Mengyu Li

East China Normal University, Dongguk University, Jiangsu University of Science and Technology

Papers

Total Citations

H-Index

About

Mengyu Li is a versatile researcher whose work spans environmental science, artificial intelligence, and urban energy policy. Her most impactful study, on the 2019–2020 Australian bushfire air particulate pollution, has garnered 53 citations and provides critical insights into how wildfire emissions travel across the South Pacific Ocean, affecting marine ecosystems and atmospheric chemistry. In a striking pivot to computational methods, Li developed a reflective noise filtering technique for large-scale point clouds using Transformer architectures (32 citations), advancing LiDAR data processing for applications in 3D reconstruction and autonomous driving. Her emerging work examines the role of industrial robots in enhancing urban energy resilience in China, a timely contribution to understanding how automation can stabilize energy systems amid climate risks and supply shocks. Li’s ability to bridge environmental monitoring, machine learning, and sustainable urban development marks her as a forward-thinking researcher. Her interdisciplinary approach—linking real-world pollution events with cutting-edge AI solutions—offers valuable lessons for students and scholars tackling complex global challenges at the intersection of technology and sustainability.