growth, Yield and Quality of Strawberries. (2020) Journal of Environmental Science International, 29(3), 219 ~ 228
12. 12. Effect of Germination Temperature, Spermine and Putrescine on Pollen Viability of Strawberry. (2020) Journal of Environmental Science International, 29(4), 415 ~ 421
13. 13. Effect of Low-light Intensity on Growth, Yield and Quality of Strawberries. (2020) Journal of Environmental Science International, 29(2), 167 ~ 175
14. 14. The effects of Stigma Removal and Auxin Treatment on Fruit Shape and QualityinStrawberry.(2019) Journal of Bio-Environment Control, 28(1), 55~65
15. 15. Influence of Abnormally High Temperatures on Growth, Yield and Physiological Active Substances of Strawberry. (2019) Journal of Environmental Science International, 28(1), 147 ~ 158
16. 16. Effect of Spermine Treatment on Growth, Yield, and Quality of Strawberry under Low-Temperature Condition. (2018) Journal of Environmental Science International, 27(3), 195 ~ 202
17. 17. Effects of Groundwater Cooling Treatment on Growth, Yield, and Quality of Strawberries under High Temperature Conditions. (2018) Journal of Environmental Science International, 27(8), 631 ~ 639
18. 18. Effect of Horticultural Media with Recycled Coir Substrates on Growth of Chinese Cabbage and Lettuce Crop. (2018) Journal of Environmental Science International, 27(11), 937 ~ 946
19. 19. Effect of Removing Corolla and Calyx Lobes on Fruit Shape and Quality of Strawberry. (2017) Journal of Environmental Science International, 26(1), 87 ~ 96
20. 20. A Study on the Possibility of Recycling Coir Organic Substrates for using Strawberry Hydroponics Media. (2017) Korea Society of Waste Management, 34(2), 205 ~ 213
21. 21. Influence of Abnormally Low Temperatures on Growth, Yield, and Biologically Active Compounds of Strawberry. (2017) Journal of Environmental Science International, 26(3), 381 ~ 392
22. 22. A study on Suppression Condition of Lateral Root Development for Healthy Production of Peanut Sprouts.(2016) Journal of Bio- Environment Control, 25(3),177~183
23. 23. Effect of Recycled Coir Organic Substrates on Vegetable Crop Growth. (2016) Journal of Environmental Science International, 25(8), 1077 ~ 1085
24. 24. Effect of Osmotic Priming Treatment on Seed Viability and Seedling Growth in Watermelon. (2016) Journal of Environmental Science International, 25(4), 557 ~ 566
25. 25. Establish of Optimum Cultivation Temperature for the Production of Peanut Sprouts. (2015) Journal of Environmental Science International, 24(6), 763 ~ 767
26. 26. Establishment of Seed Treatment for Healthy Production of Peanut Sprout. (2015) Journal of Environmental Science International, 24(6), 755 ~ 762
27. 27. Cultivar Selection for Peanut Sprouts and Investigation on the Growth Stage for the High Level of Resveratrol. (2015) Journal of Bio-Environment Control, 24(2), 63~68
28. 28. Effect of the Organic Fertilizer Mixed with Various Recycled Coir Substrates on Chinese Cabbage(Brassica Campestris Ssp. Pekinensis) and Lettuce(Lactuca Sativa). (2015) Journal of Environmental Science International, 24(9), 1221 ~ 1231
29. 29. Influence of Fruit Set Internode on Seed Germination and Seedling Vigor in Watermelon. (2015) Journal of Environmental Science International, 24(12), 1673~1679
30. 30. Establishment of Days after Anthesis(DAA) and Fruit After-ripening Period(FAP) for High-Quality Seed Production of Watermelon. (2015) Journal of Environmental Science International, 24(12), 1681 ~ 1689
31. 31. Effect of LED Light Quality on Growth and Flowering of Kalanchoe. (2014) Journal of Environmental Science International, 23(9), 1573 ~ 1581
32. 32. Effect of Seeds Treatment on Germinablity of Tetragonia Tetragonides Seeds. (2014).Journal of Environmental Science International, 23(5), 771 ~ 780
33. 33. Effects of Compost Application and Plastic Mulching on Soil Carbon Sequestration in Upland Soil. (2013).Agricultural and Environmental Sciences, 32(4), 260~267
34. 34. The Influence of Temperature, Amino acid and Polyamine on Pollen Germination of Pepper(Capsicum annum L.). (2013).Journal of Agriculture Life Science, 47(2), 1 ~ 8
35. 35. Effect of LED Light Quality and Supplemental Timeon the Growth and Flowering of Impatiens. (2013).Journal of Bio-Environment Control, 22(3), 214 ~ 219
36. 36. Effects of Dehydration Methods and Storage Conditions on Germinability of Pelleted Carrot Seeds.. (2009).Journal of Life Science, 19(4), 526 ~ 531
37. 37. Evaluations of PCR Primers Used in the Detection of Acidovorax avenae subsp. citrulli Causing Bacterial Fruit Blotch (BFB) in Cucurbits. (2008).Horticultural Science and Technology, 49(5), 325 ~ 331
38. 38. Effect of Seed Priming on the Enhancement of Seed Germination in Cool Season Turfgrass. (2008).Journal of Life Science, 18(8), 1096 ~ 1105
39. 39. Influence of Plant Growth Regulators on the Formation of Lateral Roots and Hypocotyl Enlargement in Soybean Sprouts. (2007).Journal of Bio-Environment Control, 16(1), 47 ~ 53
40. 40. Effect of Gibberellic Acid on Seed Germination and Early Growth of Kentucky Bluegrass and Tall Fescue Turfgrass. (2007).Journal of Bio-Environment Control, 16(1), 32 ~ 39
41. 41. Effect of Physical, Chemical Properties and of Pelleting Solid Materials on the Germination in Pelleted Carrot Seeds. (2007).Journal of Life Science, 17(12), 1701 ~ 1708
42. 42. The Influence of Abnormally Low Temperatures on Growth and Yield of Hot Pepper(Capsicum Annum L.). (2014).Journal of Environmental Science International, 23(5), 781 ~ 786