No, I do not believe that H. Habilis and H. rudolphensis are the same species given the results of Station 1 and our understanding of their morphological differences between these two species. Homo habilis species is resembles A. afarensis but differ from Homo rudolfensis (Australopithecus rudolfensis) in possessing distinctive feature in having fore-to-hind limb joint size that is different to humans and Homo erectus. Homo rudolfensis (Australopithecus rudolfensis) has morphological features such as two jawbones with teeth and a face with higher cranial capacity Homo habilis has average nearly about 1.3 m (4 ft 3 in) tall associated with lesser brain size compared to H. rudolphensis. The main trends in developing modern Homo including modern humans from Homo habilis are reduction in teeth size, jaw size and decrease face size finally became more gracile. The brain volume increased with higher intelligence to perform social tasks. The tool using technology first started with Homo habilis and increased to modern humans. Solution No, I do not believe that H. Habilis and H. rudolphensis are the same species given the results of Station 1 and our understanding of their morphological differences between these two species. Homo habilis species is resembles A. afarensis but differ from Homo rudolfensis (Australopithecus rudolfensis) in possessing distinctive feature in having fore-to-hind limb joint size that is different to humans and Homo erectus. Homo rudolfensis (Australopithecus rudolfensis) has morphological features such as two jawbones with teeth and a face with higher cranial capacity Homo habilis has average nearly about 1.3 m (4 ft 3 in) tall associated with lesser brain size compared to H. rudolphensis. The main trends in developing modern Homo including modern humans from Homo habilis are reduction in teeth size, jaw size and decrease face size finally became more gracile. The brain volume increased with higher intelligence to perform social tasks. The tool using technology first started with Homo habilis and increased to modern humans..

1. No, I do not believe that H. Habilis and H. rudolphensis are the same species given the results of
Station 1 and our understanding of their morphological differences between these two species.
Homo habilis species is resembles A. afarensis but differ from Homo rudolfensis
(Australopithecus rudolfensis) in possessing distinctive feature in having fore-to-hind limb joint
size that is different to humans and Homo erectus. Homo rudolfensis (Australopithecus
rudolfensis) has morphological features such as two jawbones with teeth and a face with higher
cranial capacity
Homo habilis has average nearly about 1.3 m (4 ft 3 in) tall associated with lesser brain size
compared to H. rudolphensis. The main trends in developing modern Homo including modern
humans from Homo habilis are reduction in teeth size, jaw size and decrease face size finally
became more gracile. The brain volume increased with higher intelligence to perform social
tasks. The tool using technology first started with Homo habilis and increased to modern
humans.
Solution
No, I do not believe that H. Habilis and H. rudolphensis are the same species given the results of
Station 1 and our understanding of their morphological differences between these two species.
Homo habilis species is resembles A. afarensis but differ from Homo rudolfensis
(Australopithecus rudolfensis) in possessing distinctive feature in having fore-to-hind limb joint
size that is different to humans and Homo erectus. Homo rudolfensis (Australopithecus
rudolfensis) has morphological features such as two jawbones with teeth and a face with higher
cranial capacity
Homo habilis has average nearly about 1.3 m (4 ft 3 in) tall associated with lesser brain size
compared to H. rudolphensis. The main trends in developing modern Homo including modern
humans from Homo habilis are reduction in teeth size, jaw size and decrease face size finally
became more gracile. The brain volume increased with higher intelligence to perform social
tasks. The tool using technology first started with Homo habilis and increased to modern
humans.