Professor

주요 경력

• 1997. 3 - 현재 / 서울대 식물생산과학부 교수
• 2019. 11 - 현재 / 한국스마트팜산업협회 산업화표준위원회 원예분과위원장
• 2019. 2 – 현재 한국수직농장연구회 회장
• 2018. 7 – 현재 방송통신표준심의회 스마트팜 전문위원
• 2016. 7 – 2018. 7 / 농림수산식품과학기술위원회 전문위원
• 2016. 1 - 현재 / 산업인력공단 세부직무분야 (시설원예) 전문위원
• 2010. 1 - 2016. 12 / 서울대 식물생명과학연구소장
• 2010. 1 - 2012. 12 / 서울대 식물생산과학부장
• 2006. 1 - 2010. 12 / (사)한국농식품생명과학협회, 사무총장
• 2004. 1 - 2008. 12 / 국가지정 농생명과학연구정보센터장
• 2004. 1 - 2008. 12 / 농촌진흥청(시설원예연), 겸임연구관
• 2003. 12 - 2004. 1 / NASA (Kennedy Space Center, 미국), 객원연구원
• 2003. 2 - 2004. 2 / Univ. of Arizona (미국), 객원교수
• 1995. 3 - 1999. 2 / 농촌진흥청(농공연), 겸임연구관
• 1995. 3 - 1997. 2 / 건국대학교, 조교수
• 1991. 8 - 1995. 2 / 서울대 농업개발연구소, 특별연구원
• 1990. 5 - 1991. 6 / Purdue Univ. (미국), 박사후 연구원
• 1988. 10 - 1989. 10 / Yokogawa Electric Co., (일본), 박사후 연구원
• 1982. 1 - 1982. 12 / IBM Korea, 시스템 분석가

주요 학회 활동

• 주요 학회 활동 (2010 - 현재)
• 현재 / 아시아 시설원예.식물공장학회 회장
• 현재 / 사단법인 한국수직농장연구회장
• 현재 / Agronomy 편집위원
• 현재 / J. Agricultural Meteorology, 편집위원(Advisory Board)
• 2019. 8 / GreenSys2019 (프랑스) 학술위원
• 2018. 8 / IHC2018 (International Horticultural Congress, 터키) 전체 학술위원
• 2018. 8 / IHC2018-S18-Soilless Culture (2nd International Symposium) 학술위원
• 2017. 11 / APHPF2017 (일본) 운영위원
• 2017. 11 / GreenSys2017 (중국), 학술위원
• 2016. 9 / AHC2016 (Asian Horticultural Congress) 운영위원
• 2015. 5 - 2017. 5 / 한국원예학회장
• 2015. 11 / Plant Factory 2015 국제심포지엄 (한국), 조직위원장
• 2015. 8 / GreenSys2015 (포르투칼), 학술위원
• 2014. 5 / APHPF2014 (중국), 운영위원
• 2013-2017 / 국제원예학회(ISHS) 자동화/집약생산시스템, 분과위원장
• 2013. 9 / GreenSys2013 (한국), 조직위원장
• 2012 - 2014 / Hort. Environ. Biotechnol. 분과편집위원장
• 2012. 10 / HortiModel2012 국제심포지엄 (중국), 학술위원
• 2012. 11 / LightSym2012 국제심포지엄 (네덜란드), 학술위원
• 2012. 11 / APHPF2012 (한국), 조직위원장
• 2012 - 2014 / 한국생물환경조절학회, 회장
• 2011 - 2013 / 한국원예학회 시설원예분과위원장
• 2011. 10 / APHPF2011 (일본), 운영위원
• 2010. 8 / GreenSys2011 (그리스), 학술위원
• 2010 - 2012 / 원예과학기술지, 분과편집위원장
• 2010. 3 / Protected Horticulture in East-Asia Regions (한국), 조직위원장

• 국제 심포지엄 초청연사 (2010 - 현재)
• 2017. 11 / APHPF2017 "The 6th Japan-China-Korea Joint Symposium on Protected Horticulture and Plant (일본)
• 2017. 9 / International Forum on Food Safety and Intelligent Plant Factory (중국)
• 2017. 8 / GreenSys2017 “International Symposium on New Technologies for Environment Control, Energy-saving and Crop Production in Greenhouse and Plant Factory (중국)
• 2016. 9 / AHC2016 (Asian Horticultural Congress) (중국)
• 2016. 7 / Greenhouse & Plant Factory Exibition & Conference (GPEC2016) (일본)
• 2016. 6 / Internation Symposium on Plant Factory Industrial Technology (대만)
• 2016. 5 / International Symposium on Commercialization of Smart Farm (한국)
• 2016. 1 / Indoor Ag-Con Asia (싱가포르)
• 2015. 5 / International Conference on Controlled Environmnet Agriculture (ICCEA2015) (파나마)
• 2014. 9 / International Conference on Plant Factory (ICPF2014) (일본)
• 2014. 9 / International Symposium on Vertical Farming and Urban Agricultire (VFUA2014) (영국)
• 2013. 10 / GreenSys 2013 (한국)
• 2013. 4 / International Symposium on Protected Horticulture & Plant Factory (중국)
• 2012. 11 / The 4th APHPF Symposium (한국)
• 2012. 5 / China-Korea-Japan Symposium on Protected Horticulture (중국)
• 2011. 11 / Plant Factory International Conference 2011 (일본)
• 2011. 11 / The 3rd APHPEC Symposium (일본)
• 2011. 9 / Seoul Digital Lighting Fair (International Symposium) (한국)
• 2011. 3 / Int’l Symp.: Current Status and Develop. of Plant factory in East Asia (대만)
• 2010. 11 / Agro-Innovation2010 Symposium (일본)
• 2010. 8 / International Horticultural Conference (IHC2012) (포르투갈)
• 2010. 5 / The 2nd APHEC Symposium (중국)
• 2010. 3 / Int‘l Symp. on Protected Horticulture in East-Asia Regions (한국)
• 2010. 3 / International Symposium on Protected Horticulture in Asia (일본)

수상

• 2020. 05 /한국원예학회 우수논문상 수상
• 2019. 11 / 국무총리표창
• 2016. 05 / 한국생물환경조절학회 학술상
• 2015. 12 / 농촌진흥청 농천진흥사업발전공로상
• 2015. 10 / 한국원예학회 학술공적상
• 2014. 12 / 우수연구자상(한국과학기술연구원, KIST)
• 2014. 09 / 한국생물환경조절학회 공로상
• 2014. 07 / 한국과학기술단체총연합회 우수논문상
• 2013. 09 / 국제원예학회(ISHS) 공로상 및 메달
• 2012. 04 / 교육과학기술부장관 표창
• 2011. 07 / 한국과학기술단체총연합회 우수논문상
• 2011. 05 / 한국원예학회 우수논문상
• 2006. 11 / 한국과학기술단체총연합회 우수논문상
• 2002. 10 / 한국원예학회 공로상
• 2002. 04 / 한국생물환경조절학회 우수논문상
• 1996. 10 / 한국생물환경조절학회 공로상

논문(2015~현재)

• D Kim, WH Kang, I Hwang, J Kim, JH KIm, KS Park, JE Son* (2020) Use of structurally-accurate 3D scanned plant models for estimating light interception and photosynthesis of sweet pepper (Capsicum annuum L.) plants. Comput Electron Agric 177:105689
• HI Yoon, DM Kim, JE Son* (2020) Spatial and temporal bioactive compound contents and chlorophyll fluorescence of kale (Brassica oleracea L.) under UV-B exposure near harvest time in controlled environments. Photochem Photobiol 96:845-852
• WH Kang, J Kim, HI Yoon, JE Son* (2020) Quantification of spectral perception of plants with light absorptions of photoreceptors. Plants 9:556
• TW Moon, HY Choi, DH Jung, SH Chang, JE Son* (2020) Prediction of CO2 concentration via long short-term memory using environmental factors in greenhouses. Hortic Sci Technol 38::201-209
• JW Lee, WH Kang, TW Moon, IH Hwang, DP Kim, JE Son* (2020) Estimating the leaf area index of bell peppers according to growth stage using ray-tracing simulation and a long short-term memory algorithm. Hortic Environ Biotechnol 61:255-265
• HI Yoon, W Zhang, JE Son* (2020) Optimal duration of drought stress near harvest for promoting bioactive compounds and antioxidant capacity in kale with or without UV-B radiation in plant factories. Plants 9:295
• DH Jung, TY Kim, JE Son* (2020) An efficient method for establishing canopy photosynthesis curves of lettuce (Lactuca sativa L.) with light intensity and CO2 concentration variables using controlled growth chamber. Protect Hortic Plant Fact 29:43-51
• HJ Yoo, JH Kim, KS Park, JE Son, JM Lee* (2020) Light-controlled fruit pigmentation and flavor volatiles in tomato and bell pepper. Antioxidants 9:14
• JW Lee, JE Son* (2019) Nondestructive and continuous fresh weight measurements of Bell peppers grown in soilless culture systems. Agronomy 9:652
• TI Ahn, JE Son* (2019) Theoretical and experimental analysis of nutrient variations in electrical conductivity-based closed-loop soilless culture systems by nutrient replenishment method. Agronomy 9:649
• DS Nam, TW Moon, JW Lee, JE Son* (2019) Estimating transpiration rates of hydroponically-grown paprika via an artificial neural network using aerial and root-zone environments and growth factors in greenhouses. Hortic Environ Biotechnol 60:913-923
• WH Kang, IH Hwang, DH Jung, DP Kim, JW Kim, KS Park, JH Kim, JE Son* (2019) Spatial distributions of light interception and photosynthetic rate of paprika (Capsicum annuum L.) with time estimated by optical simulation. Protect Hortic Plant Fact 28:279-285
• TW Moon, S Hong, DH Jung, SH Chang, JE Son* (2019) Interpolation of greenhouse environment data using multilayer perceptron. Comput Electron Agric 166:105023
• HI Yoon, JS Kim, Damin Kim, CY Kim, JE Son* (2019) Harvest strategies to maximize the annual production of bioactive compounds, glucosinolates, and total antioxidant activities of kale in plant factories Hortic Environ Biotechnol 60(6) 60:883-894
• TW Moon, TI Ahn, JE Son* (2019) Long-short term memory for a model-free estimation of macronutrient ion concentrations of root-zone in closed-loop soilless cultures. Plant Methods 15:59
• HY Choi, TW Moon, DH Jung, JE Son* (2019) Prediction of air temperature and relative humidity in greenhouse via a multilayer perceptron using environmental factors). Protect Hortic Plant Fact 28:95-103
• WH Kang, JW Kim, JE Son* (2019) Growth and photomorphogenesis of cucumber plants under artificial solar and high pressure sodium lamp with additional far-red light). Protect Hortic Plant Fact 28:86-93
• HJ Park, JH Park, KS park, JE Son* (2019) Evaluating plant stress conditions in paprika by comparing internal electrical conductivity, photosynthetic response, and sap flow Hortic Environ Biotechnol 60:41-48
• TW Moon, TI Ahn, JE Son* (2018) Forecasting root-zone electrical conductivity of nutrient solutions in closed-loop soilless culture via a recurrent neural network using environmental and cultivation information. Front Plant Sci 9, 859
• KW Kim, GH Kim, SH Kwon, HI Yoon, JE Son, JH Choi* (2018) Synthesis and photophysical properties of blue-emitting fluorescence dyes derived from naphthalimide derivatives containing a diacetylene linkage group. Dyes Pigments 158:353-361
• HJ Park, JH Park, KS park, JE Son* (2018) Nondestructive method of measuring internal electrical conductivity of paprika (Capsicum annuum L.) stem. Hortic Sci Technol 36:691-701
• DH Jung, JW Lee, WH Kang, IH Hwang, JE Son* (2018) Estimation of whole plant photosynthetic rate of Irwin Mango under artificial and natural lights using three-dimensional plant model and ray-tracing. Int J Mol Sci 19, 152
• JW Lee, TW Moon, DS Nam, KS Park, JE Son* (2018) Estimation of leaf areas of paprika via leaf length and width and node number using regression model and artificial neural network. Hortic Sci Technol 36:183-192
• TW Moon, DH Jung, SH Jang, JE Son* (2018) Estimation of greenhouse CO2 concentration via an artificial neural network using environmental factors. Hortic Environ Biotechnol 59:45-50
• WJ Cho, HJ Kim*, DH Jung, DW Kim, TI Ahn, JE Son (2018) On-site ion monitoring system for precision hydroponic nutrient management. Comput Electron Agric 146:51-58
• WH Kang, JS Han, JH Shin, TI Ahn, JY Lee, SW Kang, SH Jung, JE Son* (2018) Analysis of year-round cultivation characteristics of Artemisia princeps and enhancement of eupathilin content by environmental stress. Protect Hortic Plant Fact 27:94-101
• DH Jung, TY Kim, YY Cho, JE Son* (2018) Establishment of a canopy photosynthetic rate model of lettuce using light Intensity, CO2 concentration, and day after transplanting in plant factory. Protect Hortic Plant Fact 27:1-8
• WJ Cho, HJ Kim*, DH Jung, CI Gang, GL Choi, JE Son (2017) An embedded system for automated hydroponic nutrient solution management. Trans ASABE 60:1083-1096.
• DS Nam, JW Lee, TW Moon, JE Son* (2017) Transpiration prediction of sweet peppers hydroponically-grown in soilless culture via artificial neural network using environmental factors in greenhouse. Protect Hortic Plant Fact 26:411-417
• JW Lee, WH Kang, KS Park, JE Son* (2017) Spectral dependency of electrical energy-based photosynthetic efficiency at single leaf and canopy levels for green and reddish lettuces in plant factory. Hortic Environ Biotechnol 58:111-118.
• DH Jung, HI Yoon, JE Son* (2017) Development of a canopy photosynthetic rate model of Romaine Lettuce (Lactuca sativa L.) grown in plant factory with three-variables of light Intensity, temperature, and growth stage. Protect Hortic Plant Fact 26:1-8
• J.H. Kim, J.W. Lee, T.I. Ahn, J.H. Shin, K.S. Park, J.E. Son* (2016) Sweet pepper (Capsicum annuum L.) canopy photosynthesis modeling using 3D plant architecture and light ray-tracing. Front. Plant Sci. 7, 1321.
• M.K. Cha, Y.A. Jeon, J.E. Son, S.O. Chung, Y.Y. Cho* (2016) Development of a greenhouse environment monitoring system using low-cost micro-controller and open-source software. Hortic. Sci. Technol. 34:860-870.
• W.H. Kang, J.S. Park, K.S. Park, J.E. Son* (2016) Leaf photosynthetic rate, growth, and morphology of lettuce (Lactuca Sativa L.) at different fractions of red, blue, and green wavebands of LED. Hortic. Environ. Biotechnol. 57:573-579.
• D.H. Jung, Y.Y Cho, J.G. Lee, J.E. Son* (2016) Estimation of leaf area, leaf fresh weight, and leaf dry weight of Irwin Mango grown in greenhouse using leaf Length, leaf width, petiole length, and SPAD value. Protect. Hortic. Plant Fact. 25:146-152.
• D.H. Jung, D. Kim, H.I. Yoon, K.S. Park, J.E. Son* (2016) Modelling of canopy photosynthetic rate of Heuk romaine lettuce (Lactuca sativa L.) with CO2 concentration and growth stage. Hort. Environ. Biotechnol. 57:487-492.
• M.K. Cha, Y.A. Jeon, J.E. Son, Y.Y. Cho (2016) Development of Planting-density Growth Harvest (PGH) Charts for Quinoa (Chenopodium quinoa Willd.) and Sowthistle (Ixeris dentata Nakai) Grown Hydroponically in Closed-type Plant Production Systems. Hort. Environ. Biotechnol. 57:213-218.
• K.S. Park, J.K. Kwon, D.K. Lee, J.E. Son* (2016) Microclimate and crop growth in the greenhouses covered with spectrum conversion films using different phosphor particle sizes. Proteced Hortic. Plant Factory25:1-7.
• K.S. Park, S.K. Kim, Y.Y. Cho, M.K. Cha, D.H. Jung, J.E. Son* (2016) A coupled model of photosynthesis and stomatal conductance for the ice plant (Mesembryanthemum crystallinum L.), a facultative CAM plant. Hort. Environ. Biotechnol. 57:259-256.
• S.H. Yang, J.E. Son, S.D. Lee, S.I. Cho, A. Ashtiani-Araghi, J.Y. Rhee* (2016). Surplus thermal energy model of greenhouses and coefficient analysis for effective utilization. Spa. J. Agric. Res. 14(1), e0202, 11.
• K.S. Park, K. Bekhzod, J.K. Kwon, J.E. Son* (2016) Development of a coupled photosynthetic model of basil hydroponically grown in plant factories Hort. Environ. Biotechnol. 57. 57:20-26.
• J.S. Kim, W.H. Kang, T.I. Ahn, J.H. Shin, J.E. Son* (2016) Real-time, precise measurement method of fresh weight of lettuce with growth stage in a plant factory using nutrient film technique. Kor. J. Hort. Sci. Technol. 33. 34:77-83.
• W.H. Kang, F. Jang, K.S Park, J.E. Son* (2016) Improvement of canopy light distribution, photosynthesis, and growth of lettuce (Lactuca Sativa L.) by using diffuse glass in LED plant factory. Kor. J. Hort. Sci. Technol. 33. 34:84-83.
• J.H. Shin, J.E. Son* (2016) Application of a modified irrigation method using compensated value of accumulated radiation with substrate moisture content and electrical conductivity in soilless culture of paprika. Sci. Hort. 198:170-175.
• J.H. Shin, J.E. Son* (2015) Development of a real-time irrigation control system considering transpiration, substrate electrical conductivity, and drainage rate of nutrient solutions in soilless culture of Paprika (Capsicum annuum L.). eJHS 80:271-279.
• D.H. Jung, H.J. Kim*, G.L. Choi, T.I. Ahn, J.E. Son, K.A. Sudduth (2015) Automated lettuce nutrient solution management using an array of ion-selective electrodes. Trans. ASABE 58:1309-1319.
• D.H. Jung, Y.Y, Cho, J.E. Son* (2015) Development of two-variable spatial leaf photosynthetic models of Iewin mango grown in greenhouse. Proteced Hort. Plant Factory 24:161-166.
• J.H. Shin, J.E. Son* (2015) Comparisons of water behavior and moisture content between rockwools and coir used in soilless culture. Proteced Hort. Plant Factory 24:39-44.
• J.H. Shin, J.E. Son* (2015) Irrigation criteria based on estimated transpiration and seasonal light environmental condition for paprika cultivation. Protected Hort. Plant Factory 24:1-7.
• Y.B. Lee, J.E. Son (2015) Practical technologies for plant factory – past, present, and future. J. of the National Academy of Science (대한민국학술원논문집) 54:283-303.
• Y.Y. Cho, J.H. Lee, J.H Shin, J.E Son* (2015) Development of an expolinear growth model of Pak-choi using radiation integral and planting sensity. Hort. Environ. Biotechnol. 56:310-315.
• J.H. Shin, J.E. Son* (2015) Changes in substrate electrical conductivity and moisture content at moisture-based irrigation control and their subsequent effects on transpiration rate, water use efficiency, and plant growth in the soilless culture of paprika. Hort. Environ. Biotechnol. 56:178-185.
• Y.Y. Cho, J.H. Lee, J.H Shin, J.E Son* (2015) Development of an expolinear growth model of Pak-choi using radiation integral and planting sensity. Hort. Environ. Biotechnol. 57:391-335.
• J.H. Shin, J.E. Son* (2015) Comparisons of water behavior and moisture content between rockwools and coir used in soilless culture. Proteced Hort. Plant Factory. 56:178-185.
• J.H. Shin, J.E. Son* (2015) Irrigation criteria based on estimated transpiration and seasonal light environmental condition for paprika cultivation. Protected Hort. Plant Factory 24:1-7.
• M.K. Cha, J.S. Kim, J.H. Shin, J.E. Son, Y.Y. Cho (2015) Practical design of closed-type plant factory for production of common ice plant (Mesembryanthemum crystallinumL.). Protected Hort. Plant Factory 23: 372-376.