Thursday, April 9, 2020
Ocean Creatures hacve been protecting land from viruses
Who would have thought? We will want to pass all processed human waste out over sponge beds. We should anyway, but this makes it compelling.
Shipping waste material to Atolls makes even more sense than i thought when i first proposed exactly that as a joke to troll environmentalists back in the day.
We do need to process sewage waste much better and gthe best is in integration with the ocean since sooner or later we will have floating cities..
STUDY SUGGESTS OCEAN CREATURES HAVE BEEN PROTECTING HUMANITY FROM VIRUSES
April 6, 2020
John Vibes, Truth Theory
According to a new study conducted by a team of researchers from the Royal Netherlands Institute for Sea Research (NIOZ), creatures in the ocean have acted as a natural defense against viruses for the
human population. In a series of lab experiments, a team led by marine ecologist Jennifer Welsh observed marine organisms to see how they interacted with viruses in their ecosystem. The study was published in the Nature journal Scientific Reports.
The team studied 10 different animal species, but found that crabs, cockles, oysters, and sponges were the best at filtering viruses.
The authors of the study noted that “In our experiments, the sponges reduced the presence of viruses by up to 94 percent within three hours.” After the virus was exposed to the sponge after a full 24 hours, the presence of viruses was reduced by up to 98 percent.
Meanwhile, crabs were able to reduce the viral load by up to 90 percent over 24 hours. Cockles and crabs were much less effective, reducing the viral abundance by 43 percent and 12 percent respectively.
“Another experiment showed that the uptake of viruses happens indeed very quickly and effectively. Even if we offered new viruses to the water every 20 minutes, the sponges remained tremendously effective in removing viruses,” Welsh explained.
These findings could have huge implications for future outbreak prevention, and can also shed some light on some of the natural defense mechanisms that exist in our ecosystem. However, Welsh cautions that things may be a bit more complicated in the wild than they are in the lab setting.
“The situation there is much more complex, as many other animal species are present and influence one another. For example, if an oyster is filtering and a crab comes along, it closes its valve and stops filtering. In addition, there are factors such as tidal currents, temperature, and UV light to consider,” she added.