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» 박봉주 교수님
» 실험실명 : 환경조경실험실(S20동 501호)

» 연  구 실 : S20동 514호

» 전화번호 : 043-261-2528

» 이  메 일 : bjpak@chungbuk.ac.kr


학력

- 전북대학교 조경학과 농학사
- 경희대학교 대학원 조경학과 조경학석사
- 일본 치바대학 대학원 자연과학연구과 농학박사


경력

2003. 09 ~ 2009. 08 전북대, 건국대, 예원예술대 강사
2005. 01 ~ 2005. 12 한국학술진흥재단 박사후연구원
2009. 09 ~ 2013. 08 충북대학교 원예과학과 조교수
2013. 09 ~ 2018. 09 충북대학교 원예과학과 부교수
2018. 10 ~ 현재 충북대학교 원예과학과 교수

인간식물환경학회 부회장
한국원예학회 이사
한국조경학회 이사
한국환경과학회 평의원
한국전통조경학회 상임이사 


연구분야 및 주요연구실적

- 연구분야

조경학, 공기정화식물, 치유정원, 생태복원

- 연구실적

  • Bui, H.T., N.R. Jeong and B.J. Park. 2023. Seasonal variations of particulate matter capture and the air pollution tolerance index of five roadside plant species. Atmosphere. 14:138.

    Bui, H.T., U. Odsuren, S.Y. Kim and B.J. Park. 2022. Seasonal variations in the particulate matter accumulation and leaf traits of 24 plant species in urban green space. Land. 11:1981.

    Bui, H.T., U. Odsuren, S.Y. Kim and B.J. Park. 2022. Particulate matter accumulation and leaf traits of ten woody species growing with different air pollution conditions in Cheongju City, South Korea. Atmosphere. 13:1351.

    Bui, H.T., U. Odsuren, M. Jeong, J.W. Seo, S.Y. Kim and B.J. Park. 2022. Evaluation of the air pollution tolerance index of 12 plant species growing in environments with different air pollution levels. J. People Plants Environ. 25(1):23-31.

    Kwon, K.J., U. Odsuren, H.T. Bui, S.Y. Kim and B.J. Park. 2021. Growth and physiological responses of four plant species to different sources of particulate matter. J. People Plants Environ. 24(5):461-468.

    Kwon, K.J., H.J. Kwon, Y.A. Oh, S.Y. Kim and B.J. Park. 2021. Particulate matter removal of three woody plants species, Ardisia crenata, Ardisia japonica, and Maesa japonica. Sustainability. 13:11017.

    Choi. J. and B.J. Park. 2021. Growth responses of Asater yomena based on cellulose nanofiber mixing soils. J. Korea TAPPI. 53(4):132-140.

    Bui, H.T., U. Odusuren, K.J. Kwon, S.Y. Kim, J.C. Yang, N.R. Jeong and B.J. Park. 2021. Assessment of air pollution tolerance and particulate matter accumulation of 11 woody plant species. Atmosphere. 12:1067.

    Kwon, K.J. and B.J. Park. 2021. Efficiency of Spathiphyllum spp. as a plant-microbial fuel cell. Ornamental Hort. 27(2):173-182.

    Kwon, K.J., U. Odsuren, S.Y. Kim, J.C. Yang and B.J. Park. 2021. Comparison of the particulate matter removal capacity of 11 herbaceous landscape plants. J. People Plants Environ. 24(3):267-275.

    Kwon, K.J., J. Choi, S.Y. Kim, N.R. Jeong and B.J. Park. 2021. Growth and physiological responses of three landscape plants to calcium chloride. Sustainability. 13:5429.

    Kwon, K.J., U. Odusuren, S.Y. Kim, J.C. Yang, J.W. Sung and B.J. Park. 2020. Removal potential of particulate matter of 12 woody plant species for landscaping planting. J. People Plants Environ. 23(6):647-654.

    Lee, M.M. and B.J. Park. 2020. A needs analysis for the development of forest healing programs: Focusing on cancer patients. J. People Plants Envrion. 23(6):683-694.

    Choi, J. and B.J. Park. 2020. Growth response of Spathiphyllum spp in according super absorbent polymer and cellulose nanofivber mixing ratio. J. Korea TAPPI. 52(5):135-413.

    Lee, M.M. and B.J. Park. 2020. Effects of forest healing program on depression, stress and cortisol changes of cancer patients. J. People Plants Environ. 23(2):245-254.


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