US EditionTropical cyclones have become more frequent compared to the past 5,700 years, sediment core analysis shows
- Meteorologists warn of increasing tropical cyclone potential near northern Australia due to an active Madden-Julian Oscillation and monsoonal surge bringing heavy rainfall and unstable weather conditions this week.
- Two low-pressure systems near Australia are being monitored, with one having a moderate chance of developing into a tropical cyclone by Thursday, according to the Bureau of Meteorology.
- Research from multiple universities indicates that tropical cyclones have become much more frequent in recent decades based on sediment core analysis from the Great Blue Hole.
- Professor Melles states that current climate change caused by human activity likely contributes to the maximum frequency of tropical storms observed in recent years.
9 Articles
9 Articles
Tropical cyclones have become more frequent compared to the past 5,700 years, sediment core analysis shows
Using a sediment core taken from the Great Blue Hole off the coast of the Central American state of Belize, researchers from the universities of Frankfurt, Cologne, Göttingen, Hamburg and Bern have analyzed the local climate history of the last 5,700 years.
Tropical cyclone threat grows as heavy rainfall hits northern Australia
Meteorologists are warning of increasing tropical cyclone potential near northern Australia this week as a monsoonal surge and an active Madden-Julian Oscillation (MJO) bring heavy rainfall and unstable weather conditions to the region. Weather Systems Strengthening Over Northern Australia A strong burst of monsoonal winds sweeping across the Maritime Continent is expected to inject moisture-laden air into the tropics near Australia, leading to …
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