Warsaw’s Winter Air Quality Improved Markedly Over the Past Decade
A ten-year analysis of Warsaw monitoring data shows wintertime PM2.5 and PM10 conditions improved substantially, driven by emission reductions as ...
A ten-year analysis of Warsaw monitoring data shows wintertime PM2.5 and PM10 conditions improved substantially, driven by emission reductions as ...
A yearlong study of Tehran's air found that submicron PM0.4 particles peak in warm months, correlate strongly with temperature, and ...
A newly proposed Cross-Channel Temporal Correlation Transformer outperformed twelve mainstream forecasting models on 24-hour temperature prediction tasks across six Chinese ...
A five-year monitoring study in Heyuan, South China, recorded 39 ozone pollution days and found regional transport from the Pearl ...
A six-year time-series study in northeastern Iran found relative humidity and season linked to daily cardiovascular hospitalizations, while temperature, pressure, ...
A WRF-CMAQ and observational analysis attributes a 44.2 percent average rise in springtime ozone across nine Pearl River Delta cities ...
A Nagoya study combined association rule mining and machine learning to characterize and forecast hourly PM2.5-bound PAH concentrations over a ...
A five-year analysis of monitoring data from Chonburi Province shows that PM2.5 and PM10 in Thailand's Eastern Economic Corridor peak ...
A 16-year observational analysis in Shanxi associated three influenza subtypes with distinct weather patterns, identifying absolute humidity as the most ...
A multiscale modelling study links Delhi’s changing urban form with spatially variable PM2.5 patterns and finds stronger explanatory performance than ...
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© 2026 Scienmag - Science Magazine