China’s Decadal Warm-Wet Variability and Pacific Oscillation Modulation
A 1960–2022 analysis finds that China’s interdecadal warm-wet shifts are associated with PDO-related circulation and precipitation changes that affect regions ...
A 1960–2022 analysis finds that China’s interdecadal warm-wet shifts are associated with PDO-related circulation and precipitation changes that affect regions ...
A retrospective study of Spain’s 2025 Jarilla wildfire found that extreme atmospheric drying and continuous, water-stressed fuel drove widespread high ...
A Chiba University machine-learning model reconstructed missing regions in global satellite rainfall maps with higher accuracy and image quality than ...
A global daily dataset estimates that anthropogenic warming added 15–30 days per year with average temperatures of at least 35°C ...
A hybrid quantum-classical neural network cut five-day hurricane track errors by 73.2 percent and dramatically improved rapid-intensification prediction across 847 ...
A new Monte Carlo framework combines synthetic tropical cyclone tracks, adapted wave modeling, swell statistics, and ERA5 reanalysis to produce ...
A fifteen-year analysis of Chilean surveillance records shows that nine non-native beetle species have expanded their ranges southward by up ...
A five-year satellite and reanalysis study shows that precipitation over Padang's coastal–orographic zone intensifies near the shore under westerly and ...
A new study traces why the WRF model systematically underestimates rainfall from monsoon low-pressure systems over India's east coast, implicating ...
A new analysis of 85 years of reanalysis data shows that global warming is increasing the frequency, strength and height ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine