WU Mia M.(WU Miaomiao), Female, born in December 1994, native of Luliang, Shanxi Province. Ph.D., Associate Professor, Institute of Applied Ecology, Chinese Academy of Sciences, Shenyang. Her main research focuses on landscape ecology. She has published more than 20 SCI papers, including 9 as first author. She has led multiple national and local projects, including NSFC general and youth projects and sub-tasks of National Key R&D Programs.

1. 2016.09–2021.06 Ph.D. in Physical Geography, Northeast Normal University, Changchun, Jilin Province, China 2. 2012.09–2016.06 B.S. in Geographic Information System, Northeast Normal University, Changchun, Jilin Province, China

1. 2023.06–present Associate Professor, Institute of Applied Ecology, Chinese Academy of Sciences, Shenyang, China 2. 2021.08–2023.05 Special Research Assistant, Institute of Applied Ecology, Chinese Academy of Sciences, Shenyang, China

Landscape Ecology; Forest Ecology; Disturbance Ecology

1. 2026–2029: NSFC General Project, Effects of Intensified Wind Disturbance and Northward Shift of Paths on Migration of Dominant Tree Species in Mixed Broadleaved-Korean Pine Forests. Project Leader. 2. 2024–2026: NSFC Youth Project, Reconstruction of Wind Disturbance at Changbai Mountain and Its Effects on Slope-Aspect Differences in Forest Landscapes. Project Leader. 3. 2024–2027: National Key R&D Program Topic, Mechanisms of Ecological Landscape Structure Change on Black Soil Quality. Topic Leader. 4. 2022–2024: China Postdoctoral Science Foundation General Grant, Factors Influencing Forest Landscape Recovery at Changbai Mountain after the Millennial Volcanic Eruption. Project Leader. 5. 2023–2024: Liaoning Province Doctoral Startup Fund Project, Effects of Climate Change and Forest Management on Secondary Forest Ecosystems in Eastern Liaoning. Project Leader.

1. Wu Mia M., Liang Yu, He Hong S., Liu Bo, Tianxiao Ma, Zong Shengwei, Du Haibo. 2024. Combining contemporary and pre-remote-sensing disturbance events to construct wind disturbance regime in a large forest landscape. Forest Ecology and Management 556: 121726. 2. Wu Mia M., Liang Yu, He Hong S., Liu Bo, Ma Tianxiao. 2022. Remnant trees location and abundance play different roles in forest landscape recovery. Forest Ecology and Management 511: 120154. 3. Wu Mia M., He Hong S., Liang Yu, Stambaugh Michael, Fraser Jacob S. 2022. Disentangle the effects of environment and disturbance on landscape dynamics using LANDIS forest landscape model. Environmental Modelling & Software 157: 105513. 4. Wu Mia M., Zou Xianghua, Liang Yu, Stambaugh Michael, Fraser Jacob S., Xu Wenru, He Hong S. 2022. The impact of typhoon on post-volcanic-eruption forest landscape recovery: a study in Changbai mountain through 300 years of historic landscape reconstruction. Landscape Ecology 37: 1401–1416. 5. Yu Heyuan, Wu Mia M., He Hong S. 2022. Developing platform of 3-D visualization of forest landscape. Environmental Modelling & Software 157: 105524. 6. Wu Mia M., He Hong S., Liang Yu, Huang Chao. 2020. Quantifying the effects of remnant seed sources on post-volcanic-eruption forest recovery through historic landscape reconstruction from 1710 to 2010. Landscape Ecology 35: 2321–2337. 7. Wu Mia M., Liang Yu, Taubert Franziska, Huth Andreas, Zhang Min, Wang Xugao. 2023. Sensitivity of forest composition and productivity to climate change in mixed broadleaved-Korean pine forest of Northeastern China. Ecological Modelling 483: 110434.