Project 120: Particulate Coagulation Effect on Leaf Surfaces of the Typical Tree Species in Shanghai
Contact Information:
Assoc. Prof. Shan Yin
Email: yinshan@sjtu.edu.cn
Project Description and Objectives:
Atmospheric particulate matter has become the primary air pollutant in China's cities and the use of urban greening tree species to absorb the particulate matter is one of the effective ways to alleviate urban air pollution. The study focuses on the assumptions of three coagulation effects on the leaf, including the wind coagulation, the vapor phase coagulation, and the thermal diffusion coagulation.
Through the above experiments, we will explore the law of condensation and deposition of particulate matters at the interface between the atmosphere and plant leaves under dry sedimentation conditions, filling the gap between vegetation and atmospheric research, and laying a foundation for the mechanism of plant-particle retention. The study will provide a scientific basis to build high efficiency and dust prevention of urban forests and green spaces.
Eligibility Requirements:
With basic knowledge of Environmental Science or Ecology.
With strong perseverance.
With an inquisitive mind.
Punctuality.
Able to reflect from experiments and make conclusions.
With proper writing skills.
Main Tasks:
Finish experiment assigned.
Give research presentations.
Compose one science paper.
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