Search Results - "Lyu, Junyao"

Carbon sequestration and emissions mitigation in paddy fields based on the DNDC model: A review by Yin, Shan, Zhang, Xianxian, Lyu, Junyao, Zhi, Yuee, Chen, Feng, Wang, Longqin, Liu, Chunjiang, Zhou, Sheng

“…The DeNitrification–DeComposition (DNDC) model is a process model with a series of carbon and nitrogen biogeochemistry in agro-ecosystems. It incorporates the…”
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Effects of the leaf functional traits of coniferous and broadleaved trees in subtropical monsoon regions on PM2.5 dry deposition velocities by Zhang, Xuyi, Lyu, Junyao, Han, Yujie, Sun, Ningxiao, Sun, Wen, Li, Jinman, Liu, Chunjiang, Yin, Shan

“…Plants can intercept airborne particulate matter through deposition. Different types of plants exhibit different functional leaf traits, which can affect the…”
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Individual effects of trichomes and leaf morphology on PM2.5 dry deposition velocity: A variable-control approach using species from the same family or genus by Zhang, Xuyi, Lyu, Junyao, Zeng, Yuxiao, Sun, Ningxiao, Liu, Chunjiang, Yin, Shan

“…Urban green infrastructure is closely linked to the alleviation of pollution from atmospheric particulate matter. Although particle deposition has been shown…”
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Quantifying the capacity of tree branches for retaining airborne submicron particles by Zhang, Xuyi, Lyu, Junyao, Chen, Wendy Y., Chen, Dele, Yan, Jingli, Yin, Shan

“…Human health risks brought by fine atmospheric particles raise scholarly and policy awareness about the role of urban trees as bio-filters of air pollution…”
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A high-resolution study of PM2.5 accumulation inside leaves in leaf stomata compared with non-stomatal areas using three-dimensional X-ray microscopy by Chen, Dele, Yin, Shan, Zhang, Xuyi, Lyu, Junyao, Zhang, Yiran, Zhu, Yanhua, Yan, Jingli

“…Plant leaves retain atmospheric particulate matter (PM) on their surfaces, helping PM removal and risk reduction of respiratory tract infection. Several…”
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Coagulation effect of atmospheric submicron particles on plant leaves: Key functional characteristics and a comparison with dry deposition by Lyu, Junyao, Chen, Dele, Zhang, Xuyi, Yan, Jingli, Shen, Guangrong, Yin, Shan

“…Submicron particles have become a new focus in research on air pollution control. The abilities of urban tree species to retain particles can be used to…”
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Coagulation effect of aero submicron particles on plant leaves: Measuring methods and potential mechanisms by Yin, Shan, Lyu, Junyao, Zhang, Xuyi, Han, Yujie, Zhu, Yanhua, Sun, Ningxiao, Sun, Wen, Liu, Chunjiang

“…Aero submicron particles (d < 1 μm) have attracted widely attention due to their difficulty in removal from the air and serious threat to human health. Leaves…”
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Indirect method for determining the dry deposition velocity of submicron particulate matter on leaves by Zhang, Xuyi, Yin, Shan, Lyu, Junyao, Sun, Ningxiao, Shen, Guangrong, Liu, Chunjiang

“…Plant leaves, as natural receptors of airborne particles, can retain particles onto their surfaces, and absorb gaseous pollutants, thus mitigating air…”
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Determining PM2.5 dry deposition velocity on plant leaves: An indirect experimental method by Yin, Shan, Zhang, Xuyi, Yu, Annie, Sun, Ningxiao, Lyu, Junyao, Zhu, Penghua, Liu, Chunjiang

“…[Display omitted] •A simple and feasible means of determining deposition velocity (Vd) of PM2.5 to trees.•A smoke chamber was developed, and diamond powder was…”
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Photosynthesis and Related Physiological Parameters Differences Affected the Isoprene Emission Rate among 10 Typical Tree Species in Subtropical Metropolises by Lyu, Junyao, Xiong, Feng, Sun, Ningxiao, Li, Yiheng, Liu, Chunjiang, Yin, Shan

“…Volatile organic compound (VOCs) emission is an important cause of photochemical smog and particulate pollution in urban areas, and urban vegetation has been…”
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Sensitivity analysis of isoprene and aerosol emission in a suburban plantation using long short-term memory model by Lyu, Junyao, Yin, Shan, Shang, ChenCheng, Ma, Yingge, Sun, Ningxiao, Shen, Guangrong, Liu, Chunjiang

“…[Display omitted] •A 24-h monitoring was conducted every month in a suburban plantation for 6 months.•Eleven environmental factors including isoprene and PM1…”
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Individual effects of trichomes and leaf morphology on PM 2.5 dry deposition velocity: A variable-control approach using species from the same family or genus by Zhang, Xuyi, Lyu, Junyao, Zeng, Yuxiao, Sun, Ningxiao, Liu, Chunjiang, Yin, Shan

“…Urban green infrastructure is closely linked to the alleviation of pollution from atmospheric particulate matter. Although particle deposition has been shown…”
Get full text