the "Headline That Caught My Attention or the WTF" thread


Nature is made up of some amazing and intriguing creatures. Perhaps one of the most intriguing is the octopus. Some even believe they could be aliens. One mystery that has long evaded scientists is the octopus’s self-destruction after mating. For years, scientists have wondered why octopuses torture themselves after mating.

Now, after all this time, researchers may finally have the answer.

We’ve long known that mother octopuses torture themselves and sometimes even eat themselves when their eggs are close to hatching. While they aren’t the only creatures in the wild that die after mating, they do have one of the more gruesome approaches to the process.

For years, scientists have tried to discover why octopuses act this way after mating. Now, a new study published in the journal Current Biology could provide the answers we’ve all been looking for. Researchers say that mother octopuses torture themselves after mating due to chemical changes that occur around the time the mother lays her eggs.

A study in 1977 found that a set of glands near the octopus’s eyes was responsible for the mechanism that caused the self-destruction. The researchers found that these glands produce steroid hormones in the octopus. And, when the mother has laid her eggs, these glands go into overdrive. It is these steroids that are believed to push octopuses to torture themselves.
 

Nature is made up of some amazing and intriguing creatures. Perhaps one of the most intriguing is the octopus. Some even believe they could be aliens. One mystery that has long evaded scientists is the octopus’s self-destruction after mating. For years, scientists have wondered why octopuses torture themselves after mating.

Now, after all this time, researchers may finally have the answer.

We’ve long known that mother octopuses torture themselves and sometimes even eat themselves when their eggs are close to hatching. While they aren’t the only creatures in the wild that die after mating, they do have one of the more gruesome approaches to the process.

For years, scientists have tried to discover why octopuses act this way after mating. Now, a new study published in the journal Current Biology could provide the answers we’ve all been looking for. Researchers say that mother octopuses torture themselves after mating due to chemical changes that occur around the time the mother lays her eggs.

A study in 1977 found that a set of glands near the octopus’s eyes was responsible for the mechanism that caused the self-destruction. The researchers found that these glands produce steroid hormones in the octopus. And, when the mother has laid her eggs, these glands go into overdrive. It is these steroids that are believed to push octopuses to torture themselves.

Gotta see this on Netflix… ?
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like a bad penny.................



What is it with NY politicians?
Disgraced Wiener tried it (twice I think). Now probably NYC's most disliked ex-mayor thinks he can do it.
 
The Weather Network

Mountains of sugar have been found in the ocean under seagrass meadows​

Isabella O'Malley, M.Env.Sc
Sun, May 22, 2022, 12:25 PM


Researchers from the Max Planck Institute for Marine Microbiology report that mountains of sugar have been discovered hiding underneath seagrass meadows across the world’s oceans.

Seagrass meadows are amongst the top carbon-capturing ecosystems — just one square kilometre of seagrass stores nearly twice as much carbon as forests on land at a rate 35 times faster, according to the Institute.

To better understand these carbon-capturing powerhouses, the scientists conducted a study off the Italian island of Elba where they took samples of seagrass meadows and their surrounding sediments. Their data revealed that sugar concentrations underneath the seagrass were at least 80 times higher than those found in other marine ecosystems.

“To put this into perspective: we estimate that worldwide there are between 0.6 and 1.3 million tons of sugar, mainly in the form of sucrose,” stated Manuel Liebeke, a scientist at the Institute, in a press release.

“That is roughly comparable to the amount of sugar in 32 billion cans of Coke!”

more here
 

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