People

Myo Wai

Postgraduate Research Student
School of Life Sciences
 Myo Wai

Profile

Biography

Myo is a dedicated researcher and horticulturist with extensive experience in crop production and landscape management. Currently pursuing a PhD in Plant Biology at the University of Essex, she focuses on innovative research to advance agricultural practices. Her academic background includes an MSc in Crop Production from Writtle University College, where she graduated with merit, and a Bachelor of Agricultural Science from Yezin Agricultural University. With over 14 years of professional experience as a Landscape Project Manager and Horticulturist in Singapore, she has successfully managed numerous projects, integrating practical expertise with cutting-edge techniques in horticulture and arboriculture. Her recent roles as a Research Associate and Research Technician involve pioneering work in crop management, remote sensing technologies, and smart irrigation systems. Her certifications as a Practicing Horticulturist, Arborist, and in Landscape Design further enhance her comprehensive skill set in the field.

Qualifications

  • MSc Crop Production Writtle University College (2022)

  • Bachelor of Agricultural Science Yezin Agricultural University (2005)

Research and professional activities

Thesis

Enhancing lavender (Lavandula angustifolia Mill.) propagation in vertical farming system: Investigating the impact of LED red-to-blue ratios and subsequent post-potting growth dynamics

Abstract This study aims to examine the influence of red-to-blue (R:B) LED light ratios on the propagation of Lavandula angustifolia within a vertical farming system. Additionally, it seeks to evaluate the persistent effects of LED lighting treatments on post-potting development in a glasshouse. The objective of this study is to assess how different R:B LED light ratios impact Lavandula angustifolia propagation in a vertical farming system and to analyze the enduring effects of these lighting

Research interests

Phenomics technologies to improve sugar beet water use efficiency

Contact

mw23016@essex.ac.uk

Location:

Colchester Campus