• Neandertals on the beach

    From Marc Verhaegen@21:1/5 to All on Tue Feb 21 08:44:00 2023
    Neandertals on the beach:
    Use of marine resources at Grotta dei Moscerini (Latium, Italy)
    Paola Villa cs 2020 PLOS doi org/10.1371/journal.pone.0226690

    Excavated in 1949, Grotta dei Moscerini (MIS-5 to early MIS-4) is 1 of 2 Italian Hn sites with a large assemblage of retouched shells (n=171) from 21 layers. The other occurrence is from the broadly contemporaneous layer L of Grotta del Cavallo, S-Italy (
    n=126). 8 other Mousterian sites in Italy & 1 in Greece also have shell tools, but in a very small nr. The shell tools are made on valves of the smooth clam Callista chione. The general idea that the valves of Callista chione were collected by Hn on the
    beach after the death of the mollusk is incomplete. At Moscerini, 23.9 % of the spms were gathered directly from the sea-floor as live animals by skin-diving Hn. Archaeological data from sites in Italy, France & Spain confirm: shell-fishing & fresh-
    water fishing was a common activity of Hn, as indicated by anatomical studies recently published by E.Trinkaus. Lithic analysis provides data to show the relation between stone tools & shell tools. Several layers contain pumices derived from volcanic
    eruptions in the Ischia Island or the Campi Flegrei (prior to the Campanian Ignimbrite mega-eruption). Their rounded edges indicate: they were transported by sea-currents to the beach at the base of the Moscerini sequence. Their presence in the
    occupation layers above the beach is discussed. The most plausible hypothesis: they were collected by Hn. Incontrovertible evidence that Hn collected pumices is provided by a cave in Liguria. Use of pumices as abraders is well documented in the Upper
    Paleolithic. We prove: the exploitation of submerged aquatic resources & the collection of pumices common in the UP were part of Hn behavior, well before Hs arrival in W-Europe.

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  • From Primum Sapienti@21:1/5 to All on Thu Mar 2 22:39:08 2023
    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

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  • From littoral.homo@gmail.com@21:1/5 to All on Fri Mar 3 02:52:57 2023
    Op vrijdag 3 maart 2023 om 06:39:10 UTC+1 schreef Primum Sapienti:
    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    :-) Yes, thanks for the confirmation:
    diving for shellfish is OK, but see this man running after kudus... :-D

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  • From Primum Sapienti@21:1/5 to littor...@gmail.com on Wed Mar 15 21:59:31 2023
    littor...@gmail.com wrote:
    Op vrijdag 3 maart 2023 om 06:39:10 UTC+1 schreef Primum Sapienti:
    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    :-) Yes, thanks for the confirmation:
    diving for shellfish is OK, but see this man running after kudus... :-D


    The guy in that picture probably hasn't seen his toes in years
    and mv thinks the guy can dive for shellfish?

    https://www.ddrc.org/diving/can-i-dive/can-i-dive-if-obese/

    "Obesity is now very common a recent report by the world
    health organisation (WHO) showed that over 64% of UK Adults
    were obese or overweight. This is being reflected in the
    diving population. Being overweight or obese can have adverse
    effects in divers. This includes having a higher risk of
    developing diving related issues such as decompression
    sickness (DCS). As well as other non-diving related issues
    that can impact on a person’s fitness to dive and diver
    safety."

    "When you are obese you have an increased fat content of the
    body. Nitrogen (or other inert gases) slowly build up in fat
    cells and take a long time to dissipate. This means obese
    people will have a bigger inert gas load over a dive than
    somebody with a body weight in the healthy range. This means
    that obese people are more likely to develop DCS. In
    addition dive computers are programmed with dive tables
    based on studies done on people with a weight in the healthy
    range. As they are not adjusted based on body fat content
    this increases the risk of DCS in obese divers.

    "Lastly, it is well established that obesity increases the
    incidence of many other medical conditions such as diabetes,
    heart attack, high blood pressure, lung disease,
    gastro-oesophageal reflux and stroke. These conditions can
    cause further complications when diving which, in the worst
    cases, can cause death when SCUBA diving."


    Imagine that guy waddling on land trying to escape a
    predator. Or bending over to get something.


    Maybe he can breath through the nostrils on the end of his nose.

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  • From littoral.homo@gmail.com@21:1/5 to All on Thu Mar 16 03:30:06 2023
    :-) Yes, thanks for the confirmation:
    diving for shellfish is OK, but see this man running after kudus... :-D

    Santa Savanna believer:

    The guy in that picture probably hasn't seen his toes in years
    and mv thinks the guy can dive for shellfish?

    https://www.ddrc.org/diving/can-i-dive/can-i-dive-if-obese/
    "Obesity is now very common a recent report by the world
    health organisation (WHO) showed that over 64% of UK Adults
    were obese or overweight. This is being reflected in the
    diving population. Being overweight or obese can have adverse
    effects in divers. This includes having a higher risk of
    developing diving related issues such as decompression
    sickness (DCS). As well as other non-diving related issues
    that can impact on a person’s fitness to dive and diver
    safety."
    "When you are obese you have an increased fat content of the
    body. Nitrogen (or other inert gases) slowly build up in fat
    cells and take a long time to dissipate. This means obese
    people will have a bigger inert gas load over a dive than
    somebody with a body weight in the healthy range. This means
    that obese people are more likely to develop DCS. In
    addition dive computers are programmed with dive tables
    based on studies done on people with a weight in the healthy
    range. As they are not adjusted based on body fat content
    this increases the risk of DCS in obese divers.
    "Lastly, it is well established that obesity increases the
    incidence of many other medical conditions such as diabetes,
    heart attack, high blood pressure, lung disease,
    gastro-oesophageal reflux and stroke. These conditions can
    cause further complications when diving which, in the worst
    cases, can cause death when SCUBA diving."
    Imagine that guy waddling on land trying to escape a
    predator. Or bending over to get something.
    Maybe he can breath through the nostrils on the end of his nose.

    Yes, my boy, you might be right here:
    no doubt IYO, he ran after kudus... :-DDD

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  • From JTEM is so reasonable@21:1/5 to Primum Sapienti on Thu Mar 16 12:38:41 2023
    Primum Sapienti wrote:

    The guy in that picture probably hasn't seen his toes in years
    and mv thinks the guy can dive for shellfish?

    Wait. So you're saying that some morbidly obese man got that
    way because he survived -- fed himself -- by diving for shellfish?

    Honestly. Are you insane? Stupid? Or are you trolling?

    Because you're just contradicting. NOTHING you post makes
    sense. Oh, you've ranted on & on about elephant brains, bird
    brains and now obesity? NEVER once mapping anything out,
    NEVER once closing one of your own goddamn circles...

    The person in your "Cited" image is not a Neanderthal or erectus
    or ANYONE living a hunter-gatherer existence by exploiting marine
    resources.

    And yet he has to be in order to make a goddamn difference.

    SIT ON YOUR HANDS!

    If you're not willing or capable of putting any thought into these
    topics, stop posting, Find a topic you know about... the failure
    of the mental health system, for example.

    Kisses.





    -- --

    https://jtem.tumblr.com/post/711897171629326337

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  • From Primum Sapienti@21:1/5 to littor...@gmail.com on Sun Mar 26 21:36:37 2023
    littor...@gmail.com wrote:

    :-) Yes, thanks for the confirmation:
    diving for shellfish is OK, but see this man running after kudus... :-D

    Santa Savanna believer:

    The guy in that picture probably hasn't seen his toes in years
    and mv thinks the guy can dive for shellfish?

    https://www.ddrc.org/diving/can-i-dive/can-i-dive-if-obese/
    "Obesity is now very common a recent report by the world
    health organisation (WHO) showed that over 64% of UK Adults
    were obese or overweight. This is being reflected in the
    diving population. Being overweight or obese can have adverse
    effects in divers. This includes having a higher risk of
    developing diving related issues such as decompression
    sickness (DCS). As well as other non-diving related issues
    that can impact on a person’s fitness to dive and diver
    safety."
    "When you are obese you have an increased fat content of the
    body. Nitrogen (or other inert gases) slowly build up in fat
    cells and take a long time to dissipate. This means obese
    people will have a bigger inert gas load over a dive than
    somebody with a body weight in the healthy range. This means
    that obese people are more likely to develop DCS. In
    addition dive computers are programmed with dive tables
    based on studies done on people with a weight in the healthy
    range. As they are not adjusted based on body fat content
    this increases the risk of DCS in obese divers.
    "Lastly, it is well established that obesity increases the
    incidence of many other medical conditions such as diabetes,
    heart attack, high blood pressure, lung disease,
    gastro-oesophageal reflux and stroke. These conditions can
    cause further complications when diving which, in the worst
    cases, can cause death when SCUBA diving."
    Imagine that guy waddling on land trying to escape a
    predator. Or bending over to get something.
    Maybe he can breath through the nostrils on the end of his nose.

    Yes, my boy, you might be right here:
    no doubt IYO, he ran after kudus... :-DDD


    "Fat" is your model. It's an unhealthy condition.

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  • From Primum Sapienti@21:1/5 to JTEM is so reasonable on Sun Mar 26 21:35:14 2023
    JTEM is so reasonable wrote:
    Primum Sapienti wrote:

    The guy in that picture probably hasn't seen his toes in years
    and mv thinks the guy can dive for shellfish?

    Wait. So you're saying that some morbidly obese man got that
    way because he survived -- fed himself -- by diving for shellfish?

    This is mv's ideal for aa. That and nostrils on the tip of the nose.

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From littoral.homo@gmail.com@21:1/5 to All on Mon Mar 27 06:16:25 2023
    netloon blabla:

    "Fat" is your model. It's an unhealthy condition.

    Why don't these netloons inform a little bit before talking??

    THE AQUATIC APE THEORY AND SOME COMMON DISEASES
    1987 Medical Hypotheses 24: 293-300
    Abstract
    The Aquatic Ape Theory claims that human ancestors once lived in a semi-aquatic habitat. Some human diseases might be explained by our aquatic past. Such problems include hyperventilation, periodic breathing, laryngo- and bronchospasm, vasomotor
    rhinopathy, seborrhea, dandruff, male pattern alopecia, rhinophyma, osteoarthritis, inguinal hernias, varicose veins, common obesity, myopia, and ear-wax.
    ...
    Absence of surrounding water
    Humans are very prone to degenerative joint disease of spine and legs (osteoarthritis of cervical and lumbar vertebrae, hips and knees), and – in adult men – to inguinal hernias. Possibly, these disorders were less common in a previous watery
    habitat, because they seem to be due to our present-day vertical stance, and to the absence of the counter-pressure of surrounding water (3). The same can be said about varicose veins and their complications (ulcus cruris). The causes of these troubles â€
    “ the upright posture and the occurrence of an extensive network of limb veins – may lie in our semi-aquatic past (11).
    Also ordinary obesity, a mainly hereditary disease very common in humans, which worsens several other diseases (osteoarthritis, diabetes mellitus, heart failure, periodic breathing, bronchitis, etc.), could be an aquatic rudiment. All sea mammals
    are thick-bellied. In an aquatic habitat, even extreme obesity would have less complications (e.g. heart failure, osteoarhtritis), since the fat is supported by surrounding water (11).

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  • From Primum Sapienti@21:1/5 to littor...@gmail.com on Fri Apr 7 22:03:12 2023
    littor...@gmail.com wrote:
    netloon blabla:

    "Fat" is your model. It's an unhealthy condition.

    Why don't these netloons inform a little bit before talking??

    Explain this

    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From littoral.homo@gmail.com@21:1/5 to All on Sat Apr 8 04:11:08 2023
    kudu runner:

    Explain this https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    Easy, my little little body (why dont these idiots grow up?? why don't these netloons inform a little bit before talking??):
    THE AQUATIC APE THEORY AND SOME COMMON DISEASES 1987 Med.Hypoth.24:293-300 abstract: AAT claims that human ancestors once lived in a semi-aquatic habitat. Some human diseases might be explained by our aquatic past, e.g.
    hyperventilation, periodic breathing, laryngo- & bronchospasm, vasomotor rhinopathy, seborrhea, dandruff, male pattern alopecia, rhinophyma, osteo-arthritis, inguinal hernias, varicose veins, common obesity, myopia, ear-wax.
    ... Also ordinary obesity (a mainly hereditary disease, very common in humans, which worsens several other diseases: osteo-arthritis, diabetes mellitus, heart failure, periodic breathing, bronchitis etc.) could be an aquatic rudiment. All sea-mammals are
    thick-bellied. In an aquatic habitat, even extreme obesity would have less complications (e.g. heart failure, osteo-arhtritis), since the fat is supported by surrounding water (11).

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From JTEM is so reasonable@21:1/5 to Primum Sapienti on Sat Apr 8 12:24:19 2023
    Primum Sapienti wrote:

    Explain this

    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    It's already been explained many times; you're fucked in the head!

    Hint: Do you think that person is better suited to wading in the water or chasing an antelope on a savanna?

    Because he is every bit as much a savanna runner as he is an Aquatic Ape.
    In fact, you DO argue that he is evolved to run!

    You're fucked up. For real. You now only don't know what is and is not an argument, but you keep REPEATING your stupid mistakes!

    Stop already. Take a sedative. Relax.



    -- --

    https://jtem.tumblr.com/post/713809263307472896

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  • From Primum Sapienti@21:1/5 to littor...@gmail.com on Tue Jun 13 22:59:15 2023
    littor...@gmail.com wrote:
    kudu runner:

    Explain this
    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    Easy, my little little body (why dont these idiots grow up?? why don't these netloons inform a little bit before talking??):
    THE AQUATIC APE THEORY AND SOME COMMON DISEASES 1987 Med.Hypoth.24:293-300


    45 years out of date.

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  • From littoral.homo@gmail.com@21:1/5 to All on Wed Jun 14 10:28:36 2023
    kudu runner:
    Explain this
    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    Easy, my little little boy (why dont these idiots grow up?? why don't these netloons inform a *little* bit before talking??):
    THE AQUATIC APE THEORY AND SOME COMMON DISEASES 1987 Med.Hypoth.24:293-300

    45 years out of date.

    And you had no time to read it? busy running after your antelopes? :-D

    Abstract: AAT claims that human ancestors once lived in a semi-aquatic habitat. Some human diseases might be explained by our aquatic past, e.g. hyperventilation, periodic breathing, laryngo- & bronchospasm, vasomotor rhinopathy, seborrhea, dandruff,
    male pattern alopecia, rhinophyma, osteo-arthritis, inguinal hernias, varicose veins, common obesity, myopia, ear-wax. ... Also ordinary obesity (a mainly hereditary disease, very common in humans, which worsens several other diseases: osteo-
    arthritis, diabetes mellitus, heart failure, periodic breathing, bronchitis etc.) could be an aquatic rudiment. All sea-mammals are thick-bellied. In an aquatic habitat, even extreme obesity would have less complications (e.g. heart failure, osteo-
    arhtritis), since the fat is supported by surrounding water (11).

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From JTEM is so reasonable@21:1/5 to Primum Sapienti on Wed Jun 14 22:15:45 2023
    Primum Sapienti wrote:

    45 years out of date.

    Lol! Nuclear fission will be 85 years "Out of date" never
    December.

    You're a rationalizing putz, on your good days.




    -- --

    https://jtem.tumblr.com/post/719734026129326080

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  • From Primum Sapienti@21:1/5 to littor...@gmail.com on Thu Jun 22 23:13:53 2023
    littor...@gmail.com wrote:
    Op vrijdag 3 maart 2023 om 06:39:10 UTC+1 schreef Primum Sapienti:
    https://commons.wikimedia.org/wiki/File:At_the_beach_-_male_abdominal_obesity.JPG

    :-) Yes, thanks for the confirmation:
    diving for shellfish is OK, but see this man running after kudus... :-D


    That fat mound of flesh diving? LOL

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  • From JTEM is so reasonable@21:1/5 to Primum Sapienti on Sun Jun 25 20:47:13 2023
    Primum Sapienti wrote:

    That fat mound of flesh diving? LOL

    "....clearly he's so fat that he could only ever un marathons."





    -- --

    https://jtem.tumblr.com/post/720199938043150336

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