Biological Anthropology
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Biological Anthropology
Biological anthropology is the study of humans and other primates from biological and evolutionary perspectives. It combines evidence from evolutionary theory, anatomy, genetics, fossils, archaeology, primate behavior, physiology, skeletal biology, ecology, development, and increasingly sophisticated laboratory and digital technologies. Rather than treating human biology as separate from culture and environment, much contemporary biological anthropology examines interactions among genes, development, behavior, ecology, culture, migration, and historical circumstances.
The field encompasses questions ranging from the origins of the earliest hominins to biological variation among living humans. Researchers investigate fossils and artifacts, compare humans with other primates, reconstruct ancient genomes and microbiomes, examine skeletal evidence of health and disease, analyze human adaptation to different environments, and study the evolution of growth, reproduction, cognition, locomotion, diet, social behavior, and longevity.
Human Evolution and the Hominin Fossil Record
Paleoanthropology reconstructs human evolutionary history using fossils, archaeological remains, geological context, comparative anatomy, genetics, and dating methods. Fossil skulls, teeth, limbs, pelves, hands, feet, and other skeletal elements document changes in locomotion, body size, brain size, diet, development, and behavior over millions of years.
Some of the earliest proposed members of the human lineage include Sahelanthropus tchadensis and Orrorin tugenensis. Later hominins such as Ardipithecus ramidus and species of Australopithecus provide evidence concerning the development of habitual bipedalism and the mixture of terrestrial and climbing adaptations found among early hominins.
Australopithecus afarensis, represented by fossils including Lucy and associated with the Laetoli footprint evidence, demonstrates that habitual upright walking evolved while important climbing abilities were retained. Australopithecus africanus, Australopithecus anamensis, and Australopithecus sediba further document the anatomical diversity of early hominins.
The genus Homo includes a wide range of forms. Homo habilis combined some australopith-like anatomy with increases in brain size and changes in the face and teeth. Homo erectus possessed more human-like body proportions, expanded geographically beyond Africa, and is associated with important technological developments. Later members of Homo included Neanderthals, Homo floresiensis, Homo naledi, and other populations whose evolutionary relationships continue to be investigated.
Modern Homo sapiens has a history extending approximately 300,000 years. Fossils from Jebel Irhoud in Morocco contributed to a view in which the emergence of our species involved geographically widespread populations within Africa rather than a simple origin in one small locality. Fossil, archaeological, and genetic evidence increasingly portray human evolution as a branching and interconnected process rather than a simple linear progression.
Bipedalism, Body Form, Brain Evolution, and the Pelvis
Habitual bipedal locomotion was one of the defining transformations of human evolution. Comparative studies of fossil hominins and living primates examine changes in the spine, pelvis, legs, feet, musculature, and overall body proportions associated with walking and running on two legs.
The evolution of the human body involved interacting selective pressures. Bipedal walking, endurance activity, thermoregulation, sweating, reduced body hair, climatic conditions, energetic efficiency, and ecological expansion have all been examined as components of human locomotor evolution.
The human pelvis illustrates the complexity of evolutionary adaptation. Pelvic form is affected not only by locomotion and childbirth but also by development, body size, thermoregulation, evolutionary history, and other biological constraints. Research therefore increasingly challenges explanations that reduce pelvic evolution and difficult human childbirth to a single evolutionary tradeoff.
Human brain evolution likewise involved more than a simple increase in size. Researchers investigate changes in brain organization, development, cranial form, energetics, and cognition as well as overall brain enlargement.
Ancient DNA, Population History, and Archaic Admixture
Ancient DNA has transformed biological anthropology by allowing researchers to study genetic change directly through time. Genomes recovered from ancient humans provide evidence concerning migration, population replacement, natural selection, demographic history, and relationships among ancient and living populations.
Genomic research has demonstrated that the history of modern humans included interbreeding with archaic human groups. Neanderthal-derived DNA survives in many living populations, while Denisovan ancestry is particularly important in the histories of some Asian and Oceanian populations. Evidence indicates that interactions between modern humans, Neanderthals, and Denisovan-related populations occurred multiple times rather than in a single isolated episode.
Archaic introgression was not biologically neutral. Natural selection eliminated some inherited archaic variants while preserving or favoring others. One prominent example concerns a Denisovan-related version of the EPAS1 region associated with high-altitude adaptation in Tibetan populations.
At the same time, genomic interpretations require caution. Models that fail to account adequately for ancient population structure can sometimes infer admixture where more complex patterns of ancestral subdivision may offer alternative explanations. Biological anthropology therefore combines genomic evidence with archaeological, fossil, geographic, and demographic information.
Human Adaptation and Biological Variation
Human populations have adapted to highly varied environments through combinations of genetic evolution, developmental plasticity, physiology, behavior, technology, diet, and culture. Biological anthropologists study adaptation to high altitude, heat, cold, ultraviolet radiation, food resources, infectious disease, and other environmental pressures.
High-altitude populations provide a major example. Tibetan, Andean, and Ethiopian populations show different physiological and genetic responses to chronic low-oxygen environments, demonstrating that similar environmental challenges can produce different evolutionary pathways.
Human skin pigmentation provides another important case. Pigmentation reflects interactions among ultraviolet radiation, genetics, migration, diet, tanning responses, cultural practices, folate biology, vitamin D, and population history. Global pigmentation patterns cannot be reduced to a single gene or a single evolutionary event. Similar pigmentation phenotypes can arise through different combinations of genetic variants and selective histories.
Lactase persistence similarly illustrates gene-culture coevolution. The cultural development of dairying altered human dietary environments and created selective conditions favoring the continued production of lactase into adulthood in several populations.
Human body size and limb proportions have also been studied in relation to climate, but biological anthropological research emphasizes that development, nutrition, socioeconomic circumstances, behavior, and evolutionary history can interact with climatic influences.
Human Variation, Ancestry, and Race
Biological anthropology has played an important role in reassessing historical concepts of race. Genetic and skeletal variation among humans is real, and geographic population structure can produce measurable biological patterns. However, such patterns do not divide humanity naturally into a small number of discrete, internally uniform biological races.
Human variation reflects migration, genetic drift, natural selection, admixture, demographic history, environmental exposure, and developmental conditions. Boundaries among populations have repeatedly shifted as people migrated and interbred.
For this reason, modern biological anthropology increasingly distinguishes ancestry and population history from traditional racial classifications. Researchers also examine how social concepts of race have influenced scientific interpretation and how terminology can shape understandings of biological diversity.
Primates and the Evolutionary Context of Human Behavior
Humans are primates, and comparison with other primates is central to biological anthropology. Anatomy, behavior, social organization, cognition, genetics, communication, development, and ecology among monkeys and apes provide comparative evidence for reconstructing the evolutionary background of human traits.
Primate societies vary considerably. Comparative research investigates pair living, group living, cooperation, affiliation, competition, dispersal, male and female social bonds, and ecological influences on social structure. Such variation cautions against assuming that any single living primate species precisely represents the ancestral human condition.
Chimpanzees and bonobos are especially informative because they are humanity's closest living relatives. Differences between them in ecology, social behavior, aggression, cognition, communication, and cooperation demonstrate how substantially behavior can diverge even among closely related species.
Primate Cognition, Culture, Tools, and Communication
Studies of primate cognition examine learning, memory, social understanding, physical reasoning, attention, intentions, and the ability to interpret the behavior of others. These comparisons help researchers identify capacities shared among primates as well as characteristics that became especially developed in humans.
Tool use provides an important example. Wild chimpanzee communities possess socially transmitted tool-use traditions. Experiments demonstrate that chimpanzees can learn techniques from others and may conform to established group practices even when alternative techniques are available. Such findings provide evidence for evolutionary foundations of culture while also highlighting differences between primate traditions and the highly cumulative technological cultures of humans.
Primate communication is similarly important for understanding language evolution. Great apes communicate through gestures, facial expressions, vocalizations, posture, and combinations of signals. Gesture appears particularly flexible in chimpanzees and bonobos.
Research increasingly treats human language as potentially emerging from a multimodal ancestral communication system rather than from vocalization or gesture alone. Nevertheless, human language differs greatly from the communication systems of other primates, particularly in its generative complexity, extensive learned vocabulary, symbolic structure, and cumulative cultural transmission.
Diet, Teeth, and the Reconstruction of Ancient Behavior
Teeth provide some of the most durable records of human and primate evolutionary history. Their size, shape, wear, microscopic structure, chemistry, and developmental patterns can reveal diet, growth, physiological stress, mobility, and life history.
Dental microwear records microscopic damage produced by foods shortly before death, while stable-isotope analysis can provide information about major dietary resources consumed over longer periods. Combining dental morphology, microwear, biomechanics, and isotopic chemistry has shown that early hominin diets were diverse and often more complicated than simple categories such as fruit eater, meat eater, or hard-food specialist suggest.
The robust hominin Paranthropus boisei, for example, possessed extremely large chewing teeth and jaws, yet chemical evidence indicates substantial consumption of C4 vegetation such as grasses or sedges. Such findings demonstrate why anatomical form alone cannot always reveal actual diet.
Dental development also provides evidence about the evolution of childhood. Microscopic growth markers indicate that some early Homo and australopith populations matured more rapidly than modern humans. The unusually prolonged period of human childhood therefore appears to have evolved gradually.
Human Life History, Childhood, Reproduction, and Longevity
Humans have an unusual life-history pattern characterized by prolonged childhood, extensive parental investment, substantial assistance from individuals other than mothers, relatively long adult lifespans, and extended postreproductive survival in many women.
Life-history research examines how organisms allocate finite energy among growth, maintenance, reproduction, brain development, immune function, and survival. Human development therefore involves evolutionary tradeoffs as well as responses to ecological and social conditions.
Cooperative care has received particular attention. Human children may receive resources and protection from fathers, siblings, grandparents, and unrelated community members. Some researchers interpret this pattern as a form of cooperative breeding, while others argue that human reproduction is more accurately described as flexible biocultural reproduction.
The grandmother hypothesis proposes that assistance from older women increased the survival and reproductive success of descendants and may have contributed to the evolution of human longevity. Research on menopause and postreproductive life combines evolutionary theory with physiological, developmental, primate, and cross-cultural evidence.
Hunter-gatherer studies have also contributed to evolutionary hypotheses concerning food sharing, childcare, reproduction, grandmothering, cooperation, and resource acquisition, although contemporary foraging societies are not treated simply as unchanged models of prehistoric humans.
Bioarchaeology, Paleopathology, and Ancient Health
Bioarchaeology uses human remains from archaeological settings to investigate past lives. Skeletons and teeth can preserve evidence concerning growth, diet, disease, injury, activity, mobility, environmental exposure, and social conditions.
Paleopathology focuses particularly on disease and health in past populations. Researchers investigate conditions including tuberculosis, leprosy, treponemal disease, trauma, nutritional stress, and other pathological changes visible in skeletons or detectable through molecular techniques.
Ancient pathogen DNA has greatly expanded this work. Paleomicrobiology can identify microorganisms preserved in archaeological material and reconstruct the evolutionary histories of infectious diseases.
Dental calculus—the mineralized form of dental plaque—has become an especially important biological archive. It can preserve microbial DNA, dietary material, host biomolecules, and environmental information for centuries or millennia. Research on ancient calculus and other preserved microbiomes provides evidence concerning long-term relationships among humans, diet, disease, animals, and microorganisms.
Bioarchaeological research also cautions against treating skeletal markers as simple measures of "health" or "stress." Bone records the cumulative consequences of development, activity, nutrition, disease, aging, and survival, requiring careful contextual interpretation.
Forensic Anthropology
Forensic anthropology applies knowledge of human skeletal biology and archaeological recovery to medicolegal investigations. Practitioners may assist in locating and recovering remains, establishing whether remains are human, constructing biological profiles, analyzing trauma, estimating time since death, and contributing to the identification of unknown individuals.
Traditional methods rely heavily on skeletal morphology and measurements, but the field increasingly uses computed tomography, digital imaging, photogrammetry, structured-light scanning, geometric morphometrics, molecular methods, and statistical modeling.
Estimating biological sex, age, stature, and population affinity from skeletal remains remains an important area of research. Accuracy varies by skeletal element, preservation, age group, reference population, and method. Juvenile sex estimation and estimates of postmortem interval remain particularly challenging.
Modern forensic anthropology has therefore placed increasing emphasis on validation, quantified uncertainty, professional standards, standardized training, quality assurance, and clear limits on what skeletal evidence can establish.
New Technologies in Biological Anthropology
Technological innovation has transformed the field. Ancient genomics provides direct evidence of population history and natural selection. Computed tomography and surface scanning enable detailed virtual examination of bones and fossils. Geometric morphometrics allows researchers to quantify complex three-dimensional shapes and investigate evolutionary transformations statistically.
Chemical techniques, including stable-isotope and trace-element analysis, can reconstruct diet, mobility, and environmental exposure. Microscopic analysis of bones and teeth provides evidence of growth and disease. Ancient proteins, microbial DNA, dental calculus, and other biomolecular archives are expanding the types of information recoverable from archaeological remains.
These approaches increasingly integrate biological, archaeological, ecological, genetic, and cultural evidence rather than treating each source of information separately.
Ethics and the Study of Human Remains
The treatment of human remains has become a major ethical concern within biological anthropology. Many historical skeletal collections were assembled under colonial, unequal, or coercive circumstances, sometimes involving people from marginalized communities whose remains were obtained without meaningful consent.
Contemporary ethical approaches increasingly emphasize provenance research, transparency, inventories, consultation, community partnership, and the authority and interests of descendant communities. Questions of dignity, privacy, memory, identification, teaching, research access, curation, and possible return or reburial of remains are now central to professional discussion.
Ethical concerns are especially significant when research can identify deceased individuals or reconstruct highly personal details of their lives. The scientific value of biological evidence must therefore be considered alongside responsibilities to the people represented by that evidence and to living communities connected to them.
Conclusion
Biological anthropology presents human biology as the product of a long and complex evolutionary history shaped by ancestry, natural selection, migration, admixture, development, ecology, culture, behavior, and chance. Fossils show that human evolution involved numerous hominin forms rather than a simple progression toward modern humans. Ancient DNA reveals repeated migration and interbreeding, while comparative primatology places human behavior within a broader evolutionary context.
Research on pigmentation, altitude, climate, diet, locomotion, growth, reproduction, and disease demonstrates that human adaptation often involves interactions among genes, physiology, development, environment, and culture. Studies of human variation likewise show biologically meaningful geographic and population structure without supporting a division of humanity into a few discrete biological races.
At the same time, new genomic, chemical, imaging, and computational technologies are allowing biological anthropologists to recover information that was previously inaccessible. These scientific advances are occurring alongside greater attention to ethics, descendant communities, historical inequalities, and the responsible treatment of human remains.
Taken together, the research portrays humans as a biologically diverse but deeply interconnected species whose evolutionary history can be understood only by combining evidence from fossils, genes, bodies, environments, cultures, and our closest primate relatives.
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Biological Anthropology: Field, Evidence, and Methods
Biological Anthropology in 2018: Grounded in Theory, Questioning Contexts, Embracing Innovation
| Melanie Ann Martin | American Anthropologist | 2019
Reviews biological anthropology as a multidisciplinary field combining evolutionary theory, human biology, primatology, genetics, skeletal research, and emerging technologies.
Introduction to Human Evolution
| Smithsonian Institution | Human Origins Program | n.d.
Introduces human evolution, paleoanthropology, fossil evidence, genetics, archaeology, natural selection, and the evolutionary relationships linking humans with other primates.
Human Evolution Evidence
| Smithsonian Institution | Human Origins Program | n.d.
Surveys the major forms of evidence used to reconstruct human evolution, including fossils, artifacts, footprints, genetics, behavioral evidence, and dating methods.
Human Fossils
| Smithsonian Institution | Human Origins Program | n.d.
Explains how fossil skeletons, skulls, teeth, and other remains reveal changes in locomotion, body size, diet, development, and behavior during human evolution.
Genetics
| Smithsonian Institution | Human Origins Program | n.d.
Describes how DNA reveals evolutionary relationships among humans and other primates and helps reconstruct population history, migration, and ancient interbreeding.
How Do We Know Humans Are Primates?
| Smithsonian Institution | Human Origins Program | n.d.
Summarizes anatomical, behavioral, and genetic evidence demonstrating that humans belong within the primate evolutionary tree.
Behavior
| Smithsonian Institution | Human Origins Program | n.d.
Surveys behavioral evidence from human evolution, including tools, footprints, food acquisition, shelters, burials, symbolic objects, clothing, art, and music.
Stone Tools
| Smithsonian Institution | Human Origins Program | n.d.
Explains how stone artifacts document technological innovation, dexterity, cognition, subsistence, and geographic expansion among early humans.
Footprints
| Smithsonian Institution | Human Origins Program | n.d.
Reviews fossil footprint sites and shows how trackways can reveal locomotion, group composition, body size, gait, and ancient environments.
Dating
| Smithsonian Institution | Human Origins Program | n.d.
Introduces the geological and archaeological dating techniques used to establish the chronology of human fossils and artifacts.
Paleoanthropology, Fossils, and Hominin Morphology
The Multifactor Pelvis: An Alternative to the Adaptationist Approach of the Obstetrical Dilemma
| Anna Warrener | Evolutionary Anthropology | 2023
Proposes a multifactor model in which development, locomotion, obstetrics, thermoregulation, body size, and evolutionary history jointly shape pelvic variation.
Evolution of the Human Pelvis and Obstructed Labor: New Explanations of an Old Obstetrical Dilemma
Reassesses evolutionary explanations for difficult human childbirth and considers multiple developmental, biomechanical, and selective constraints on pelvic form.
New Fossils from Jebel Irhoud, Morocco and the Pan-African Origin of Homo sapiens
| Jean-Jacques Hublin et al. | Nature | 2017
Reports approximately 300,000-year-old Moroccan fossils that expanded understanding of the antiquity and geographically widespread African emergence of Homo sapiens.
The Origin and Evolution of Homo sapiens
| Chris Stringer | Philosophical Transactions of the Royal Society B | 2016
Reviews fossil, archaeological, and genetic evidence concerning the emergence of Homo sapiens in Africa and subsequent interactions with archaic humans.
Body Mass Estimates of Hominin Fossils and the Evolution of Human Body Size
| Mark Grabowski et al. | Journal of Human Evolution | 2015
Reconstructs body masses of fossil hominins to investigate evolutionary changes in size, energetic requirements, locomotion, ecology, and life history.
The Evolution of the Human Pelvis: Changing Adaptations to Bipedalism, Obstetrics and Thermoregulation
| Laura Tobias Gruss and Daniel Schmitt | Philosophical Transactions of the Royal Society B | 2015
Reviews how locomotion, childbirth, thermoregulation, and increasing brain size influenced pelvic evolution throughout the hominin lineage.
Human Locomotion and Heat Loss: An Evolutionary Perspective
| Daniel E. Lieberman | Comprehensive Physiology | 2015
Examines the interconnected evolution of bipedal walking, endurance running, reduced body hair, sweating, and thermoregulation in humans.
Geometric Morphometrics and Virtual Anthropology: Advances in Human Evolutionary Studies
| Thomas R. Rein and Katerina Harvati | Anthropologischer Anzeiger | 2014
Reviews how CT imaging, surface scanning and geometric morphometrics have transformed quantitative analysis of the human fossil record.
Human Brain Evolution Writ Large and Small
| Chet C. Sherwood et al. | Progress in Brain Research | 2012
Reviews evolutionary changes in human brain size and organization while distinguishing consequences of general enlargement from more specialized neural adaptations.
The Shape of Human Evolution: A Geometric Morphometrics Perspective
| Multiple authors | Evolutionary Anthropology | 2012
Reviews geometric morphometrics as a powerful method for quantifying fossil shape, morphological integration, ontogeny and evolutionary change.
Diet of Paranthropus boisei in the Early Pleistocene of East Africa
| Thure E. Cerling et al. | Proceedings of the National Academy of Sciences | 2011
Uses stable carbon isotopes to show that Paranthropus boisei consumed unusually large amounts of C4 vegetation such as grasses and sedges.
The Primitive Wrist of Homo floresiensis and Its Implications for Hominin Evolution
| Matthew W. Tocheri et al. | Science | 2007
Finds primitive wrist morphology in Homo floresiensis, strengthening the argument that the Flores fossils represent an evolutionarily distinctive hominin.
Human Evolution: Taxonomy and Paleobiology
| Bernard Wood | Journal of Anatomy | 2000
Reviews the taxonomy, evolutionary relationships, morphology, and paleobiology of fossil hominins and the evidence used to reconstruct the human lineage.
Climatic Influences on Human Body Size and Proportions: Ecological Adaptations and Secular Trends
| Christopher B. Ruff | American Journal of Physical Anthropology | 1998
Examines relationships between climate, body mass, limb and trunk proportions, and geographic patterns of human morphological variation.
Back Muscle Function During Bipedal Walking in Chimpanzee and Gibbon: Implications for the Evolution of Human Locomotion
| Liza J. Shapiro and William L. Jungers | American Journal of Physical Anthropology | 1988
Uses comparative primate locomotion to explore how trunk musculature may have changed during the evolution of habitual human bipedalism.
Evolution and Development of the Dentition
| K. S. Brown | Birth Defects Original Article Series | 1983
Reviews the deep evolutionary history, genetic control, development, morphology, and adaptive modification of human and vertebrate teeth.
Diet and Teeth: Dietary Hypotheses and Human Evolution
| Alan Walker | Philosophical Transactions of the Royal Society B | 1981
Discusses how tooth form, biomechanics, and dental microwear can be used to test competing hypotheses about the diets of fossil hominins.
Homo sapiens
| Smithsonian Institution | Human Origins Program | n.d.
Summarizes the anatomy, evolution, geographic expansion, behavior, and approximately 300,000-year history of Homo sapiens.
Homo erectus
| Smithsonian Institution | Human Origins Program | n.d.
Reviews a long-lived human species notable for human-like body proportions, larger brains, Acheulean technology, and expansion beyond Africa.
Homo habilis
| Smithsonian Institution | Human Origins Program | n.d.
Describes one of the earliest members of Homo and its mixture of australopith-like anatomy with increased brain size and reduced facial and dental dimensions.
Homo naledi
| Smithsonian Institution | Human Origins Program | n.d.
Reviews the unusual mosaic anatomy and extensive fossil assemblages of Homo naledi from the Rising Star cave system in South Africa.
Australopithecus anamensis
| Smithsonian Institution | Human Origins Program | n.d.
Examines an early australopith whose leg and ankle anatomy provides evidence of habitual bipedalism more than four million years ago.
Australopithecus afarensis
| Smithsonian Institution | Human Origins Program | n.d.
Reviews the species represented by Lucy and the Laetoli footprints, combining adaptations for upright walking with retained climbing abilities.
Australopithecus africanus
| Smithsonian Institution | Human Origins Program | n.d.
Describes the South African australopith known from specimens such as the Taung Child and its importance in early debates over human origins.
Australopithecus sediba
| Smithsonian Institution | Human Origins Program | n.d.
Examines the mosaic anatomy of Australopithecus sediba and its implications for understanding evolutionary transitions near the origin of Homo.
Ardipithecus ramidus
| Smithsonian Institution | Human Origins Program | n.d.
Reviews a 4.4-million-year-old hominin whose anatomy provides evidence about locomotion and ecology close to the human-chimpanzee evolutionary divergence.
Sahelanthropus tchadensis
| Smithsonian Institution | Human Origins Program | n.d.
Describes one of the oldest proposed hominins and its significance for reconstructing the earliest stages of human evolutionary history in Africa.
Homo neanderthalensis
| Smithsonian Institution | Human Origins Program | n.d.
Reviews Neanderthal anatomy, adaptation, behavior, geographic distribution, and evolutionary relationships with Homo sapiens.
Homo floresiensis
| Smithsonian Institution | Human Origins Program | n.d.
Examines the small-bodied hominin from Flores, Indonesia, and debates concerning island evolution and its ancestry.
Homo heidelbergensis
| Smithsonian Institution | Human Origins Program | n.d.
Reviews Middle Pleistocene fossils often discussed in relation to the ancestry of later Homo sapiens, Neanderthals, and other human populations.
Paranthropus boisei
| Smithsonian Institution | Human Origins Program | n.d.
Describes a robust East African hominin with exceptionally large chewing teeth and jaws whose dietary ecology remains an important research topic.
Orrorin tugenensis
| Smithsonian Institution | Human Origins Program | n.d.
Reviews fossils from Kenya dating to roughly six million years ago that have contributed to debates over the origin of habitual bipedalism.
Ancient DNA, Genomics, and Archaic Admixture
Insights into Human Adaptation from Ancient DNA
| Dina MemarMoshrefi, Olivia L. Johnson and Christian D. Huber | Nature Genetics | 2026
Reviews how ancient genomes allow researchers to track natural selection and genetic adaptation directly through time.
Ancient DNA Reveals Pervasive Directional Selection Across West Eurasia
| Ali Akbari et al. | Nature | 2026
Uses thousands of ancient genomes to investigate long-term changes in allele frequencies and identify sustained natural selection in West Eurasian populations.
Interbreeding Between Neanderthals and Modern Humans Was Strongly Sex Biased
| Alexander Platt, Daniel N. Harris and Sarah A. Tishkoff | Science | 2026
Uses X-chromosome ancestry patterns to infer substantial sex bias during episodes of Neanderthal-modern human interbreeding.
Homo sapiens-Specific Evolution Unveiled by Ancient Southern African Genomes
| Helena Malmström et al. | Nature | 2026
Uses ancient southern African genomes to investigate deep population history and genetic changes associated with the evolution of Homo sapiens.
Ignoring Population Structure in Hominin Evolutionary Models Can Lead to the Inference of Spurious Admixture Events
| Rémi Tournebize and Lounès Chikhi | Nature Ecology & Evolution | 2025
Demonstrates how unmodeled ancestral population structure can cause genomic methods to infer ancient interbreeding that may not actually have occurred.
A History of Multiple Denisovan Introgression Events in Modern Humans
| Linda Ongaro and Emilia Huerta-Sánchez | Nature Genetics | 2024
Reviews evidence that genetically differentiated Denisovan populations interbred with modern humans on multiple occasions across Eurasia and Oceania.
More Than a Decade of Genetic Research on the Denisovans
| Stéphane Peyrégne, Viviane Slon and Janet Kelso | Nature Reviews Genetics | 2024
Synthesizes genomic evidence concerning Denisovan population structure, geographic range, relationships, admixture, and contributions to living human genomes.
Ancient Genomes and the Evolutionary Path of Modern Humans
| E. Andrew Bennett and Qiaomei Fu | Cell | 2024
Reviews ancient genomic evidence for the origins, expansion, adaptation, and evolutionary success of modern humans.
Archaic Hominin Admixture and Its Consequences for Modern Humans
| Debashree Tagore and Joshua M. Akey | Current Opinion in Genetics & Development | 2024
Reviews Neanderthal and Denisovan introgression and its effects on modern human population history, phenotype, adaptation, and disease biology.
Human Evolutionary History in Eastern Eurasia Using Insights from Ancient DNA
| Ming Zhang et al. | Current Opinion in Genetics & Development | 2020
Synthesizes ancient genomic evidence for migrations, population turnover, admixture, and ancestry changes across East and Southeast Asia.
Multiple Episodes of Interbreeding Between Neanderthal and Modern Humans
| Fernando A. Villanea and Joshua G. Schraiber | Nature Ecology & Evolution | 2019
Presents genetic evidence that modern humans and Neanderthals experienced more than a single episode of interbreeding.
Adaptive Archaic Introgression of Copy Number Variants and the Discovery of Previously Unknown Human Genes
| Ping Hsieh et al. | Science | 2019
Identifies large structural variants inherited from Denisovans and Neanderthals that may have contributed to local adaptation in modern populations.
Neandertal Introgression Sheds Light on Modern Human Endocranial Globularity
| Philipp Gunz et al. | Current Biology | 2019
Connects Neanderthal-derived genetic variants with variation in modern human braincase shape and investigates the biological basis of cranial globularity.
Ancient Gene Flow from Early Modern Humans into Eastern Neanderthals
| Martin Kuhlwilm et al. | Nature | 2016
Demonstrates that gene flow between modern-human-related populations and Neanderthals occurred earlier and in both directions.
Ancient DNA and the Human Settlement of the Pacific: A Review
| Lisa Matisoo-Smith | Journal of Human Evolution | 2015
Reviews ancient DNA research addressing the settlement, migration history, and population relationships of peoples across Oceania and the Pacific.
Ancient DNA and Human Evolution
| George H. Perry and Ludovic Orlando | Journal of Human Evolution | 2015
Introduces the growing role of ancient genomics in reconstructing evolutionary relationships, population movements, and biological change in humans.
Toward a New History and Geography of Human Genes Informed by Ancient DNA
| Joseph K. Pickrell and David Reich | Trends in Genetics | 2014
Explains how ancient DNA revealed migrations, admixture, and population replacement that complicate simple geographic interpretations of present-day genetic variation.
The Genomic Landscape of Neanderthal Ancestry in Present-Day Humans
| Sriram Sankararaman et al. | Nature | 2014
Maps surviving Neanderthal-derived genomic segments and identifies evidence for both adaptive introgression and selection removing archaic ancestry.
Altitude Adaptation in Tibetans Caused by Introgression of Denisovan-Like DNA
| Emilia Huerta-Sánchez et al. | Nature | 2014
Shows that a Denisovan-related EPAS1 haplotype contributed to the remarkable genetic adaptation of Tibetan populations to high-altitude hypoxia.
Evolutionary Anthropology and Genes: Investigating the Genetics of Human Evolution from Excavated Skeletal Remains
| Evilena Anastasiou and Piers D. Mitchell | Gene | 2013
Reviews how ancient DNA recovered from archaeological skeletons has transformed studies of human evolution, disease, migration, and population history.
Human Biological Variation, Pigmentation, and Environmental Adaptation
The Genetic Architecture of Human Skin Pigmentation: Evolution and Adaptation Across Global Populations
Reviews pigmentation as a polygenic adaptive trait shaped by natural selection, population history, ultraviolet exposure, convergent evolution, and gene-culture interactions.
Evolution, Genetic Diversity, and Health
| María J. Palma-Martínez et al. | Nature Medicine | 2025
Explores how population history, natural selection, migration, and environmental exposures have shaped human genetic diversity and contemporary health variation.
The Evolution of Human Skin Pigmentation: A Changing Medley of Vitamins, Genetic Variability, and UV Radiation During Human Expansion
| Mark D. Lucock | American Journal of Biological Anthropology | 2023
Examines interactions among ultraviolet radiation, pigmentation genetics, folate, vitamin D, diet, and migration during the evolution of human skin color.
Human Cold Adaptation: An Unfinished Agenda v2.0
| Cara Ocobock | American Journal of Human Biology | 2023
Reviews physiological, morphological, metabolic and behavioral adaptations to extreme cold and identifies major unresolved research questions.
A Century of Exercise Physiology: Evolution, Thermal Adaptation and Human Thermoregulation
| Multiple authors | European Journal of Applied Physiology | 2023
Reviews the evolutionary origins of human sweating, endurance activity, behavioral thermoregulation and physiological acclimatization to heat and cold.
Bergmann's Rule Is a "Just-So" Story of Human Body Size
| Barry Bogin | American Journal of Human Biology | 2022
Challenges traditional climatic explanations of human body-size variation and emphasizes developmental, nutritional and socioeconomic influences.
The Evolution of Human Skin Pigmentation Involved the Interactions of Genetic, Environmental, and Cultural Variables
| Nina G. Jablonski | Pigment Cell & Melanoma Research | 2021
Reviews skin pigmentation as an adaptive trait shaped by ultraviolet radiation, migration, genetics, tanning ability, diet, and cultural practices.
The Evolutionary History of Human Skin Pigmentation
| Jorge Rocha | Journal of Molecular Evolution | 2020
Reviews genetic and evolutionary evidence showing that human pigmentation evolved through multiple forms of natural selection and population-specific histories.
The Colours of Humanity: The Evolution of Pigmentation in the Human Lineage
| Nina G. Jablonski and George Chaplin | Philosophical Transactions of the Royal Society B | 2017
Reviews evolutionary forces affecting variation in human skin, hair, and eye pigmentation across different environments and populations.
Genetics of Human Origin and Evolution: High-Altitude Adaptations
| Abigail W. Bigham | Current Opinion in Genetics & Development | 2016
Compares genetic and physiological adaptations to high altitude among Tibetan, Andean, and Ethiopian populations.
Basis for the Gain and Subsequent Dilution of Epidermal Pigmentation During Human Evolution
| Peter M. Elias and Mary L. Williams | American Journal of Physical Anthropology | 2016
Reconsiders physiological and evolutionary explanations for both the origin of strongly pigmented skin and later depigmentation in human populations.
A Life History Perspective on Skin Cancer and the Evolution of Skin Pigmentation
| Daniel L. Osborne and Raymond Hames | American Journal of Physical Anthropology | 2014
Evaluates whether skin cancer and other fitness costs could have contributed to natural selection for protective pigmentation.
Understanding the Evolution of Human Pigmentation: Recent Contributions from Population Genetics
| Jonathan L. Rees and Rosalind M. Harding | Journal of Investigative Dermatology | 2012
Reviews how population genetics has clarified the evolutionary history and selective pressures affecting human skin and hair pigmentation.
The Evolution of Human Skin Colouration and Its Relevance to Health in the Modern World
| Nina G. Jablonski | Journal of the Royal College of Physicians of Edinburgh | 2012
Connects the evolutionary geography of skin pigmentation with modern risks arising when people live under ultraviolet conditions different from those of their ancestors.
Developmental Variation in Ecogeographic Body Proportions
| Libby W. Cowgill et al. | American Journal of Physical Anthropology | 2012
Investigates how climate-related human body proportions emerge during childhood growth and assesses developmental dimensions of ecogeographic patterning.
Human Cold Adaptation: An Unfinished Agenda
| A. Theodore Steegmann Jr. | American Journal of Human Biology | 2007
Reassesses traditional anthropological explanations of cold adaptation and emphasizes physiology, thermogenesis, behavior and biocultural approaches.
High Altitude Adaptation in Tibetans
| Tianyi Wu and Bengt Kayser | High Altitude Medicine & Biology | 2006
Reviews physiological evidence that Tibetan highlanders possess distinctive inherited adaptations allowing effective function under chronic hypoxic conditions.
The Evolution of Human Skin Coloration
| Nina G. Jablonski and George Chaplin | Journal of Human Evolution | 2000
Presents a major evolutionary model linking geographic ultraviolet radiation with the global distribution of human skin pigmentation.
Gene-Culture and Molecular Evolution
Paleolithic Gene Duplications Primed Adaptive Evolution of the Human Amylase Locus Upon Agriculture
Uses detailed reconstruction of the amylase genomic region to investigate the ancient origins and later expansion of human starch-digestion gene copies.
On the Evolution of Lactase Persistence in Humans
| Laure Ségurel and Céline Bon | Annual Review of Genomics and Human Genetics | 2017
Reviews the genetics, natural selection, pastoralism, and gene-culture coevolution underlying adult milk digestion in multiple human populations.
Rethinking the Starch Digestion Hypothesis for AMY1 Copy Number Variation in Humans
| Multiple authors | American Journal of Physical Anthropology | 2017
Critically evaluates the widely cited hypothesis that high salivary-amylase copy number evolved primarily as an adaptation to starch-rich diets.
Evolution of Lactase Persistence: An Example of Human Niche Construction
| Pascale Gerbault et al. | Philosophical Transactions of the Royal Society B | 2011
Uses dairying and lactase persistence to illustrate how cultural behavior can alter environments and create new evolutionary selection pressures.
FOXP2 and the Role of Cortico-Basal Ganglia Circuits in Speech and Language Evolution
| Wolfgang Enard | Current Opinion in Neurobiology | 2011
Reviews functional research suggesting that human-specific FOXP2 changes affected neural circuits involved in motor learning, vocalization and speech.
Evo-Devo, Deep Homology and FoxP2: Implications for the Evolution of Speech and Language
| Constance Scharff and colleagues | Philosophical Transactions of the Royal Society B | 2011
Uses evolutionary developmental biology to place FOXP2 within older conserved gene networks involved in vocal learning and behavior.
Diet and the Evolution of Human Amylase Gene Copy Number Variation
| George H. Perry et al. | Nature Genetics | 2007
Reports higher average AMY1 copy numbers in populations traditionally consuming starch-rich diets, providing a prominent example of diet-related genetic adaptation.
Molecular Evolution of FOXP2, a Gene Involved in Speech and Language
| Wolfgang Enard et al. | Nature | 2002
Investigates evolutionary changes in FOXP2, a regulatory gene associated with speech and language abilities, across humans and other primates.
Primatology, Sociality, and Comparative Evolution
Heterospecific Social Behavior in Primates: Insights into the Evolutionary Roots of Pet-Keeping
| Cyril C. Grueter et al. | Primates | 2026
Surveys affiliative interactions between primates and other species and considers their relevance to the evolutionary roots of human-animal social relationships.
Primate Behavior and the Importance of Comparative Studies in Biological Anthropology
Explains why comparative primate research is fundamental for testing hypotheses about the evolution of human cognition, sociality, diet, and behavior.
Male-Philopatric Nonhuman Primates and Their Potential Role in Understanding the Evolution of Human Sociality
| Krista M. Milich | Evolutionary Anthropology | 2024
Examines primate species in which males remain in their natal groups as comparative models for understanding persistent male social bonds in humans.
Primate Social Organization Evolved from a Flexible Pair-Living Ancestor
| Charlotte-Anaïs Olivier et al. | Proceedings of the National Academy of Sciences | 2024
Uses comparative data to argue that ancestral primate social organization was flexible and commonly pair-living rather than strictly solitary.
Patterns of Integration and Modularity in the Primate Skeleton: A Review
| Noreen von Cramon-Taubadel | Journal of Anthropological Sciences | 2022
Reviews how genetic, developmental and functional constraints create integrated modules within the primate skeleton and influence morphological evolution.
The Evolution of Human and Ape Hand Proportions
| Sergio Almécija, Jeroen B. Smaers and William L. Jungers | Nature Communications | 2015
Compares living and fossil primate hands and finds that human hand proportions may retain more ancestral characteristics than traditionally assumed.
Primate Socioecology at the Crossroads: Past, Present, and Future
| Tim Clutton-Brock and Charles Janson | Evolutionary Anthropology | 2012
Reassesses ecological explanations of primate group size and social relationships and calls for greater integration of ecology, life history, and phylogeny.
Stepwise Evolution of Stable Sociality in Primates
| Susanne Shultz et al. | Nature | 2011
Uses comparative evolutionary modeling to reconstruct major transitions in primate social organization through tens of millions of years.
Primate Sociality in Evolutionary Context
| Alexandra E. Müller and Christophe Soligo | American Journal of Physical Anthropology | 2005
Explores the evolutionary origins of primate sociality and proposes ecological factors that may have favored the maintenance of group living.
Importance of Cooperation and Affiliation in the Evolution of Primate Sociality
Argues that cooperation, affiliation, and positive social relationships deserve greater emphasis in models of primate social evolution.
Primate Evolution at the DNA Level and a Classification of Hominoids
| Morris Goodman et al. | Journal of Molecular Evolution | 1990
Uses molecular comparisons to reconstruct primate phylogeny and clarify the close evolutionary placement of humans among the African great apes.
Forensic Anthropology, Skeletal Methods, and Human Variation
Human Decomposition and Time Since Death: Persistent Challenges and Future Directions of Postmortem Interval Estimation in Forensic Anthropology
| Katherine E. Weisensee and Madeline M. Atwell | American Journal of Biological Anthropology | 2025
Reviews three decades of decomposition research and explains why reliable estimation of time since death remains difficult in forensic anthropology.
Standardizing Advanced Training in Forensic Anthropology
Argues for clearer professional training pathways and standards for biological anthropologists specializing in medicolegal death investigation.
The Development of Professional Standards in Forensic Anthropology
Reviews the emergence of formal standards intended to improve reliability, consistency, ethics, and quality assurance within forensic anthropology.
A Comparative Analysis of Computed Tomography, Photogrammetry, and Structured Light Scanning for Biological Sex Estimation in Forensic Anthropology
| Isabella Crebert et al. | Science & Justice | 2025
Reviews three-dimensional imaging technologies used to document skeletal remains and assess biological sex from cranial, mandibular, and pelvic morphology.
Sex Estimation Techniques Based on Skulls in Forensic Anthropology: A Scoping Review
| Xindi Wang et al. | PLOS ONE | 2024
Reviews modern cranial sex-estimation techniques and highlights increasing use of three-dimensional medical imaging and computer-assisted methods.
Sex Estimation Research Trends in Forensic Anthropology Between 2000 and 2022
| Morgan J. Ferrell, John J. Schultz and Donovan M. Adams | Journal of Forensic Sciences | 2024
Analyzes hundreds of studies to document changing methods, skeletal regions, reference samples and statistical approaches in forensic sex estimation.
Methods for Sex Estimation of Prepubertal Individuals (<12 Years Old): Bibliographic Review and Future Directions
| Multiple authors | International Journal of Legal Medicine | 2023
Reviews pelvic, cranial, dental and long-bone approaches for estimating sex in juvenile remains and emphasizes the need for better validation.
Cranial and Odontological Methods for Sex Estimation—A Scoping Review
| Laura Maria Beschiu et al. | Medicina | 2022
Reviews morphological, morphometric, biochemical and imaging approaches for estimating sex from skulls and teeth.
Forensic Anthropology as a Discipline
| Nicholas V. Passalacqua, Marin A. Pilloud and Derek Congram | Biology | 2021
Reviews forensic anthropology as a specialized branch of biological anthropology and discusses expertise, professionalization, ethics, and standards of practice.
Contributions of Forensic Anthropology to Positive Scientific Identification: A Critical Review
| Douglas H. Ubelaker, Austin Shamlou and Amanda Kunkle | Forensic Sciences Research | 2019
Reviews the ways skeletal analysis contributes to scientifically supported identification of unknown human remains.
A Critical Review of Sub-Adult Age Estimation in Biological Anthropology
| Louise Corron et al. | Forensic Science International | 2018
Evaluates hundreds of studies of skeletal and dental age estimation and highlights serious methodological and statistical limitations in many commonly used approaches.
Metric Methods for the Biological Profile in Forensic Anthropology: Sex, Ancestry, and Stature
| M. Kate Spradley | Academic Forensic Pathology | 2016
Reviews quantitative skeletal approaches to estimating sex, population affinity and stature while emphasizing population-specific variation.
A Review of Sex Estimation Techniques During Examination of Skeletal Remains in Forensic Anthropology Casework
| Kewal Krishan et al. | Forensic Science International | 2016
Compares morphological, metric, molecular, radiographic and three-dimensional approaches used to estimate sex from skeletal remains.
The Development of Dental Research in Argentinean Biological Anthropology: Current State and Future Perspectives
| V. Bernal and L. H. Luna | HOMO — Journal of Comparative Human Biology | 2011
Reviews the history and development of dental anthropology in Argentina and illustrates the broad value of teeth for population, evolutionary, and bioarchaeological research.
Sex Estimation in Forensic Anthropology: Skull Versus Postcranial Elements
| M. Katherine Spradley and Richard L. Jantz | Journal of Forensic Sciences | 2011
Demonstrates that several postcranial skeletal measurements can estimate sex as well as or better than commonly used cranial methods.
Race Reconciled?: How Biological Anthropologists View Human Variation
| Heather J. H. Edgar and Keith L. Hunley | American Journal of Physical Anthropology | 2009
Introduces biological anthropological perspectives on race, population structure, genetic variation, and the mismatch between human biological diversity and discrete racial categories.
Understanding Race and Human Variation: Why Forensic Anthropologists Are Good at Identifying Race
| Stephen Ousley, Richard Jantz and Donna Freid | American Journal of Physical Anthropology | 2009
Explains how geographic population structure can produce measurable skeletal patterns without validating the traditional concept of discrete biological races.
1918: Three Perspectives on Race and Human Variation
| Rachel Caspari | American Journal of Physical Anthropology | 2009
Examines early twentieth-century physical anthropology and shows that competing interpretations of race and biological variation were present from the discipline's beginnings.
New Perspectives in Forensic Anthropology
| Dennis C. Dirkmaat et al. | Forensic Science International | 2008
Reviews major conceptual and methodological changes that expanded forensic anthropology beyond basic skeletal identification toward quantitative, archaeological, trauma, and contextual approaches.
Forensic Anthropology: Developments of a Classical Discipline in the New Millennium
| Cristina Cattaneo | Forensic Science International | 2007
Reviews the expanding role of forensic anthropologists in identification, trauma analysis, recovery, mass disasters, and medicolegal investigations.
Conceptualizing Human Variation
| S. O. Y. Keita et al. | Nature Genetics | 2004
Examines race, ancestry, genetics, population structure, and sociocultural classification while arguing for more precise approaches to describing human biological diversity.
Life History, Growth, Reproduction, and Aging
Reproductive Ecology and Evolutionary Anthropology: Foundations, Unanswered Questions, and Future Directions
| Richard G. Bribiescas and Peter T. Ellison | American Journal of Human Biology | 2026
Reviews reproductive ecology as a framework for understanding fertility, energetic allocation, reproductive effort, human variation, and major evolutionary life-history tradeoffs.
Investigating Development in Human Evolution: Specificities, Challenges, and Opportunities
| Multiple authors | Evolutionary Anthropology | 2025
Examines how paleoanthropologists reconstruct growth and development from fragmentary fossil bones and teeth while incorporating developmental plasticity and evolutionary theory.
Evolutionary Perspectives, Comparative Approaches, and the Lived Experience of Menopause
| Lynnette Leidy Sievert | American Journal of Biological Anthropology | 2025
Integrates evolutionary, primate, cross-population, physiological, and cultural perspectives on menopause and postreproductive life.
Cooperative Breeding as a Likely Early Catalyst of Human Evolution
| Judith M. Burkart et al. | Evolutionary Anthropology | 2025
Proposes that extensive allomaternal care may have facilitated larger brains, increased birth rates, prolonged development and other distinctive human adaptations.
Reading Children's Teeth to Reconstruct Life History and the Evolution of Human Cooperation and Cognition
| Alessia Nava et al. | Neuroscience & Biobehavioral Reviews | 2024
Explains how enamel microstructure and tooth chemistry preserve detailed evidence about childhood growth, physiological stress, diet, mobility, and the evolution of human life-history patterns.
Hierarchies in the Energy Budget: Thyroid Hormones and the Evolution of Human Life History Patterns
| Stephanie B. Levy and Richard G. Bribiescas | Evolutionary Anthropology | 2023
Proposes that thyroid-hormone regulation helped shape energetic tradeoffs involving brain development, growth, reproduction, longevity, and aging during human evolution.
The Energetics of Childhood: Current Knowledge and Insights into Human Variation, Evolution, and Health
| Samuel S. Urlacher | American Journal of Biological Anthropology | 2023
Reviews how children acquire and allocate metabolic energy and connects childhood energetics with growth, human life-history evolution and health.
There Is an Obstetrical Dilemma: Misconceptions About the Evolution of Human Childbirth and Pelvic Form
| Multiple authors | American Journal of Biological Anthropology | 2023
Defends a modernized version of the obstetrical-dilemma framework in which childbirth reflects interacting locomotor, developmental, ecological and sociocultural pressures.
The Obstetrical Dilemma Hypothesis: There's Life in the Old Dog Yet
| Multiple authors | Biological Reviews | 2021
Reassesses criticisms of the obstetrical dilemma and argues that human childbirth remains best understood as a complex evolutionary tradeoff shaped by multiple constraints.
Hunter-Gatherer Studies and Human Evolution: A Very Selective Review
Reviews how studies of contemporary foragers have informed hypotheses concerning food sharing, grandmothering, public goods, mating and human evolutionary ecology.
Brains, Teeth and Life Histories in Hominins: A Review
Reviews relationships among brain growth, dental maturation and life-history variables and cautions against overly simple reconstructions of fossil hominin development.
Anthropology and the Study of Menopause: Evolutionary, Developmental, and Comparative Perspectives
| Lynnette Leidy Sievert | Menopause | 2014
Shows how anthropology contributes to menopause research through evolutionary theory, developmental biology, skeletal evidence and cross-cultural comparison.
Humans Are Not Cooperative Breeders but Practice Biocultural Reproduction
| Barry Bogin, Jared Bragg and Christopher Kuzawa | Annals of Human Biology | 2014
Argues that flexible, culturally organized alloparenting makes human reproduction different from classical cooperative breeding in other animals.
Grandmothers and the Evolution of Human Longevity: A Review of Findings and Future Directions
| Kristen Hawkes and James E. Coxworth | Evolutionary Anthropology | 2013
Reviews evidence connecting grandmothering with increased adult longevity, childhood provisioning and broader transformations in human life history.
Ecological Volatility and Human Evolution: A Novel Perspective on Life History and Reproductive Strategy
| Jonathan C. K. Wells | Evolutionary Anthropology | 2012
Argues that unstable environments may have favored distinctive human traits including prolonged development, longevity, cooperative reproduction, and flexible energy storage.
The Evolution of Human Parental Care and Recruitment of Juvenile Help
| Karen L. Kramer | Trends in Ecology & Evolution | 2011
Examines how provisioning, juvenile labor, sibling assistance and cooperative care distinguish human childhood from that of other primates.
Evolution of the Menopause: Life Histories and Mechanisms
| Armin Rashidi and Daryl Shanley | Menopause International | 2009
Reviews evolutionary explanations for menopause and long postreproductive life, including mother and grandmother hypotheses.
Incremental Dental Development: Methods and Applications in Hominoid Evolutionary Studies
| Tanya M. Smith | Journal of Human Evolution | 2008
Reviews microscopic growth markers in teeth and shows how enamel and dentine formation can reconstruct developmental schedules in living and fossil hominoids.
Biological Anthropology of Aging—Past, Present and Future
| Gillian H. Ice | Collegium Antropologicum | 2003
Reviews biological anthropology's contributions to aging research and highlights evolutionary, cross-cultural, skeletal and human-biological approaches.
Growth Processes in Teeth Distinguish Modern Humans from Homo erectus and Earlier Hominins
| Christopher Dean et al. | Nature | 2001
Finds that early Homo and australopith dental development was faster than that of modern humans, suggesting that prolonged human childhood evolved relatively late.
Progress in Understanding Hominoid Dental Development
| Christopher Dean | Journal of Anatomy | 2000
Examines tooth growth, eruption, enamel formation, and incremental structures as evidence for differences in maturation among humans, apes, and fossil hominins.
Evolutionary Ecology of Human Life History
| Ruth Mace | Animal Behaviour | 2000
Reviews human fertility, mortality, reproductive decisions and life-history tradeoffs from an evolutionary ecological perspective.
Grandmothering, Menopause, and the Evolution of Human Life Histories
| Kristen Hawkes et al. | Proceedings of the National Academy of Sciences | 1998
Develops the grandmother hypothesis, proposing that older women's provisioning of descendants helped favor increased longevity in human evolution.
Evolution of Human Longevity: A Critical Overview
| R. G. Cutler | Mechanisms of Ageing and Development | 1979
Examines longevity across mammals and primates and considers evolutionary changes in lifespan along the hominin lineage.
Primate Cognition, Culture, Communication, and Language
Primate Neuroethology: A New Synthesis
| Felipe Parodi, Konrad P. Kording and Michael L. Platt | Trends in Cognitive Sciences | 2026
Integrates natural primate behavior with wireless neural recording and modern analytical technologies to study cognition in ecologically realistic settings.
The Origin of Great Ape Gestural Forms
| Kirsty E. Graham, Federico Rossano and Richard T. Moore | Biological Reviews | 2025
Proposes that ape gestures emerged by recruiting recognizable action patterns from existing behavior rather than through a single specialized evolutionary mechanism.
The Origins of Gestures and Language: History, Current Advances and Proposed Theories
| Jacques Prieur et al. | Biological Reviews | 2020
Reviews evolutionary and developmental explanations for great-ape gestures and argues that language likely emerged through multiple interacting communicative pathways.
Primates Are Living Links to Our Past
| Justine Mertz et al. | Cortex | 2019
Reviews decades of vervet-monkey field experiments to illuminate the evolutionary foundations of social learning, attention and cognition.
Multimodal Communication and Language Origins: Integrating Gestures and Vocalizations
| Marlen Fröhlich et al. | Biological Reviews | 2019
Argues that human language likely emerged from an already multimodal primate communication system involving gestures, vocalizations and facial signals.
The Pervasive Role of Social Learning in Primate Lifetime Development
| Andrew Whiten and Erica van de Waal | Behavioral Ecology and Sociobiology | 2018
Shows how primates learn socially throughout development, from maternal dependence through juvenile learning and later dispersal into new groups.
Do Monkeys Have a Theory of Mind? How to Answer the Question?
| Hélène Meunier | Neuroscience & Biobehavioral Reviews | 2017
Reviews monkey research on gaze, attention, intentions and perspective taking and evaluates competing explanations for apparent mind-reading abilities.
Social Learning and Culture in Child and Chimpanzee
| Andrew Whiten | Annual Review of Psychology | 2017
Compares cultural transmission in children and chimpanzees and identifies both shared evolutionary foundations and uniquely human cumulative culture.
Acquisition of a Socially Learned Tool Use Sequence in Chimpanzees
| Gillian L. Vale et al. | Evolution and Human Behavior | 2017
Tests whether chimpanzees can socially acquire multi-stage tool-use sequences relevant to debates about cumulative cultural evolution.
Primate Vocal Production and the Riddle of Language Evolution
| Julia Fischer | Psychonomic Bulletin & Review | 2017
Reassesses claims about referential primate calls and emphasizes limited vocal-production learning as an important difference between primate communication and language.
Meaning, Intention, and Inference in Primate Vocal Communication
| Julia Fischer and Tabitha Price | Neuroscience & Biobehavioral Reviews | 2017
Examines whether primate calls contain referential meaning and how receivers infer information from social and environmental context.
Bidding Evidence for Primate Vocal Learning and the Cultural Substrates for Speech Evolution
| Adriano R. Lameira | Neuroscience & Biobehavioral Reviews | 2017
Reviews evidence that great apes possess more vocal flexibility and socially transmitted vocal behaviors than traditional theories assumed.
A Comparison Between Bonobos and Chimpanzees: A Review and Update
| Thibaud Gruber and Zanna Clay | Evolutionary Anthropology | 2016
Compares humanity's two closest living relatives to investigate how ecology, sociality, cognition and behavior evolved within the genus Pan.
Multisensory Vocal Communication in Primates and the Evolution of Rhythmic Speech
| Multiple authors | Behavioral Ecology and Sociobiology | 2013
Examines integration of visual facial movements and vocal signals in primates as a possible precursor to multisensory human speech.
Primate Vocal Communication: A Useful Tool for Understanding Human Speech and Language Evolution?
| Pawel Fedurek and Katie E. Slocombe | Human Biology | 2011
Reviews functional reference, call combinations and vocal learning in primates as comparative evidence for reconstructing language evolution.
Primate Cognition
| Amanda Seed and Michael Tomasello | Topics in Cognitive Science | 2010
Reviews similarities and differences in the cognitive abilities humans and other primates use to understand physical and social environments.
Differences in the Cognitive Skills of Bonobos and Chimpanzees
| Esther Herrmann et al. | PLOS ONE | 2010
Finds differences between bonobos and chimpanzees in social and physical cognition that correspond with their differing ecologies and social systems.
Tool Use as a Way to Assess Cognition: How Do Captive Chimpanzees Handle the Weight of the Hammer?
| Blandine Bril et al. | Animal Cognition | 2009
Studies how chimpanzees modify nut-cracking movements for hammers of different weights, linking motor skill with cognition and tool understanding.
Primate Vocalization, Gesture, and the Evolution of Human Language
| Michael A. Arbib, Katja Liebal and Simone Pika | Current Anthropology | 2008
Examines how gestural flexibility, imitation, vocalization and neural systems may have contributed to the emergence of human protolanguage.
Ape Gestures and Language Evolution
| Amy S. Pollick and Frans B. M. de Waal | Proceedings of the National Academy of Sciences | 2007
Compares bonobo and chimpanzee communication and finds greater flexibility in manual gestures than in facial and vocal signals.
Conformity to Cultural Norms of Tool Use in Chimpanzees
| Andrew Whiten, Victoria Horner and Frans B. M. de Waal | Nature | 2005
Demonstrates that chimpanzees can adopt and maintain socially transmitted tool-use traditions even when alternative techniques are available.
Cultural Innovation and Transmission of Tool Use in Wild Chimpanzees
| Dora Biro et al. | Animal Cognition | 2003
Uses field observations and experiments to investigate how chimpanzee tool-use traditions originate and spread socially between individuals.
The Neuroethology of Primate Vocal Communication: Substrates for the Evolution of Speech
| Asif A. Ghazanfar and Marc D. Hauser | Trends in Cognitive Sciences | 1999
Integrates behavioral and neural evidence on primate vocal perception to identify possible evolutionary foundations of human speech processing.
Paleopathology, Bioarchaeology, and Ancient Microbiomes
Unlocking the Past: Dental Calculus as Key to Understanding Ancient Health and Disease
| Dulce Neves et al. | International Journal of Paleopathology | 2026
Reviews dental calculus as a source of evidence linking past human health with animals, diet, microbes and environmental conditions through a One Health framework.
A Journey into the Evolution of Human Host-Oral Microbiome Relationship through Ancient Dental Calculus
| Alessandra Putrino et al. | Microorganisms | 2024
Reviews ancient dental-calculus microbiomes to trace changes in human oral ecology, periodontal disease, caries and host-microbe relationships.
Dental Calculus: A Repository of Bioinformation Indicating Diseases and Human Evolution
| Qinyang Li et al. | Frontiers in Cellular and Infection Microbiology | 2022
Reviews human, microbial, dietary, environmental and disease-related biomolecules preserved within dental calculus.
Dental Calculus—Oral Health, Forensic Studies and Archaeology: A Review
| Roger Forshaw | British Dental Journal | 2022
Reviews the contrasting roles of dental calculus as a modern oral-health concern and a valuable source of archaeological and forensic evidence.
Human Major Infections: Tuberculosis, Treponematoses, Leprosy—A Paleopathological Perspective of Their Evolution
| Multiple authors | Infection, Genetics and Evolution | 2021
Uses large skeletal datasets to examine long-term changes in tuberculosis, treponemal disease and leprosy as examples of host-pathogen coevolution.
Historical Overview and New Directions in Bioarchaeological Trace Element Analysis
| Rachel Simpson et al. | Archaeological and Anthropological Sciences | 2021
Reviews the use of skeletal trace elements to investigate ancient diet, mobility, geography, occupation, health and environmental exposure.
Paleomicrobiology of the Human Digestive Tract: A Review
| Multiple authors | Microbial Pathogenesis | 2021
Reviews evidence from coprolites, mummified tissues and dental calculus concerning the ancient human gut and oral microbiota.
An Introduction to Advances in Andean South American Paleopathology
| Multiple authors | International Journal of Paleopathology | 2020
Reviews major developments in studying disease, health, violence and embodied experience among ancient populations of the Andes.
Paleomicrobiology: Diagnosis and Evolution of Ancient Pathogens
| Kirsten I. Bos et al. | Annual Review of Microbiology | 2019
Reviews ancient pathogen genomics and the methods used to identify, authenticate and reconstruct the evolutionary histories of infectious diseases.
Diagnostic Dry Bone Histology in Human Paleopathology
| Hans de Boer et al. | Clinical Anatomy | 2016
Evaluates microscopic bone histology for diagnosing disease in skeletonized archaeological remains and discusses its limitations.
Bone Morphologies and Histories: Life Course Approaches in Bioarchaeology
| Sabrina C. Agarwal | American Journal of Physical Anthropology | 2016
Explores how growth, activity, diet, stress and aging cumulatively shape skeletal morphology throughout individual lives.
Dental Calculus and the Evolution of the Human Oral Microbiome
| Christina Warinner | Journal of the California Dental Association | 2016
Explains how preserved dental calculus provides access to ancient oral microbes, diet and host biomolecules across evolutionary time.
A New Era in Palaeomicrobiology: Prospects for Ancient Dental Calculus as a Long-Term Record of the Human Oral Microbiome
Describes dental calculus as an exceptionally durable archive of ancient microbial, dietary, environmental and host biological information.
Ancient DNA Analysis of Dental Calculus
| Laura S. Weyrich, Keith Dobney and Alan Cooper | Journal of Human Evolution | 2015
Reviews methods for recovering ancient microbial DNA from mineralized dental plaque and its applications to diet, disease and microbiome evolution.
Ancient Human Microbiomes
| Christina Warinner et al. | Journal of Human Evolution | 2015
Reviews ancient oral and intestinal microbiomes and their potential for reconstructing changing relationships among humans, microbes, diet and disease.
Bioarcheology Has a "Health" Problem: Conceptualizing "Stress" and "Health" in Bioarcheological Research
| Daniel H. Temple and Alan H. Goodman | American Journal of Physical Anthropology | 2014
Critiques broad use of the concepts of stress and health when interpreting skeletal evidence and calls for more precise theoretical definitions.
Palaeopathology and Genes: Investigating the Genetics of Infectious Diseases in Excavated Human Skeletal Remains and Mummies
| Multiple authors | Gene | 2013
Reviews molecular evidence for tuberculosis, plague, leprosy, malaria and other pathogens recovered from archaeological human remains.
Paleoparasitology and Paleopathology: Synergies for Reconstructing the Past of Human Infectious Diseases
| Olivier Dutour | International Journal of Paleopathology | 2013
Argues for closer integration of paleopathology, paleoparasitology and molecular research to reconstruct ancient infectious-disease ecosystems.
Evolution of Human Tuberculosis: A Systematic Review and Meta-Analysis of Paleopathological Evidence
| Multiple authors | HOMO | 2012
Synthesizes archaeological tuberculosis cases to investigate how skeletal manifestations and disease prevalence changed through thousands of years.
Ethics, Curation, and Descendant Communities
AABA Task Force on the Ethical Study of Human Remains Recommendations
| AABA Task Force authors | American Journal of Biological Anthropology | 2026
Recommends community partnership, provenance research, inventories and descendant-community authority in decisions concerning legacy human-remains collections.
Between Memory and Oblivion: Ethical Challenges of Anthropological Research on Identifiable Individuals
| Nicol Rossetti et al. | Journal of Bioethical Inquiry | 2026
Examines privacy, dignity, historical memory and descendant-community concerns when bioarchaeologists reconstruct the lives of identifiable deceased individuals.
Skeleton Matter(s): Reframing Current Approaches in Bioarchaeology Towards a More Inclusive Future
| Rebecca L. Gowland | International Journal of Paleopathology | 2025
Critiques rigid biological-cultural divisions in bioarchaeology and argues for more inclusive approaches to interpreting bodies and human remains.
They Are People Too: The Ethics of Curation and Use of Human Skeletal Remains for Teaching and Research
Examines ethical problems surrounding skeletal collections, particularly remains acquired from marginalized communities without meaningful consent.
Ethical Futures in Biological Anthropology: Research, Teaching, Community Engagement, and Curation Involving Deceased Individuals
| Multiple authors | American Journal of Biological Anthropology | 2024
Calls for stronger ethical standards, transparency and descendant-community engagement when studying and teaching with historical skeletal collections.
Hominin Diet, Locomotion, and Energetics
Reconstructing Hominin Diets with Stable Isotope Analysis of Amino Acids
| Multiple authors | American Journal of Biological Anthropology | 2022
Reviews compound-specific isotope analysis as a developing method for determining trophic level and dietary resource use in ancient hominins.
Human Athletic Paleobiology: Using Sport as a Model to Investigate Human Evolutionary Adaptation
| Multiple authors | American Journal of Physical Anthropology | 2020
Explores how modern athletes and sports physiology can illuminate evolutionary adaptations involving locomotion, endurance, thermoregulation and energetic tradeoffs.
Economy and Endurance in Human Evolution
| Herman Pontzer | Current Biology | 2017
Reviews the evolution of efficient walking and endurance running and tracks relevant locomotor adaptations through the hominin fossil record.
Feeding Mechanics, Diet, and Dietary Adaptations in Early Hominins
| Multiple authors | American Journal of Physical Anthropology | 2013
Evaluates biomechanics, finite-element analysis, dental microwear and isotope evidence used to reconstruct australopith feeding adaptations.
Diet and Dietary Adaptations in Early Hominins: The Hard Food Perspective
| Multiple authors | American Journal of Physical Anthropology | 2013
Assesses evidence that some robust craniofacial features evolved partly in response to mechanically demanding or hard fallback foods.
Dental Microwear and Stable Isotopes Inform the Paleoecology of Extinct Hominins
| Peter S. Ungar et al. | American Journal of Physical Anthropology | 2012
Shows how dental microwear and tooth-isotope chemistry provide direct evidence about foods actually consumed by extinct hominins.
The Diets of Early Hominins
| Peter S. Ungar and Matt Sponheimer | Science | 2011
Reviews morphological, microwear and isotopic evidence showing that early hominin diets were more varied and complex than simple dietary categories suggest.
Contributions of Biogeochemistry to Understanding Hominin Dietary Ecology
| Multiple authors | American Journal of Physical Anthropology | 2006
Reviews stable isotopes and trace elements as tools for reconstructing diets of australopiths, early Homo, Neanderthals and later humans.
Endurance Running and the Evolution of Homo
| Dennis M. Bramble and Daniel E. Lieberman | Nature | 2004
Argues that anatomical and physiological adaptations for long-distance running evolved within Homo and may have influenced human ecological expansion.
