简历详情
论文
Assessing the contribution of urban green space landscape patterns to ozone concentration variations
期刊: Environmental Research 2025作者: Yu Li,Min Cao,Shuaichong Yan,Huan Meng,Qiaochu Wang,Siwen Li,Tong Zhang,Zhi Zhang,Lizhuang Liang,Weikang Zhang
Effect of multiscale plant traits on particulate matter resuspension.
期刊: Environmental Pollution 2025作者: Siwen Li,Yu Li,Huan Meng,Min Cao,Xinyang Wang,Tong Zhang,Zhi Zhang,Weikang Zhang
Well-Being and Sustainable Utilization of Forest Environment with Diverse Vegetation Distributions.
期刊: Sustainability 2024作者: Gao Y.,Zhang Y.,Zhang Z
Selective capture of PM2.5 by urban trees: The role of leaf wax composition and physiological traits in air quality enhancement.
期刊: J Hazard Mater. 2024作者: Chen D.
The role of urban green space landscape patterns in the synergistic prevention of PM2.5 and ozone pollution: A case study in Shenyang city, China.
期刊: Atmospheric Pollution Research 2024作者: Li Y,Li S
How does the landscape uniformity in different forest landscapes affect the visual behavior and preference evaluation intention of participants—a case study of forest landscape in northern China (Liaoning).
期刊: Front. For. Glob. Change. 2024作者: Gao Y.,Zhang Z
The Influence of Forest Landscape Spaces on Physical and Mental Restoration and Preferences of Young Adults of Different Genders .
期刊: Forests 2023作者: Zhi Zhang,Weikang Zhang,Huan Meng,Yu Gao,Tong Zhang
Suitability Assessment of Six Tree Species through Combined Analysis of PM2.5 Capture Ability and Air Pollution Tolerance Index for Urban Green Belt.
期刊: Sustainability 2023作者: Li M,Li Y,Zhang Z
Improving atmospheric particulate matter removal of residential green space based on Landscape patterns and plant functional types.
期刊: Air Quality, Atmosphere & Health 2023作者: Zhi Zhang; Yu Li; Muni Li; Huan Meng; Tong Zhang; Zequn Peng; Weikang Zhang.
不同景观空间中颗粒物与负离子对人体舒适度的影响.
期刊: 生态学杂志 2023作者: 王翘楚,李玉,李沐倪,孟焕,张智,张桐,张维康
Particulate Matter and Trace Metal Retention Capacities of Six Tree Species: Implications for Improving Urban Air Quality.
期刊: Sustainability 2022作者: Li Y,Zhang Z
Particle resuspension from leaf surfaces: Effect of species, leaf traits and wind speed.
期刊: Urban Forestry & Urban Greening 2022作者: Li Y,Zhang X,Li M,Zhang Z
Understanding vegetation structures in green spaces to regulate atmospheric particulate matter and negative air ions.
期刊: Atmospheric Pollution Research 2022作者: Niu X.,Li Y,Li M,Zhang Z,Wang B.
Visual Behaviour and Cognitive Preferences of Users for Constituent Elements in Forest Landscape Spaces.
期刊: Forests. 2022作者: Zhou S.,Gao Y.,Zhang Z
Psychological Cognitive Factors Affecting Visual Behavior and Satisfaction Preference for Forest Recreation Space.
期刊: Forests 2022作者: Zhang Z,Gao Y.,Zhou S.
不同植被结构对空气质量的调控功能.
期刊: 生态环境学报 2022作者: 刘双芳,张维康,韩静波,王兵,牛香
Analysis of the influencing factors of atmospheric particulate matter accumulation on coniferous species: measurement methods, pollution level, and leaf traits.
期刊: Environ Sci Pollut R 2022作者: Zhang Z,Li Y,Liu X
沈阳东陵公园不同功能分区空气颗粒物与负离子变化.
期刊: 生态学杂志 2020作者: 韩静波,张智,张维康,刘双芳,彭泽群
Research on visual behavior characteristics and cognitive evaluation of different types of forest landscape spaces.
期刊: Urban Forestry & Urban Greening 2020作者: Gao Y.,Zhang Z
沈阳东陵公园不同功能分区空气颗粒物与负离子变化.
期刊: 生态学杂志 2020作者: 韩静波,张智,张维康,刘双芳,彭泽群
Detecting the driving forces underlying the divergence of spruce forests in China: evidence from phytocoenology, morphology and phylogenetics.
期刊: Journal of Plant Ecology 2019作者: Wang G
北京市森林植被冠层对空气颗粒物的调控功能
期刊: 应用与生物环境学报 2018作者: 张维康,王兵,牛香
北京市森林植被冠层对空气颗粒物的调控功能
期刊: 应用与生物环境学报 2018作者: 张维康,王兵,牛香
How Does Leaf Surface Micromorphology of Different Trees Impact Their Ability to Capture Particulate Matter?
期刊: Forests 2018作者: Zhang Z
How Does Leaf Surface Micromorphology of Different Trees Impact Their Ability to Capture Particulate Matter?
期刊: Forests 2018作者: Zhang Z
Relationship between Leaf Surface Characteristics and Particle Capturing Capacities of Different Tree Species in Beijing.
期刊: Forests 2017作者: Wang B.,Niu X.
北京市常见树种叶片吸滞颗粒物能力时间动态研究
期刊: 环境科学学报 2016作者: 张维康,王兵,牛香
Morphometric traits capture the climatically driven species turnover of 10 spruce taxa across China[J]. Ecology and Evolution.
期刊: Ecology and Evolution 2016作者: Li,Wang,Zhang,Y.
