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The discussions highlight the publication’s detailed examination of Homo erectus’s regional forms, using technical terms like 'supraorbital torus' and referencing specific fossils and studies, indicating deep engagement and acknowledgment of its impact on understanding human evolution.
Most posts accept the points made in the publication, with some referencing specific data and interpretations presented by Antón (2003).
The discussions reflect a strong curiosity about the complexities of Homo erectus, indicating high engagement with the topic.
Posts cite detailed aspects such as cortical thickness, regional variations, and morphological features, demonstrating meaningful engagement.
The discourse suggests that the publication influences scholarly perspectives, with references to the evolutionary significance and regional diversity of Homo erectus.
Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9. From Susan Antón (2003) Natural History of Homo erectus https://t.co/WS0GzdvNSA
@ashleyshammond Complicated question -- best citation on provenience is Huffman et al 2010, Susan Antón includes this in her "Natural History of Homo erectus" with stature/mass estimates and discusses cortical thickness. No cross-sectional data that I've found but I may be missing something.
Natural history of Homo erectus - Antón - 2003 - American Journal of Physical Anthropology - Wiley Online Library https://t.co/IShYDnxSeC
Antón, S. (2003). Natural history of Homo erectus. American Journal of Physical Anthropology, 122(S37), pp.126-170. Harari, Yuval N. (2015). Sapiens: a brief history of humankind. New York: Harper
RT @robertosaezm: Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9…
RT @robertosaezm: Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9…
Homoerectus ancienthuman Thanks for watching. This video explores Homo Erectus and Acheulean tool use at Saffaqah near Dawadmi, highlighting early hominin adaptations, tool technology, and landscape use in a dense…
The current understanding of Homo erectus has evolved from earlier views, recognizing it as a single, widely dispersed species that is ancestral to later Homo species, with recent research highlighting its varied…
This study explores Acheulean tools and landscape adaptation at Saffaqah near Dawadmi, revealing hominin strategies for resource gathering and tool-making in a dense midlatitude environment over 500 km from water…
Homo erectus is unique as some consider them to be the first human species while others argue they did not exist at all. This episode explores their migration from Africa and their role in human evolution, supported by…
Ancestral diets have become popular, but are they truly healthy? This video delves into the science of eating like our prehistoric ancestors, exploring the impact of diet on our health. Join Dr. Peter Ungar as he…
Evolution Hour 45 analyzes Homo erectus as a continuous, dispersing species with regional adaptations, emphasizing its complex evolutionary history and challenging creationist claims about its origins and fossil…
Natural history of Homo erectus - Antón - 2003 - American Journal of Physical Anthropology - Wiley Online Library https://t.co/IShYDnxSeC
@willnevamisssss @abdux_xx @bttaarr_ https://t.co/ehUusjqGF4 https://t.co/8hGbwwA5w0 https://t.co/VXcp0CTu9m مصادر على البشرية طلبت حقك واجاك.
@ashleyshammond Complicated question -- best citation on provenience is Huffman et al 2010, Susan Antón includes this in her "Natural History of Homo erectus" with stature/mass estimates and discusses cortical thickness. No cross-sectional data that I've found but I may be missing something.
Antón, S. (2003). Natural history of Homo erectus. American Journal of Physical Anthropology, 122(S37), pp.126-170. Harari, Yuval N. (2015). Sapiens: a brief history of humankind. New York: Harper
RT @robertosaezm: Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9…
RT @robertosaezm: Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9…
RT @robertosaezm: Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9…
RT @robertosaezm: Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9…
RT @robertosaezm: Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9…
Superior view of supraorbital torus in (casts) (A) Ngandong 5, (B) Sangiran 17, (C) Zhoukoudian XI, and (D) original OH 9. From Susan Antón (2003) Natural History of Homo erectus https://t.co/WS0GzdvNSA
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