Evolve 3
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The document outlines the human genus family tree, including key species and characteristics. Homo habilis lived from 2.3-1.7 million years ago and had a brain size of 610-750cc, using simple stone tools. Homo erectus emerged around 1.15 million years ago with an average brain size of 1000cc, spreading across the old world. Homo heidelbergensis evolved around 650,000 years ago with a brain size close to modern humans, being replaced by Neanderthals and then modern humans around 100,000 years ago. Modern humans emerged between 100,000-50,000 years ago with full sized brains of 1200-1800cc.
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Computational Complexity and the Evolution of Homo Sapiens
Computational Complexity and the Evolution of Homo SapiensInstitute of Arctic and Alpine Research, University of Colorado Boulder
In recent decades, the Neo-Darwinian Synthesis has been quietly expanded to embrace the evolution of complex systems (living and non-living) and the information on which they are based (e.g., Adami 2011; Mayfield 2013). The expanded theoretical framework is especially appropriate—perhaps essential—for understanding the evolution of modern humans, who represent major changes in the way that information is stored, transmitted, translated, and manipulated (Maynard Smith and Szathmáry 1995). Modern humans may be distinguished from earlier forms of Homo by an enhanced faculty for manipulation of information (i.e., computation) that permits generation of a potentially infinite variety of combinations of hierarchically-organized units of information. This faculty is most commonly manifest in the computations that underlie spoken and unspoken language (Hauser et al. 2002), which may be considered a form of information technology. Spoken or imagined words are “material symbols” (Clark 2008) manipulated in the brain to facilitate complex computation in a manner analogous to the beads of an abacus.
If technology is viewed as a form of computation (i.e., manipulation of objects and materials), this faculty also is evident in the artifacts produced by modern humans, which exhibit an increasingly complex, hierarchical organization with a potentially infinite variety of combinatorial possibilities. Because the acquisition of syntactic language requires a lengthy "critical period" of exposure during childhood, the computational complexity of language appears to be linked to the significantly delayed maturation of the modern human brain (which is only 25% of its adult volume at birth). Greenfield (1991) found that the manipulation of objects exhibits increasing complexity (i.e., more hierarchical levels of organization) during childhood and noted overlap in areas of the brain activated for language and object manipulation. The enhanced faculty for manipulation of information and objects (i.e., increased computational complexity) found in modern humans is thus plausibly tied to the delayed growth of the brain and extended childhood, which begins to evolve after about 0.5 million years ago, but apparently is not comparable to that of living people until after 0.2 million years ago (Smith et al. 2007; Smith et al. 2010). The evolution of enhanced computational complexity in modern humans transformed existing systems of communication and technology, yielding an open-ended syntactic form of language and potentially infinite variety of hierarchically structured artifacts. Modern humans created new forms of information, including visual art (analog) and notation (digital), and colonized most terrestrial habitats on Earth by designing their own adaptive “traits” (e.g., tailored clothing) based on complex technological computations.Homo Sapiens
Homo sapiens are classified as follows: Kingdom Animilia, Phylum Chordota, Class Mammalia, Order Primates, Family Hominidae, Genus Homo, Species H. sapiens, Subspecies H. s. sapiens. There are three theories of human origin: the complete replacement model, regional continuity model, and partial replacement model. The partial replacement model proposes that early Homo sapiens originated over 100,000 years ago in Africa and initially dispersed from South Africa, hybridizing with resident groups as they moved into Eurasia and eventually replacing them.
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Addresses the issue of race definitions, the souces of modern human variaton, and the Hardy-Weinberg Equilibirum
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Homo habilis was the first species of the genus Homo and lived between 1.9-1.6 million years ago in Africa. The first fossils were discovered in Tanzania in 1962. Homo habilis was able to create and use tools, marking an advancement from earlier ancestors. It had a larger brain and skull than predecessors and fed on carrion with sharp incisors adapted for eating meat. Walking on two feet rather than four influenced pelvis shape and earlier childbirth in females of the species.
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Homo erectus first migrated out of Africa around 2 million years ago and reached Europe around 1 million years ago. Homo sapiens then migrated out of Africa around 60,000 years ago. Homo sapiens and Homo neanderthalensis co-existed in Europe for around 10,000 years before Homo neanderthalensis went extinct around 30,000 years ago. Around 40,000 years ago, evidence of modern Homo sapiens first appeared in Europe, exhibiting behavioral modernity through activities like art, trade, and specialized tool use.
Neanderthal
Neanderthals and Homo sapiens shared some cultural similarities like using fire and tools, hunting, and living in social groups. However, Neanderthals lacked symbolic thought and language. They buried their dead and had spirituality but no art or jewelry. Neanderthals had larger brains than Homo sapiens but lacked an advanced culture. While they could make grunts and screams, their voice boxes were smaller. Theories on Neanderthal extinction include that they were outcompeted by Homo sapiens who had advantages in communication and culture, or that the two species interbred until Neanderthal traits disappeared.
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Computational Complexity and the Evolution of Homo Sapiens
Computational Complexity and the Evolution of Homo SapiensInstitute of Arctic and Alpine Research, University of Colorado Boulder
In recent decades, the Neo-Darwinian Synthesis has been quietly expanded to embrace the evolution of complex systems (living and non-living) and the information on which they are based (e.g., Adami 2011; Mayfield 2013). The expanded theoretical framework is especially appropriate—perhaps essential—for understanding the evolution of modern humans, who represent major changes in the way that information is stored, transmitted, translated, and manipulated (Maynard Smith and Szathmáry 1995). Modern humans may be distinguished from earlier forms of Homo by an enhanced faculty for manipulation of information (i.e., computation) that permits generation of a potentially infinite variety of combinations of hierarchically-organized units of information. This faculty is most commonly manifest in the computations that underlie spoken and unspoken language (Hauser et al. 2002), which may be considered a form of information technology. Spoken or imagined words are “material symbols” (Clark 2008) manipulated in the brain to facilitate complex computation in a manner analogous to the beads of an abacus.
If technology is viewed as a form of computation (i.e., manipulation of objects and materials), this faculty also is evident in the artifacts produced by modern humans, which exhibit an increasingly complex, hierarchical organization with a potentially infinite variety of combinatorial possibilities. Because the acquisition of syntactic language requires a lengthy "critical period" of exposure during childhood, the computational complexity of language appears to be linked to the significantly delayed maturation of the modern human brain (which is only 25% of its adult volume at birth). Greenfield (1991) found that the manipulation of objects exhibits increasing complexity (i.e., more hierarchical levels of organization) during childhood and noted overlap in areas of the brain activated for language and object manipulation. The enhanced faculty for manipulation of information and objects (i.e., increased computational complexity) found in modern humans is thus plausibly tied to the delayed growth of the brain and extended childhood, which begins to evolve after about 0.5 million years ago, but apparently is not comparable to that of living people until after 0.2 million years ago (Smith et al. 2007; Smith et al. 2010). The evolution of enhanced computational complexity in modern humans transformed existing systems of communication and technology, yielding an open-ended syntactic form of language and potentially infinite variety of hierarchically structured artifacts. Modern humans created new forms of information, including visual art (analog) and notation (digital), and colonized most terrestrial habitats on Earth by designing their own adaptive “traits” (e.g., tailored clothing) based on complex technological computations.Homo Sapiens
Homo sapiens are classified as follows: Kingdom Animilia, Phylum Chordota, Class Mammalia, Order Primates, Family Hominidae, Genus Homo, Species H. sapiens, Subspecies H. s. sapiens. There are three theories of human origin: the complete replacement model, regional continuity model, and partial replacement model. The partial replacement model proposes that early Homo sapiens originated over 100,000 years ago in Africa and initially dispersed from South Africa, hybridizing with resident groups as they moved into Eurasia and eventually replacing them.
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Homo sapiens technologicus : Le monde actuel est-il en progrès ? -- Conférence médiathèque de Cahors 19 nov 2016
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Addresses the issue of race definitions, the souces of modern human variaton, and the Hardy-Weinberg Equilibirum
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Homo habilis was the first species of the genus Homo and lived between 1.9-1.6 million years ago in Africa. The first fossils were discovered in Tanzania in 1962. Homo habilis was able to create and use tools, marking an advancement from earlier ancestors. It had a larger brain and skull than predecessors and fed on carrion with sharp incisors adapted for eating meat. Walking on two feet rather than four influenced pelvis shape and earlier childbirth in females of the species.
Luis galanes- Homo Sapiens Conquers The World
Homo erectus first migrated out of Africa around 2 million years ago and reached Europe around 1 million years ago. Homo sapiens then migrated out of Africa around 60,000 years ago. Homo sapiens and Homo neanderthalensis co-existed in Europe for around 10,000 years before Homo neanderthalensis went extinct around 30,000 years ago. Around 40,000 years ago, evidence of modern Homo sapiens first appeared in Europe, exhibiting behavioral modernity through activities like art, trade, and specialized tool use.
Neanderthal
Neanderthals and Homo sapiens shared some cultural similarities like using fire and tools, hunting, and living in social groups. However, Neanderthals lacked symbolic thought and language. They buried their dead and had spirituality but no art or jewelry. Neanderthals had larger brains than Homo sapiens but lacked an advanced culture. While they could make grunts and screams, their voice boxes were smaller. Theories on Neanderthal extinction include that they were outcompeted by Homo sapiens who had advantages in communication and culture, or that the two species interbred until Neanderthal traits disappeared.
Comparacion Neanderthal/Sapiens y Estudio de Svante Paabo
El documento resume la evolución de Homo neanderthalensis desde sus primeros descubrimientos en el siglo XIX hasta la actualidad. Detalla los hallazgos clave de fósiles en diversos lugares de Europa y sus características anatómicas. Además, explica que los neandertales compartían entre un 1-4% de su ADN con los humanos modernos debido a cruces entre ambas especies, lo que sugiere que no eran tan diferentes.
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- Homo erectus had a larger brain and more advanced tools than earlier species. It was the first hominin to spread globally.
- Later Homo species like Homo neanderthalensis and Homo sapiens had even larger brains and more advanced stone tool technologies.
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Appearance of early humans
The document summarizes the evolution of early hominids from Australopithecus afarensis to Homo sapiens sapiens (modern humans). It describes the key physical traits of each species, including Australopithecus afarensis which walked upright but had apelike features, Homo habilis which stood more upright, and Homo erectus which had a larger brain and could walk fully upright. It concludes that humans have dramatically changed in appearance over time from our ape-like ancestors and have adapted to different environments.
Appearance of early humans
This document summarizes the evolution of early hominids from Australopithecus afarensis to Homo sapiens sapiens (modern humans). It describes the key physical traits of each species, including Australopithecus afarensis which walked upright but had apelike features, Homo habilis which stood more upright, and Homo erectus which had a larger brain and could walk fully upright. Later species such as Homo sapiens Neanderthalensis were taller and stronger while Homo sapiens Cro-Magnon had a modern sized brain. The document concludes that humans have dramatically changed in appearance from our early ape-like ancestors.
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The document examines evidence for the origin and dispersal of Homo sapiens, including anatomical features of modern human skulls and bodies that distinguish them from Neanderthals. It also discusses genetic evidence from ancient and modern DNA, as well as archaeological evidence showing the development of symbolic behavior and technology among Homo sapiens, including cave paintings, beads, and burial practices. The timing and routes of Homo sapiens migrations out of Africa and across Eurasia and Australia are debated between multi-regional and complete replacement models.
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- Australopithecus had smaller brains and more primitive tools than Homo. Homo habilis was the first toolmaker.
- Homo erectus had a larger brain and more advanced tools than earlier species. It was the first hominin to spread globally.
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This document describes the key characteristics of several early human ancestors from Ardipithecus ramidus 4.4 million years ago to Homo sapiens (modern humans) from 120,000 years ago, noting their distinguishing physical traits such as brain size and locomotion as well as the time periods and locations where the first fossils were discovered for each species. Overall it traces the evolution of early humans from more chimpanzee-like features to the development of upright walking and increasingly larger brains and sophisticated tool usage.
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Neanderthals were the first human species identified by scientists in 1856. They evolved to be adapted to cold environments with short, stocky bodies. Neanderthals cared for sick and injured members of their group, and evidence suggests they had basic medical knowledge and engaged in cultural practices like painting. Cro-Magnons, found in France in 1868, were early modern humans who made burial art, fire-based hunting techniques, and ceremonial practices. Homo sapiens, emerging around 300,000 years ago, had larger brains and more sophisticated culture and technology, including advanced stone tools, musical instruments, shelters, and burial rituals, representing more complex cognition and symbolism.
Homo sapiens
Homo sapiens originated in Africa, likely Ethiopia or Zambia, around 200,000 years ago. They migrated throughout the world and were the first humans. Homo sapiens spent their time gathering plants, hunting animals, and cooking food. They lived in tribes and exchanged goods. Homo sapiens had changing environments and built shelters from branches, leaves, and tree bark. They developed tools from stone, bone, and antlers to hunt, gather food, and craft items.
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The document summarizes research on human evolution from early hominids like Australopithecus to modern Homo sapiens. It discusses topics like the incomplete fossil record, disagreements around hominid species numbers and timelines, and key species like Australopithecus afarensis, Homo erectus, and Homo sapiens. Comparisons are made between skeletal structures, brain sizes, and pelvises of different hominids to illustrate anatomical changes over time.
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Similar to Evolve 3
Appearance of early humans
The document summarizes the evolution of early hominids from Australopithecus afarensis to Homo sapiens sapiens (modern humans). It describes the key physical traits of each species, including Australopithecus afarensis which walked upright but had apelike features, Homo habilis which stood more upright, and Homo erectus which had a larger brain and could walk fully upright. Later species such as Homo sapiens neanderthalensis and Homo sapiens grew taller and had larger brains, with Homo sapiens sapiens evolving to have full upright walking and thin body hair. The document traces how humans evolved from more ape
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The document summarizes the evolution of early hominids from Australopithecus afarensis to Homo sapiens sapiens (modern humans). It describes the key physical traits of each species, including Australopithecus afarensis which walked upright but had apelike features, Homo habilis which stood more upright, and Homo erectus which had a larger brain and could walk fully upright. It concludes that humans have dramatically changed in appearance over time from our ape-like ancestors and have adapted to different environments.
Appearance of early humans
This document summarizes the evolution of early hominids from Australopithecus afarensis to Homo sapiens sapiens (modern humans). It describes the key physical traits of each species, including Australopithecus afarensis which walked upright but had apelike features, Homo habilis which stood more upright, and Homo erectus which had a larger brain and could walk fully upright. Later species such as Homo sapiens Neanderthalensis were taller and stronger while Homo sapiens Cro-Magnon had a modern sized brain. The document concludes that humans have dramatically changed in appearance from our early ape-like ancestors.
Appearance of early humans
This document summarizes the evolution of early hominids from Australopithecus afarensis to Homo sapiens sapiens (modern humans). It describes the key physical traits of each species, including Australopithecus afarensis which walked upright but had apelike features, Homo habilis which stood more upright, and Homo erectus which had a larger brain and could walk fully upright. Later species such as Homo sapiens Neanderthalensis were taller and stronger while Homo sapiens Cro-Magnon had a modern sized brain. The document concludes that humans have dramatically changed in appearance from our early ape-like ancestors.
10 Genus Homo
This document summarizes the emergence and evolution of genus Homo from early hominins to modern humans. It describes key species including Homo habilis, Homo erectus, Homo heidelbergensis, Homo neanderthalensis, and Homo sapiens. Key points are that Homo habilis was the first to use stone tools, Homo erectus was the first to migrate out of Africa, Neanderthals lived in Europe during the last ice age, and modern humans emerged in Africa around 150,000 years ago before migrating worldwide.
Line of human origin
We, the human, always want to know about the origin of our modern shapes and our evolution. Here I tried to show some information about that through authentic sources from internet,articles and books. Hope it'll help you. Thanks!
Human evaluation
This document describes the key characteristics of several early human ancestors from Ardipithecus ramidus 4.4 million years ago to Homo sapiens (modern humans) from 120,000 years ago, noting traits like brain size, locomotion, tool use, and the geographic locations of fossil discoveries that help illustrate human evolution over time from more primitive to modern features. The hominid species described include Australopithecus, Homo habilis, Homo erectus, Homo heidelbergensis, Homo neanderthalensis, and Homo sapiens.
Janef early man appearance
The document summarizes the appearance and clothing of six early human groups: Australopithecus afarensis looked more ape-like and did not wear clothes due to body hair; Homo habilis started making tools and had smaller brains; Homo erectus made basic clothes from animal skins and leaves; Homo sapiens Neanderthalensis wore clothes appropriate for climate and made jewelry; Homo sapiens Cro-Magnon had advanced clothing and used beads; Homo sapiens sapiens are modern humans. The document explores how humans evolved from apes and became progressively more human-like.
Chloe_Appearance of early humans
The document summarizes the evolution of various hominid species from Australopithecus afarensis to modern humans. Early hominids like A. afarensis resembled apes more than humans, while later species such as Homo erectus, Homo sapiens Neanderthalensis, and Homo sapiens Cro-Magnon exhibited increasingly human-like features and abilities. Modern humans, Homo sapiens sapiens, stand upright, have larger brains and less body hair, and are the most sophisticated looking of the hominids discussed. Overall, the document traces how early humans evolved over millions of years to become taller, more intelligent, and less physically ape-
Human evolution notes
- The earliest known pre-humans were the Australopithecines, which lived in Africa around 3-4 million years ago. They were bipedal but had brains only slightly larger than chimpanzees.
- Later species like Homo habilis and Homo erectus had larger brains and used basic stone tools. Homo erectus was the first to leave Africa, spreading across Asia and Europe.
- Neanderthals emerged in Europe around 300,000 years ago and used advanced Mousterian tools made of flint. They buried their dead and may have used language.
- Anatomically modern humans, Homo sapiens, evolved in Africa around 200,000 years ago
Australopithecus afarensis
The document summarizes human evolution from approximately 1.2-4 million years ago to the present. Early humans like Australopithecus afarensis were apelike but began walking upright. Later groups such as Homo habilis made more advanced tools and Homo erectus hunted with tools. Homo sapiens neanderthalensis were skilled hunters while Homo sapiens cro-magnon were the first to bury their dead. Anatomically modern humans, Homo sapiens sapiens, emerged in Africa around 10,000 years ago and civilization began to develop.
Hominid power point
This PowerPoint summarizes the evolution of various hominid species over time, including Austropithecus afarensis, Homo habilis, Homo erectus, Homo sapiens neanderthalensis, Homo sapiens, and Homo sapiens sapiens. Key changes included increases in brain size, the ability to walk upright, early tool use, clothing, and more complex clothing and manufacturing over time. The document traces how hominids became taller, had smaller eyebrow ridges and more prominent chins, and became the most technologically advanced species, Homo sapiens sapiens.
Hominid power point
This PowerPoint summarizes the evolution of hominids over time from Austropithecus afarensis to modern Homo sapiens sapiens. Austropithecus afarensis was the earliest hominid but had a physical appearance different than modern humans. Later hominids like Homo habilis, Homo erectus, and Homo sapiens neanderthalensis became taller and their brains larger. Homo sapiens were the most recent evolution before modern humans, while Homo sapiens sapiens are today's humans who are the most technologically advanced.
Human evolution
This document discusses human evolution and our hominid relatives. It describes the key hominid species, including Australopithecus afarensis, A. africanus, A. robustus, Homo habilis, H. erectus, H. neanderthalensis, and H. sapiens. The major physical and behavioral differences between these species and between hominids and chimpanzees are outlined. Key evolutionary developments discussed include increasing brain size, bipedalism, skeletal and dental changes, and cultural and technological advances that set humans apart. There is no consensus on the exact family tree or migration patterns of early hominids.
Unit 8 prehistory
This document provides information about prehistory, beginning with definitions of prehistory and archaeology. It then discusses some of the key hominid species that evolved during prehistory, including Australopithecus, Homo habilis, Homo erectus, Neanderthals, and Homo sapiens. Lifestyles and technologies from the Paleolithic, Mesolithic, and Neolithic periods are described, such as stone tool use, cave art, the development of agriculture and domestication of animals, and the invention of metals. Finally, examples of megalithic monuments from the Neolithic period, including menhirs, dolmens, and stone circles, are defined.
Biology Evolution Project Power Point
Neanderthals and homo sapiens first met between 40,000-60,000 years ago, possibly in the Middle East. Neanderthals lived in small family groups and buried their dead. They had robust bodies adapted to the cold and hunted animals, though also ate plants. Their larger eye sockets and smaller brains focused more on vision and movement than advanced thinking. Homo sapiens had larger, more complex brains that allowed living in larger social groups. When the groups met, they may have interbred, with those populations migrating and further intermixing in Europe, Asia, and North America.
Appearance of early humans
Early humans evolved from ape-like forms to modern humans over time. While today's humans look very different from Australopithecus afarensis, which resembled apes, both share some similar attributes. A. afarensis walked upright and could still climb trees, though they were only about 4 feet tall and 50 pounds with small, orange-sized brains. Later hominids like Homo habilis and Homo erectus continued to evolve, with bigger brains and bodies that were more similar to modern humans. Homo neanderthalensis and Homo sapiens had even larger brains and bodies that closely resembled anatomically modern humans.
Appearance of early humans
Early humans evolved from ape-like forms to modern humans over time. While today's humans look very different from Australopithecus afarensis, which resembled apes, both share some similar attributes. Later hominids such as Homo habilis, Homo erectus, Homo neanderthalensis, and Homo sapiens continued to evolve, with larger brains and bodies that more closely resembled modern humans with each successive species. The key physical traits that evolved include increases in brain size, stature, and more human-like facial features and body proportions over millions of years.
Human Evolution-102 online notes.pptx
This document summarizes the evolution of primates and hominids over time. It discusses the earliest primates like prosimians that emerged 58 million years ago. Subsequent groups discussed include monkeys, apes, hominids, and several human ancestors like Australopithecus, Homo habilis, Homo erectus, Neanderthals, and Homo sapiens. Key adaptations that enabled primates and hominids to evolve are also summarized.
Study of Human evolution
This document discusses human evolution and key species in the human lineage. It begins by defining evolution and describing how characteristics are passed down and vary within populations. It then summarizes the emergence of key hominin species like Australopithecus, Homo erectus, Neanderthals, and Homo sapiens. For each species, it highlights traits like brain size, locomotion, and anatomical features of the skull, jaws and teeth. It also provides context on the geographic distribution and time period for each species.
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Iraq 3
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Globalizationvic
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Globalization
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Evolve 8
The Standard Social Science Model (SSSM) holds that:
1. The human mind is a blank slate.
2. Biological constraints on human behavior are minimal.
3. Human behavior is shaped by general-purpose learning mechanisms.
The SSSM is critiqued for:
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2. Falsely separating nature and nurture in development.
3. Inability of general learning mechanisms to fully explain behavior.
The EP view is that the human mind contains domain-specific cognitive modules adapted for challenges faced in human evolution, and that culture arises from an interaction of human nature and environment rather than being wholly
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Evolve 7
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4) Parental investment varies based on the certainty of biological parenthood.
Evolve 4
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- Maximum parsimony analysis estimated the time to the most recent common ancestor of human Y chromosomes to be around 60,000 years ago.
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Evolve 3
- 1. Genus: Homo
- 2. Family tree Homo habilis Homo ergastger Homo erectus Homo heidelbergensis homo neanderthalensis Modern homo sapiens