More Climate Change Worsens Natural Disasters

Hurricane Florence has been receiving massive media coverage for the immense damage it’s doing. There are hundreds of thousands of people without electricity in North Carolina now, and among other things, such as threatening nuclear reactors, the flooding is doing major harm.

In the news media, it is almost never mentioned that climate change has made natural disasters such as hurricanes worse. More warm air translates to more water vapor, and more water vapor means worsened superstorms. In 2017, there was a record amount of U.S. economic costs related to natural disasters, in significant part due to hurricanes like Hurricane Florence.

Amazingly, it is now 2018 and there is not even much discussion about ways that human technology can reduce the strength of superstorms. Hurricanes require a sea surface temperature of 26.5 degrees Celsius to form, and there is some research showing that sending compressed bubbles (via perforated pipes located over a hundred meters down) from deeper in the ocean brings up colder water to the surface. The cold water would cool the warmer surface water, possibly preventing hurricanes through removing their supply of energy.

The United States has given enormous subsidies to fossil fuels companies that operate oil rigs on the ocean, contributing to the greenhouse gas effect that leads to warming and worse storms. It doesn’t seem unreasonable to use the materials from them to create platforms that use the perforated pipes to cool the ocean water and prevent (or perhaps ameliorate) hurricanes. In response to data that predicts where hurricanes are about to form, it doesn’t seem unreasonable that that sort of platform could be quickly deployed or transported to other locations either.

But the absence of a discussion like this is what kind of mass media (and therefore significantly communicative) structure is currently in place — one that doesn’t discuss a key factor in making the problem much worse, and one that doesn’t really mention potentially viable technological solutions in the 21st century.

Climate change (yes, it’s real and at least largely human-caused) will keep making these sorts of disasters much worse if it continues unabated. In 20 years, Hurricane Florence may seem mild compared to the average hurricanes of 2038, and that is clearly a stormy future that needs prevented.


Possibility of Stopping Hurricanes Using Air Bubbles

As 2017 showed, hurricanes can do immense damage. The effects of climate change will also make hurricanes worse, as warmer air means more water vapor, and more water vapor translates to more superstorms. It’s uncertain how much using air bubble technology would actually help, but there might be beneficial truth to using it.

Tropical hurricanes are generated when masses of cold and warm air collide. Another essential factor is that the sea surface temperature must be greater than 26.5°C.

“Climate change is causing sea surface temperatures to increase,” says Grim Eidnes, who is a Senior Research Scientist at SINTEF Ocean. “The critical temperature threshold at which evaporation is sufficient to promote the development of hurricanes is 26.5°C. In the case of hurricanes Harvey, Irma and Maria that occurred in the Gulf of Mexico in the period August to September 2017, sea surface temperatures were measured at 32°C”, he says.

So to the big question. Is it possible to cool the sea surface to below 26.5°C by exploiting colder water from deeper in the water column?


Researchers at SINTEF now intend to save lives by using a tried and tested method called a “bubble curtain”.

The method consists of supplying bubbles of compressed air from a perforated pipe lowered in the water, which then rise, taking with them colder water from deeper in the ocean. At the surface, the cold water mixes with, and cools, the warm surface water.

SINTEF believes that the Yucatan Strait will be an ideal test arena for this technology.

“Our initial investigations show that the pipes must be located at between 100 and 150 metres depth in order to extract water that is cold enough” says Eidnes. “By bringing this water to the surface using the bubble curtains, the surface temperature will fall to below 26.5°C, thus cutting off the hurricane’s energy supply”, he says, before adding that “This method will allow us quite simply to prevent hurricanes from achieving life-threatening intensities”.

Nuclear Power Plants and Hurricanes

Nuclear power plants could have been hit by the recent hurricanes, which would of course make an already bad disaster worse.

Although the mainstream media said next to nothing about it, independent experts have made it clear that Hurricanes Harvey and Irma threatened six U.S. nuclear plants with major destruction, and therefore all of us with apocalyptic disaster. It is a danger that remains for the inevitable hurricanes, earthquakes, tsunamis and other natural disasters yet to come.

During Harvey and Irma, six holdovers from a dying reactor industry—two on the Gulf Coast at South Texas, two at Key Largo and two more north of Miami at Port St. Lucie—were under severe threat of catastrophic failure. All of them rely on off-site power systems that were extremely vulnerable throughout the storms. At St. Lucie Unit One, an NRC official reported a salt buildup on electrical equipment requiring a power downgrade in the midst of the storm.

Loss of backup electricity was at the core of the 2011 catastrophe at the Fukushima Daiichi nuclear plant in Japan when the tsunami there and ensuing flood shorted out critical systems. The reactor cores could not be cooled. Three melted. Their cores have yet to be found. Water pouring over them flooded into the Pacific, carrying away unprecedented quantities of cesium and other radioactive isotopes. In 2015, scientists detected radioactive contamination from Fukushima along the coast near British Columbia and California.