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Official PDF TranslationEnvironmental Chemistry

Investigating the Transport Correlation of Ozone and PM2.5 between Haikou and Guangdong-Guangxi Cities

Authors: SHENG Hui; MENG Xinxin; PI Dongqin; FU Yang; MAI Xiuqi; ZENG Yurong; XU Wenshuai

DOI: 10.7524/j.issn.0254-6108.2026051001Status: Verified Translated Edition
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Key Findings in This Report

• • Hainan's O3 pollution peaks in autumn and winter, while the Pearl River Delta (PRD) shows year-round O3 pollution, establishing PRD as the core control area for O3 in the three provinces. • • Haikou's O3 and PM2.5 concentrations exhibit strong correlations with Zhanjiang and Maoming throughout the year, with correlations intensifying in winter, indicating significant regional transport linkages. • • WPSCF analysis reveals that O3 pollution in Haikou is more dependent on stable cross-regional precursor transport and intense photochemical conditions, whereas PM2.5 transport pathways vary seasonally, with autumn driven by stable northeasterly winds and uniform pressure fields. • • Lag effect analysis confirms that pollution exceedance days are substantially influenced by upwind transport from the previous day, highlighting the dominant role of cross-regional physical transport in driving pollution episodes.