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Let's Know Things

Rogue Geoengineering

Let's Know Things

Colin Wright

News Commentary, News

4.8593 Ratings

🗓️ 16 June 2020

⏱️ 46 minutes

🧾️ Download transcript

Summary

This week we talk about phytoplankton blooms, aerosol injection, and giant space mirrors.


We also discuss enhanced weathering, regenerative agriculture, and large-scale reforestation.



This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit letsknowthings.substack.com/subscribe

Transcript

Click on a timestamp to play from that location

0:00.0

In 2012, an American entrepreneur, who has at times been described as eccentric, named Russ George,

0:23.6

dumped 120 metric tons of iron sulfate dust into the ocean off the western coast of Canada.

0:30.5

This wasn't intended to be an act of destruction, nor was it an instance of dumping junk into

0:36.2

the ocean to avoid paying to have it recycled or relegated to a scrap heap somewhere.

0:41.3

George had earlier approached the indigenous residence of an archipelago, the Haida, the archipelago called the Haida Gwai,

0:49.5

about a problem they were having with their local salmon populations.

0:54.0

He told them that he could help them out with that if they could fund his effort to do so.

0:58.8

And a company called the Haida Salmon Restoration Corporation was set up to funnel a few million

1:05.2

dollars into the proposed project.

1:07.9

The project itself involved mixing the aforementioned iron dust with seawater,

1:14.5

and then releasing that seawater mixture into the ocean, about 200 nautical miles west of the

1:21.0

Haida Gwai, which itself is about 45 to 60 kilometers, which is about 30 to 40 miles, off the northern Pacific coast of Canada.

1:30.4

So if you're looking at a map, it's a decent-sized chunk of land, a ways up the coast from

1:35.8

Vancouver Island.

1:37.5

The goal was to artificially stimulate the creation of what's called a phytoplankton bloom

1:42.9

via a technique called ocean fertilization. A phytoplankton bloom via a technique called ocean fertilization.

1:47.0

A phytoplankton bloom is sometimes considered to be desirable because it's thought that the

1:53.4

plankton can gobble up CO2 from the atmosphere at the surface and then pull that CO2 down to the bottom of the ocean when they

2:03.0

die, locking it into place for potentially a very long time. This, it was posited, would also

2:10.7

help the Haida with their salmon problem, as the fish populations would have more plankton

2:15.9

to eat, and thus would increase in number.

2:19.8

For his part, George expected to be able to sell carbon drawdown credits on the carbon credit

...

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