tropical cyclones
2 stories filed under tropical cyclones on World Data Ocean. The newest of them: “Calibrating port resilience against measurable cyclone-driven economic loss” and “Aerosol Particles May Intensify Tropical Storms, Research Shows”. Shanghai Port emerges as the most vulnerable among five key Chinese ports when resilience is calibrated against measurable cyclone-driven economic loss. Deep tropical clouds are hiding a secret in their cores: water-vapor supersaturation at levels high enough to let tiny aerosol particles sharpen storm updrafts. A Global Hub for Ocean Intelligence 4 World Data Ocean is a centralized digital platform where researchers, scientists, and ocean enthusiasts converge to… The list below is every tropical cyclones story on World Data Ocean, newest first.
Calibrating port resilience against measurable cyclone-driven economic loss
Shanghai Port emerges as the most vulnerable among five key Chinese ports when resilience is calibrated against measurable cyclone-driven economic loss. This is no surprise for a mega-hub whose efficiency and network importance may mask fragility. The study's integrated index, built from expert surveys, AHP, and TOPSIS, reveals that high importance does not guarantee lower losses. Cargo-handling fees bear the heaviest seasonal damage. Better berth planning and staff training offer clear, empirical paths to protection. Understanding drives protection.
Aerosol Particles May Intensify Tropical Storms, Research Shows
Deep tropical clouds are hiding a secret in their cores: water-vapor supersaturation at levels high enough to let tiny aerosol particles sharpen storm updrafts. That is the finding from new research, and it suggests earlier studies missed the effect because they were probing the wrong cloud types. The work refines our understanding of storm dynamics, and it pairs well with our look at how early indicators predict tropical cyclone intensification. Understanding these fine-scale mechanisms sharpens the models we rely on.