Jean W.H Yong
As a well-travelled and curiosity-driven researcher, I have a fairly wide research interest in biological, environmental sciences and circular bioeconomy related research. Due to my past consultancies and association with biotechnology companies (public listed and private), institutions and governmental laboratories, I am able to operate successfully among the triple realms of academia, public and the commercial sectors. Over the last 25 years, I have developed useful linkages and extensive person-person networking internationally (Australia, China, Singapore, Malaysia, Cambodia, Myanmar and Indonesia). In Sweden and around Europe, I found new research partners to develop relevant, productive and dynamic collaboration.
I support my colleagues by contributing to the following courses:
- BI1123 Hydroponic Systems
- BI1192 Sustainable Production Systems in a Global Perspective
- BI1143 Odlingssystem i trädgårdsföretag (Cultivation systems in horticultural companies)
- BI1261 Växtskydd och mikrobiologi (Plant protection and microbiology)
- BI1308 Horticultural Production Physiology
- BI1309 Horticultural Systems and Future Challenges
- BI1336 Ekologi och statistik (Ecology and Statistics)
- BI1365 Växtfysiologi (Plant Physiology)
- Sustainable Horticulture and Agriculture
- Plant Production (including micropropagation)
- Soil-Microbe-Plant Interactions in relation to Soil Health and Natural Soil Fertility
- Green Designs
- Photosynthesis (gas exchange and stable isotopes)
- Phytohormones, Biostimulants
- Natural Products (coconut water, banana, Stevia)
- Organics (composts, earthworm vermicompost, fish wastes, biodigestates, seaweeds, microbial broths)
- Orchids and other tropical plants (pineapples, mangroves, dipterocarps)
More information at https://www.researchgate.net/profile/Jean_Yong
- How effective are Swedish fish wastes for growing plants? Circular Economy project (Jordbruksverket, Sweden)
- 5 ton fisk i disk, Circular Economy project (Vinnova Step 2, Axfoundation, Sweden)
- Circular economy projects within the SLU Aqua platform:
- Ecological restoration of degraded mine sites https://arc-cmsr.org/index.php/en/
- 2020 Sep, Group Leader, Horticultural Production Physiology, BT, SLU Alnarp, Sweden.
- 2018 Oct, Professor of Horticulture, Dept of Biosystems and Technology, SLU Alnarp, Sweden.
- 2016 Dec, Associate Professor (Visiting), Australian Research Council (ARC), Centre for Mine Site Restoration (CMSR), Curtin University, Perth, Australia.
- 2016-18, Senior Research Fellow, Sch. of Biol. Sciences, Uni of Western Aust (UWA), Perth, Australia.
- 2011-12, Associate Professor (Visiting), Civil & Environ. Engineering, MIT, Cambridge, Massachusetts, USA.
- 2010-16, Associate Professor, Science & Maths, Singapore University of Technology and Design (SUTD).
- 2007-10, Research Associate, Institute of Advanced Studies, NTU, Singapore.
- 2005-09, Director (Independent, Research & Development), Guangzhao Industrial Forest Biotechnology Ltd, Public Listed Biotechnology Company, China and Singapore.
- 2003-04, Fulbright Fellow, Watson Institute of International Studies, Brown University, Providence, RI, USA.
- 2002-10, Assistant Professor, Natural Science, National Institute of Education, NTU, Singapore.
- 2001-02, Senior Teaching Fellow, Natural Science, Nanyang Technological University (NTU), Singapore.
- 2000-01, Post Doctoral Fellow, Research School of Biological Sciences, ANU, Canberra, Australia.
- 1996-00, Ph.D. student, Research School of Biol. Sciences, Australian National University (ANU), Canberra.
- 1994-95, M.Sc. student, Orchid Physiology Lab, School of Biological Sciences, NUS, Singapore.
- 1994-96, Research Assistant, Plant Ecology Lab, Dept. of Botany, Natl. Uni. of Singapore (NUS), Singapore
blikationer i urval [max 5]
- Wong WS et al (2020). Plant biostimulants in vermicomposts: characteristics and mechanisms. In: Chemical Biology of Plant Biostimulants. Wiley. pp 155-180.
- Song Q et al (2019). Supplementary calcium restores peanut growth and photosynthesis capacity under low nocturnal temperature. FRON. PLANT SCIENCE, 10, e1637.
- Zhang H et al. (2015). Analysis of phytohormones in vermicompost using a novel UAE-SPE with LCMS. TALANTA, 139, 189-197.
- Yong JWH et al. (2014). Rhizobium-induced elevation in xylem cytokinin delivery in pigeonpea induces changes in shoot development and leaf physiology. FUNCTIONAL PLANT BIOL, 41: 1323-1335.
- Hew CS, Yong JWH (2004). PHYSIOLOGY OF TROPICAL ORCHIDS IN RELATION TO THE INDUSTRY (2nd edition). World Scientific, Singapore. ISBN 978-981-238-801-8