https://orthoinfo.aaos.org/en/staying-healthy/exercise-and-bone-health/ "Exercise works on bones much like it works on muscles — it makes them stronger.
https://orthoinfo.aaos.org/en/staying-healthy/exercise-and-bone-health/Yup. Central West Africans have the highest bone density of AMHs.
"Exercise works on bones much like it works on muscles — it makes them stronger. Exercise is important for building strong bones when we are younger, and it is essential for maintaining bone strength when we are older.
Because bone is living tissue, it changes over time in response to the forces
placed upon it. When you exercise regularly, your bone adapts by building more bone and becoming denser."
"Higher impact activities, such as jogging and jumping rope, increase the weight on bones and provide more bone-strengthening benefits."
https://orthoinfo.aaos.org/en/staying-healthy/exercise-and-bone-health/
"Exercise works on bones much like it works on muscles
"Higher impact activities, such as jogging and jumping rope, increase the weight on bones and provide more bone-strengthening benefits."
Yup. Central West Africans have the highest bone density of AMHs.
On Saturday, April 23, 2022 at 1:30:59 AM UTC-4, Primum Sapienti wrote:
https://orthoinfo.aaos.org/en/staying-healthy/exercise-and-bone-health/Yup. Central West Africans have the highest bone density of AMHs.
"Exercise works on bones much like it works on muscles — it makes them
stronger. Exercise is important for building strong bones when we are
younger, and it is essential for maintaining bone strength when we are older.
Because bone is living tissue, it changes over time in response to the forces
placed upon it. When you exercise regularly, your bone adapts by building
more bone and becoming denser."
"Higher impact activities, such as jogging and jumping rope, increase the
weight on bones and provide more bone-strengthening benefits."
exclusively seen in slow & shallow divers, incl. all aquatic mammals initially: early Cetacea & pinnipeds had POS, and Sirenia still have POS. Google "coastal dispersal Pleistocene Homo PPT" (+ refs).https://orthoinfo.aaos.org/en/staying-healthy/exercise-and-bone-health/
"Exercise works on bones much like it works on muscles — it makes them
stronger.
Interesting study, but irrelevant as to why H.erectus & partially neandertals still were pachy-osteo-sclerotic. POS or pachyosteosclerosis (extremely thick & heavy skeletons, possibly more brittle due to an excess of calcium) in tetrapods is
Only incredible idiots believe normal strong bones in Hs are comparable to Hn or He POS.
Primum Sapienti wrote:
https://orthoinfo.aaos.org/en/staying-healthy/exercise-and-bone-health/
"Exercise works on bones much like it works on muscles
This has always been known, and introduced here numerous times.
It's one of the huge issues with "Gracile" THIS and "Robust" THAT: Without complete skeletons & a representative sampling of a population we can't really tell these things. Could be the exact same species just a different environment, diet & lifestyle.
Again, introduced here many times. *I* have brought it up myself. But, I am CURSED with reading comprehension & retention...
Diving not needed.
Diving not needed.
Primum Sapienti wrote:
Diving not needed.
Speech isn't needed. No other species has a language. Mathematics isn't
needed. Goats, bears & chimps don't carry calculators or scribble
equations in the dirt. We don't need these things. And the fact that we
don't need them, we never "Needed" to evolve them is entirely irrelevant because, goddamnit, we did develop them. We didn't need to but we
did.
So once again you reached up your butt and pulled out another one
of your "Gems" to share...
Ain't gonna thank you, missy.
non sequitur
I Envy JTEM wrote:
Meaning, what? Mushrooms don't dive so we don't need to?
Ask mv and the aa crwod
https://orthoinfo.aaos.org/en/staying-healthy/exercise-and-bone-health/-
"Exercise works on bones much like it works on muscles — it makes them stronger. Exercise is important for building strong bones when we are younger, and it is essential for maintaining bone strength when we are older.
Because bone is living tissue, it changes over time in response to the forces
placed upon it. When you exercise regularly, your bone adapts by building more bone and becoming denser."
"Higher impact activities, such as jogging and jumping rope, increase the weight on bones and provide more bone-strengthening benefits."
"Higher impact activities, such as jogging and jumping rope, increase the weight on bones and provide more bone-strengthening benefits."
Yup. Central West Africans have the highest bone density of AMHs.Yup. Nobody doubts that, my little boy:
only incredible idiots deny this is irrelevant to the pachyosteosclerosis seen in all aquatics *initially*:
H.erectus, Cetacea, pinnipeds, (still) Sirenia & many other tetrapods adaptating to diving in salt water.
Primum Sapienti wrote:
Diving not needed.
Speech isn't needed. No other species has a language. Mathematics isn't needed. Goats, bears & chimps don't carry calculators or scribble
equations in the dirt. We don't need these things. And the fact that we
don't need them, we never "Needed" to evolve them is entirely irrelevant because, goddamnit, we did develop them. We didn't need to but we
did.
So once again you reached up your butt and pulled out another one
of your "Gems" to share...
Ain't gonna thank you, missy.
-- --
https://jtem.tumblr.com/post/683605167873146880
On Saturday, April 23, 2022 at 4:41:58 PM UTC-4, [email protected] wrote:
"Higher impact activities, such as jogging and jumping rope, increase the
weight on bones and provide more bone-strengthening benefits."
Hs thick femur = muscular stress on femurs, upright terrestrial bipedal carrying (infants, tools, shelters)Yup. Central West Africans have the highest bone density of AMHs.Yup. Nobody doubts that, my little boy:
only incredible idiots deny this is irrelevant to the pachyosteosclerosis seen in all aquatics *initially*:
H.erectus, Cetacea, pinnipeds, (still) Sirenia & many other tetrapods adaptating to diving in salt water.
He thick femur = mermaids sleeping like manatees!!!
:D
Diving not needed.
Diving not needed.
Only incredible imbeciles beleve H.erectus evolved pachyosteosclerotic occipita but paranasal sinuses to prevent blows on the head.
Primum Sapienti wrote:
non sequitur
That is EXACTLY what I was pointing out about your <ahem> "argument."
Primum Sapienti wrote:
Diving not needed.
Speech isn't needed. No other species has a language. Mathematics isn't
Primum Sapienti wrote:
I Envy JTEM wrote:
Meaning, what? Mushrooms don't dive so we don't need to?
Ask mv and the aa crwod
You don't know what your so called "argument" is? You can't explain what
you think you mean?
On Saturday, April 23, 2022 at 4:41:58 PM UTC-4, [email protected] wrote:
Yup. Nobody doubts that, my little boy:"Higher impact activities, such as jogging and jumping rope, increase the >>>> weight on bones and provide more bone-strengthening benefits."
Yup. Central West Africans have the highest bone density of AMHs.
only incredible idiots deny this is irrelevant to the pachyosteosclerosis seen in all aquatics *initially*:
H.erectus, Cetacea, pinnipeds, (still) Sirenia & many other tetrapods adaptating to diving in salt water.
Hs thick femur = muscular stress on femurs, upright terrestrial bipedal carrying (infants, tools, shelters)
He thick femur = mermaids sleeping like manatees!!!
:D
So clearly you have no idea what "Non Sequitur" means.
Here. Read this before continuing to make the same error: https://examples.yourdictionary.com/non-sequitur-examples.html
Okay, so you said something stupid. I pointed out why your so
called "argument" was stupid by applying it to other life forms.
But, instead of seeing the idiocy in your <ahem> "argument" you
chose to misunderstand & misapply the term non sequitur.
Primum Sapienti wrote:
I Envy JTEM wrote:
Meaning, what? Mushrooms don't dive so we don't need to?
Ask mv and the aa crwod
You don't know what your so called "argument" is? You can't explain what
you think you mean?
Primum Sapienti wrote:
non sequitur
That is EXACTLY what I was pointing out
It's the aa argument.
This is the "coastal dispersal" argument:
Some people are really too stupid/stubborn to understand the word "pachy-osteo-sclerosis" (POS).
As the word says: it simply means thick + dense cortical bone.
It's *uniquely* seen in slow shallow diving tetrapods, esp. in salt water. Early Pinnipedia & Cetacea had POS, but later most of them evolved in parallel osteoporotic bones (faster).
Osteosclerosis alone (e.g. the human disease osteopetrosis) is not POS (osteopetrosis is brittle).
POS in Hominoidea is only seen since the Pleistocene AFAWK, and only in Homo.
And many PAs are still too stupid/stubborn to see what really happened: early-Pleistocene Homo:
-POS (connection with ice ages? Tp? lower sea-levels? other prey populations? ...?),
-dispersal along the Ind.Ocean (& later Med.Sea), incl. overseas islands, e.g. Flores,
-larger brain cf. dolphins & seals: seafood is rich in brain-specific nutrients, e.g. DHA,
-stone tools cf. sea-otters: probably they often dived for shellfish.
Only incredible imbeciles believe their ancestors ran after kudus. :-DDD
This is the "coastal dispersal" argument:
Some people are really too stupid/stubborn to understand the word "pachy-osteo-sclerosis" (POS).
As the word says: it simply means thick + dense cortical bone.
It's *uniquely* seen in slow shallow diving tetrapods, esp. in salt water. Early Pinnipedia & Cetacea had POS, but later most of them evolved in parallel osteoporotic bones (faster).
Osteosclerosis alone (e.g. the human disease osteopetrosis) is not POS (osteopetrosis is brittle).
POS in Hominoidea is only seen since the Pleistocene AFAWK, and only in Homo.
POS erectus>neand.>sapiens.
This means: erectus dived more frequently and/or in salter water than neandertals.
Neandertals C & N isotopes are intermediate between freshwater & marine foods, but nearer to freshwater:
this suggests: neandertals had evolved from coastal to riverside, but probably seasonally followed the river to the coast (salmon??).
That sapiens & neand. belong to the same species (fertile offspring) shows that our parttime diving phase is not long ago.
And many PAs are still too stupid/stubborn to see what really happened: early-Pleistocene Homo:
-POS (connection with ice ages? Tp? lower sea-levels? other prey populations? ...?),
-dispersal along the Ind.Ocean (& later Med.Sea), incl. overseas islands, e.g. Flores,
-larger brain cf. dolphins & seals: seafood is rich in brain-specific nutrients, e.g. DHA,
-stone tools cf. sea-otters: probably they often dived for shellfish.
Only incredible imbeciles believe their ancestors ran after kudus. :-DDD
Google e.g. "Homo coastal dispersal Verhaegen".
This is the "coastal dispersal" argument:
Some people are really too stupid/stubborn to understand the word "pachy-osteo-sclerosis" (POS).
As the word says: it simply means thick + dense cortical bone.
It's *uniquely* seen in slow shallow diving tetrapods, esp. in salt water.
Early Pinnipedia & Cetacea had POS, but later most of them evolved in parallel osteoporotic bones (faster).
Osteosclerosis alone (e.g. the human disease osteopetrosis) is not POS (osteopetrosis is brittle).
POS is brittle. MV
Osteosclerosis is brittle. MV
Osteopetrosis is brittle. MV
MV has no idea the meaning of brittle.
POS in Hominoidea is only seen since the Pleistocene AFAWK, and only in Homo.
POS erectus>neand.>sapiens.
This means: erectus dived more frequently and/or in salter water than neandertals.
Neandertals C & N isotopes are intermediate between freshwater & marine foods, but nearer to freshwater:
this suggests: neandertals had evolved from coastal to riverside, but probably seasonally followed the river to the coast (salmon??).
That sapiens & neand. belong to the same species (fertile offspring) shows that our parttime diving phase is not long ago.
And many PAs are still too stupid/stubborn to see what really happened: early-Pleistocene Homo:
-POS (connection with ice ages? Tp? lower sea-levels? other prey populations? ...?),
-dispersal along the Ind.Ocean (& later Med.Sea), incl. overseas islands, e.g. Flores,
-larger brain cf. dolphins & seals: seafood is rich in brain-specific nutrients, e.g. DHA,
-stone tools cf. sea-otters: probably they often dived for shellfish. Only incredible imbeciles believe their ancestors ran after kudus. :-DDD
Google e.g. "Homo coastal dispersal Verhaegen".
Compounding your error does not reduce it and it certainly doesn't make
it go away. You're proving yourself to be even more foolish.
-- --You forgot to address your favorite tochter, panjermia.
https://www.tumblr.com/blog/view/uapro/687163160466227200
Op woensdag 15 juni 2022 om 11:15:54 UTC+2 schreef DD'eDeN aka note/nickname/alas_my_loves::0 You've said it too many times! Your amnesia/Alzheimer's is beyond rational bounds these days!
This is the "coastal dispersal" argument:
Some people are really too stupid/stubborn to understand the word "pachy-osteo-sclerosis" (POS).
As the word says: it simply means thick + dense cortical bone.
It's *uniquely* seen in slow shallow diving tetrapods, esp. in salt water.
Early Pinnipedia & Cetacea had POS, but later most of them evolved in parallel osteoporotic bones (faster).
Osteosclerosis alone (e.g. the human disease osteopetrosis) is not POS (osteopetrosis is brittle).
POS is brittle. MVNot unlikely, but you're unable to quote where I might have said that.
Osteosclerosis is brittle. MVOsteopetrosis is a specific case of osteoscleroris: can't you even read??
Osteopetrosis is brittle. MV
MV has no idea the meaning of brittle.You have no idea of anything in PA.
My little little boy (you're becoming more+more infantile),
erectus had very thick occipita:
do you really believe they hit each other on the occiput?? :-D
Grow up.
POS in Hominoidea is only seen since the Pleistocene AFAWK, and only in Homo.
POS erectus>neand.>sapiens.
This means: erectus dived more frequently and/or in salter water than neandertals.
Neandertals C & N isotopes are intermediate between freshwater & marine foods, but nearer to freshwater:
this suggests: neandertals had evolved from coastal to riverside, but probably seasonally followed the river to the coast (salmon??).
That sapiens & neand. belong to the same species (fertile offspring) shows that our parttime diving phase is not long ago.
And many PAs are still too stupid/stubborn to see what really happened: early-Pleistocene Homo:
-POS (connection with ice ages? Tp? lower sea-levels? other prey populations? ...?),
-dispersal along the Ind.Ocean (& later Med.Sea), incl. overseas islands, e.g. Flores,
-larger brain cf. dolphins & seals: seafood is rich in brain-specific nutrients, e.g. DHA,
-stone tools cf. sea-otters: probably they often dived for shellfish. Only incredible imbeciles believe their ancestors ran after kudus. :-DDD
Google e.g. "Homo coastal dispersal Verhaegen".
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