Mr_Wood wrote:Forgive me if this is a topic which has been covered before. I remember reading an article some time ago regarding how we humans walk in relation to how pre humans, homo erectus etc..walked. If I remember correctly the conclusion it came to was that we walk very inefficiently with the pitch and fall motion whereas pre humans did not do this but rather the weight of the foot was planted as a whole. This made me think of bagua walking and how this works to maintain a root and centre of balance. I cant seem to find anything on this anymore but was wondering if anybody had any views or additional info.
Cheers
Mr_Wood wrote:Forgive me if this is a topic which has been covered before. I remember reading an article some time ago regarding how we humans walk in relation to how pre humans, homo erectus etc..walked. If I remember correctly the conclusion it came to was that we walk very inefficiently with the pitch and fall motion whereas pre humans did not do this but rather the weight of the foot was planted as a whole. This made me think of bagua walking and how this works to maintain a root and centre of balance. I cant seem to find anything on this anymore but was wondering if anybody had any views or additional info.
Cheers
Rather, the bipedal adaptation hominines had already achieved was used in the savanna. The fossil record shows that early bipedal hominines were still adapted to climbing trees at the time they were also walking upright. It is possible that Bipedalism evolved in the trees, and was later applied to the Savannah as a vestigial trait. Humans and orangutans are both unique to a bipedal reactive adaptation when climbing on thin branches, in which they have increased hip and knee extension in relation to the diameter of the branch, which can increase an arboreal feeding range and can be attributed to a convergent evolution of bipedalism evolving in arboreal environments.
[45] Hominine fossils found in dry grassland environments led anthropologists to believe hominines lived, slept, walked upright, and died only in those environments because no hominine fossils were found in forested areas. However, fossilization is a rare occurrence—the conditions must be just right in order for an organism that dies to become fossilized for somebody to find later, which is also a rare occurrence. The fact that no hominine fossils were found in forests does not ultimately lead to the conclusion that no hominines ever died there.
So what happened to the pre humans
Are you suggesting that evolution would favor and support an in-efficient mode of locomotion?
Mr_Wood wrote:Forgive me if this is a topic which has been covered before. I remember reading an article some time ago regarding how we humans walk in relation to how pre humans, homo erectus etc..walked. If I remember correctly the conclusion it came to was that we walk very inefficiently with the pitch and fall motion whereas pre humans did not do this but rather the weight of the foot was planted as a whole. This made me think of bagua walking and how this works to maintain a root and centre of balance. I cant seem to find anything on this anymore but was wondering if anybody had any views or additional info.
Cheers
windwalker wrote:Are you suggesting that evolution would favor and support an in-efficient mode of locomotion?
I would think the other way around, that many of the stepping in IMA are designed to enhance certain things but are not generally better then
what would be consider to be normal walking.
Based on studies of women of the Luo and Kikuyu tribes of East Africa, researchers have found that people can carry loads of up to 20 percent of their own body weight without expending any extra energy beyond what they'd use by walking around unencumbered. Above that figure, however, metabolic costs seem to increase proportionally with load weight. But don't start stacking groceries on your head just yet. The subjects in these studies began head-loading as children and had developed a peculiar gait that's one-third more efficient than the one we're likely to use.
We have at least 20 walking patterns in our system and all teach good methods for normal propulsion
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