Climate Research Paper Finds Tropical Storm Variability Linked Mostly To Oceanic Cycles

It’s the oceans, stupid (not CO2)!

The latest climate information video released by the Germany-based European Institute for Climate and Energy (EIKE) presents a recent paper by Huang et al appearing in the journal Geophysical Research Letters: “Contrasting Responses of Atlantic and Pacific Tropical Cyclone Activity to Atlantic Multidecadal Variability”

The paper examines the influences of Atlantic Multidecadal Variability (AMV) on global tropical cyclones (TCs)

The north Atlantic undergoes approximately 60-year cycles of warmer and colder than normal sea surface temperatures. These changes in thermal surface energy play a role on modulating climate globally, especially in combination with other oceanic cycles.

Compared to the AMV negative phases, the AMV positive phase “significantly increases tropical cyclone frequency in the North Atlantic, including those making landfalls,” The authors found. “The increase is explained by warmer sea surface temperature, higher relative humidity, increased relative vorticity, and weaker vertical wind shear under the AMV positive phase.”

“By contrast, AMV positive phase decreases TC occurrence over the western North Pacific and South Pacific, which is tied to stronger vertical wind shear and lower relative humidity. The opposite responses of TC activity to AMV positive are attributed to strengthened Walker Circulation between the Atlantic and Pacific.”

Under CO2 science, alarmists like to claim that tropical storms frequency is simply trending up and up due to manmade CO2 warming. But in fact, tropical storm frequency is far more linked to oceanic cycles.

The key points of Huang et al 2023:

So the next time we get an active tropical cyclone season, you’ll know that it has more to do with natural oceanic cycles, which we are unable to control, and it all has little to do with CO2 emissions which the media like to hype up.

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