Pay no attention.
The real issue is cows farting and people driving cars.
Sailors testing the waters during the Ocean Race, which travels through some of the world’s most remote ocean environments, have found microplastics in every sample.
Up to 1,884 microplastic particles were found per cubic metre of seawater in some locations, up to 18 times higher than in similar tests during the last Ocean Race, which ended in 2018. Scientists noted that the sensitivity of their instruments is now higher.
“It’s really concerning that we are finding microplastics in every sample, from coastal areas to the most remote regions of the ocean,” said Victoria Fulfer, a visiting scientist from the University of Rhode Island at the National Oceanography Centre (NOC) in the UK. “We are seeing much higher concentrations this year, which can be a sign of increased pollution, but also is related to the increased sensitivity of our analysis.”
The samples were collected during the initial legs of the race, which started in January and finishes in July, passing through the South Atlantic Ocean near a location considered to be the farthest from land anywhere on Earth.
The 45 samples collected from leg two, running from Cabo Verde to South Africa, showed microplastic concentrations from 92-1,884, while in leg three – between Cape Town and Itajaí, Brazil – the concentrations ranged from 160-1,492 per cubic metre.
Samples taken near the planet’s most remote area, Point Nemo, which is 2,688km (1,450 nautical miles) from land in all directions, revealed 320 microplastic particles per cubic metre, compared with 9-41 in the last race.
Frankly, people affected by plastic – which is all humans – should get together and sue Greta Thunberg for fraud.
She is covering up the biggest imaginable environmental crisis, in the form of actual environmental pollutants that are destroying human and animal biology being dumped across the entire planet by multinational corporations, by falsely claiming that carbon dioxide is a pollutant.
You literally exhale carbon dioxide when you breathe.