Influence intensity of Pressure(a), AOD(b), Lai(c), ET(d), Dew(e) on nitrogen dioxide concentration.

<p>(a): Pressure: atmospheric pressure; (b): AOD: aerosol optical depth; (c) Lai: Leaf Area Index; (d) ET: evapotranspiration; (e): Dew: dew point temperature. The blue line represents the trend of the impact of key influencing factors on TNO<sub>2</sub>CC variation. SHAP values in...

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التفاصيل البيبلوغرافية
المؤلف الرئيسي:	Feifei Cheng (8985345) (author)
مؤلفون آخرون:	Qing Sun (492552) (author), Jiaqi Zhang (412762) (author), Jiahe Liu (9096353) (author), Wenwen Lü (22582086) (author), Fapeng Shen (22582089) (author), Heming Yang (11378701) (author)
منشور في:	2025
الموضوعات:	Molecular Biology Biotechnology Ecology Sociology Developmental Biology Cancer Science Policy Infectious Diseases Environmental Sciences not elsewhere classified Chemical Sciences not elsewhere classified using random forest urban air pollution tropospheric column concentration shapley additive explanations notable regional disparities model &# 8217 leaf area index identifying priority areas aerosol optical depth natural driving factors 76 ), along 15 natural factors nitrogen dioxide pollution div >< p dew point temperature 346 chinese cities nitrogen dioxide 346 cities shap ), natural formulation natural drivers capital cities spatiotemporal variations spatialtemporal distribution significantly influenced scientific basis related variables pollutant concentrations northeastern part independent association highest levels higher concentrations employed statistical close adherence 5p data
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Influence intensity of Pressure(a), AOD(b), Lai(c), ET(d), Dew(e) on nitrogen dioxide concentration.

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