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Anthropology, Evolution, and Disability Studies: Publications and Documents

Summary

The Anthropology and Disability: Studies and Information database at Disabled World (DW) includes a variety of publications such as recent discoveries, anthropological news, and scholarly articles that focus on the intersection of anthropology and disability studies. This collection encompasses research from both sociocultural anthropology, which examines cultural interpretations of disability, and social anthropology, which studies social structures and relationships. Additionally, the database covers medical anthropology, investigating health, disease, and biocultural adaptation, particularly how these relate to disability in different cultural contexts. The database is regularly updated and offers search and sort functionalities for user convenience.

Searching the Database

The data table below lists items that may have been updated or revised, but the table defaults to sorting by descending publication date; you can search and sort by clicking column headers (JavaScript required). Items in this category are also distributed via our Anthropology, Evolution, and Disability Studies RSS feed.

Anthropology, Evolution, and Disability Studies: Publications and Resources (116 Items)
Title and DescriptionEdPublish
Revised

New PNAS research on 386 fossils shows human body size jumped later within the genus Homo rather than growing steadily across the whole family tree.


New research shows migratory predators can link the evolution of species thousands of miles apart, even when those species never share the same territory.


Learn how Müllerian mimicry - where multiple unpalatable species share warning signals - works and how it may connect to disability.


An examination of how archaeology and modern media frame disability around caretakers and compassion while overlooking the lives of disabled people themselves.


Ancient stromatolites from Shark Bay have yielded the first visual evidence of an Asgard archaeon physically interacting with a bacterium via nanotubes.



Discover how life emerged from non-living chemistry on early Earth through abiogenesis. Explore RNA world theory, hydrothermal vents, and the latest scientific evidence.



Examination of biocentrism in environmental ethics and cosmology, exploring theories, disability, applications, advantages, and scientific criticisms.



Resurrection ecology revives dormant organisms from lake sediments and seed banks to directly observe evolution across decades or centuries.



China's Darwin Monkey neuromorphic supercomputer mimics a macaque brain with 2 billion neurons, promising efficient AI but facing skepticism about practical advantages.


Stanford study suggests life's building blocks originated from water spray, not lightning strikes, challenging long-held beliefs about origins of life on Earth.


Paper explores civilization's shift from decline to a postmaterialist era, highlighting challenges like authoritarianism and the need for inclusive governance.



Study reveals human-specific brain genes linked to synapse timing and neurodevelopmental disorders, giving new insight into evolutionary brain vulnerabilities.



Peer-reviewed study reveals rainwater's role in forming stable protocell walls, shedding light on the early evolution of life on Earth.



Adults prioritize vocal signals when assessing children's emotions and helplessness, but rely more on cognitive content to evaluate intelligence and reasoning.



Researchers reveal how early RNA molecules stabilized in Earth's primordial soup, offering insights into molecular self-assembly crucial to life's origins.



The story of the rise and fall of western equine encephalitis as a lethal disease offers essential lessons about how a pathogen can gain or lose its ability to jump from animals to humans.

Study on how floating duck syndrome tricks people into working hard but failing to achieve their goals. The phenomenon and its consequences can have a huge impact on health and well-being.

The nature of the Last Universal Common Ancestor (LUCA) and its impact on the early Earth system.



Research has uncovered a new insight into human evolution by comparing human hearts with those of other great apes.



Colorado State University scientists have called elephants by their names, and the elephants called back.


Peer-reviewed genetic analysis reveals medieval English red squirrels transmitted leprosy to humans, fundamentally reshaping our understanding of the disease's history.



Landmark plant evolution study maps 9,500+ species' DNA, aiding conservation and medical breakthroughs through open-access genetic data.



Scientists suggest molecules could have formed from a process known as graphitisation which could allow us to recreate plausible conditions for emergence of life.



Study tracks Generation X's evolving views on evolution over 33 years, highlighting education's role in shaping scientific beliefs..



Salk Institute's study reveals RNA enzyme's role in early evolution, supporting the RNA World hypothesis and advancing origins-of-life research.



New research uncovers evidence that a genetic mechanism may help the berry-building bacteria, and others like them, protect against disease.


Researchers report on how the human immune system appears to have evolutionarily co-opted a molecule from another biological process.

CT scans of a 6-million-year-old fossil ape's inner ear reveal a three-step evolutionary path toward how humans came to walk upright on two legs.



Recent research indicates that many primates - which includes humans - are not in fact solitary but lived in pairs of males and females.

A metagenomic view of novel microbial and metabolic diversity found within the deep terrestrial biosphere at DeMMO: A microbial observatory in South Dakota, USA.

A new study compares Pleistocene vegetation communities around Lake Baikal in Siberia, Russia, to the oldest archeological traces of Homo sapiens in the region.

Oxford researchers develop method to prove early animals were truly absent from fossil record, not just poorly preserved, resolving Darwin-era mystery.



Discover how Asgard archaea shaped the origins of complex life, revealing key evolutionary insights into eukaryotes and multicellular organisms.



Discovery of tryptophan in interstellar space reveals insights into life's origins, suggesting amino acids may enrich young planets and foster life formation.



Cognitive functions following comparable rules in different species are important for survival, such as the flexibility to adapt quickly to suddenly changing conditions.


Given the prevalence of Dupuytren's disease among Europeans, researchers investigated its genetic origins. They found 61 genome-wide significant variants associated with Dupuytren's disease. Further analysis showed that three of these variants are of Neandertal origin.


Explores how evolutionary changes in organisms actively shape and are shaped by their environment, impacting ecosystems and human society.



Discover how the human foot's flexible arch supports upright walking, running, and mobility, offering insights for evolution, biomechanics, and assistive design.



Insights into human limb evolution reveal genetic changes that shaped bipedalism, informing prosthetic design and mobility solutions for diverse needs.



New research uses the genomes of 241 species and can be used to support both animal and human health outcomes.


New finding came out of a study analyzing how stretches of DNA called human accelerated regions (HARs) differ between humans and chimpanzees.

The world's first nomadic empire, the Xiongnu, is being exposed thanks to painstaking archaeological excavations and new ancient DNA evidence.

Explores how life evolved 800 million years ago, revealing changes in oxygen, oceans, and cells that shaped the path to complex organisms.



New study reveals how a simple nickel-based peptide may have triggered the chemical processes that led to life on Earth billions of years ago.



Global scientists unite in the Origins Federation to explore the origins and evolution of life in the universe, fostering inclusive, multidisciplinary research.



Explores how life may have emerged on early Earth through chemistry, energy, and natural conditions - an accessible, fascinating look at our shared origins.



The discovery of gestures used by great apes provides evidence of intentional communication outside human language; over 80 such signals have now been identified.


Changes to the genomes of early humans had opposing effects from each other, possibly because of a delicate balance between improved cognition and psychiatric disease risk.

A study provides a glimpse into dinosaur and bird diversity in Patagonia during the Late Cretaceous, just before the non-avian dinosaurs went extinct.

Research reveals that humans have the genes needed for a full coat of body hair, but evolution has disabled them.


Discover how convergent evolution reveals nature's adaptability and resilience, offering insights into biology and inspiration for overcoming challenges.



Archaeologists uncover stone weapon projectile points in Idaho thousands of years older than any previously found in the Americas.


Research reveals wet-dry cycles may have driven life's origins by forming polypeptides, offering insights into prebiotic chemistry and future molecular innovations.



Modern humans evolutionarily split from our chimpanzee ancestors nearly 7 million years ago, yet we are continuing to evolve.


Research finds orangutans communicate using a complex repertoire of consonant-like calls, more so than African apes, which provides clues about how consonants became a part of the human language.

Study links octopus intelligence to increased microRNAs, suggesting a shared mechanism in brain evolution across species.



Study reveals octopuses and humans share expanded microRNA repertoires, suggesting a common molecular basis for complex brain development.



Fossils of a tiny sea creature with a delicately preserved nervous system solve a century-old debate over how the brain evolved in arthropods.


A new study reveals that our ancient ancestors were a lot more complex than we originally thought.


Study reveals the differences between brains of primates such as humans, apes and monkeys are small but significant.

514-million-year-old fossils reveal first skeleton-building animals were primitive jellyfish relatives, solving a key Cambrian evolution mystery.



Study maps octopus visual neurons, revealing evolutionary parallels and distinct brain pathways for vision, aiding neuroscience research.



Child burial at the Arma Veirana site in Liguria, Italy provides evidence of the use of baby carriers 10,000 years ago.


Ancient genomes of thirteen Neandertals provide a rare snapshot of their lifestyle, community, and social organization.


The study analyzed Neandertal DNA associations with a large variety of more than a hundred brain disorders and traits such as sleep, smoking, or alcohol use.


Australian National University study reveals Pacific island nations suffered severe depopulation from introduced diseases due to contact with European vessels.


How iron-rich early seawater could have held far more phosphate than thought, supplying a key ingredient for the chemical origins of life on Earth.



Examining genes and cell types that allow axolotls to regenerate their brains may be key to improving treatment for severe injuries and unlocking regeneration potential in humans.


Researchers provide the first experimental evidence of a neutral network by testing over 120,000 ligase ribozyme mutants, showing how RNA gains diversity.



Discover how human ancestors may have evolved to walk upright in trees, reshaping our understanding of bipedalism and its origins.



The analysis, which examined newly sequenced ancient DNA from more than 700 individuals across the region, reveals a complex population history from the earliest farming cultures to post-Medieval times.


A study of limb bones from the 7-million-year-old Sahelanthropus tchadensis shows habitual bipedalism combined with tree climbing early in human evolution.



Research has established traces of Neandertal DNA in the genome of modern humans. Now an exploratory study is offering new insights and supports the hypothesis that much of this interbreeding took place in the Near East.


A new study into the neurons found in the earliest-diverging animal lineages reveals vital clues about the form of the most ancestral nervous system and how it first evolved.


Did the transition to complex societies in the Holocene drive a reduction in brain size? A reassessment of the DeSilva et al. (2021) hypothesis.


Genetic study shows Amboseli baboons in Kenya carry about a third of their DNA from a related species, revealing complex hybridization and evolutionary patterns.



New research shows that famine and exposure to infectious diseases best explain the evolution of our ability to consume milk and other non-fermented dairy products.


An international team of scientists uncovered and sequenced ancient genomes from the herpes virus that commonly causes lip sores.


Peer-reviewed research reveals how intergenerational cooperation and elder contributions shaped human evolution's extended post-reproductive lifespan.



A study of language development in children with language deficits highlights the importance of the voluntary imagination component of language.


The Discovery of a new meat-eating dinosaur dubbed Meraxes Gigas provides insight into the evolution and anatomy of giant carnivorous dinosaurs.


Peer-reviewed research confirms yunnanozoans are the oldest known stem vertebrates, revealing evolutionary origins of facial and neck structures.



Study finds RNA building blocks in Milky Way's molecular cloud, supporting theories on life's origins and potential extraterrestrial life.



A new dating method reveals the age of some fossils found at the site of Sterkfontein Caves are a million years older than previously thought.


Octopus and human brains share active jumping genes linked to intelligence, revealing evolutionary parallels in cognitive development.



The Harbin cranium fossil reveals a new human species, Homo longi, that may be our closest evolutionary relative - challenging what we know about human origins.



Researchers discover first and maybe only hard evidence that simple protein catalysts essential for cells to function and the building blocks of life, may have existed when life began.


Research suggests many species may have evolved to prioritize growth over immunity while maturing which explains why the young are often more susceptible than adults to infection.


Research reveals the ability to focus on detail, a common trait among people with autism, allowed realism to flourish in Ice Age art.


Research into ancient fish reveals key insights into the evolution of the immune system, offering potential new paths for treating immune disorders and conditions.



The study explores the legacy of interspecies affairs, with a focus on Western Asia, where the first relations may have occurred.


Reconstructed faces of 30,000-year old Sungir Homo sapiens visualized for the first time in 3-D virtual reality.

Paranthropus boisei was the species in the right place and time to contract HSV2 from ancestral chimpanzees and transmit it to our earliest ancestors, probably Homo erectus.


Results from study of ancient DNA show that 2000-year-old remains of boy found at Ballito Bay in KwaZulu-Natal during the 1960s helped to rewrite human history.

Genetic analysis of ancient DNA reveals that modern humans carry higher disease risks than ancestors, though long-term evolution has reduced genetic health threats.



Scientists discover hints that ghost species of archaic humans may have contributed genetic material to ancestors of people living in Sub-Saharan Africa today.


Report identifies bone tumor in upper right arm of adolescent buried around 1300 AD at a site in western Panama called Cerro Brujo or Witch Hill.


Rising Star Cave system, the richest fossil hominin site in Africa, contains new hominin species named Homo naledi.


Evidence that human-like ways of thinking may have emerged as early as 1.8 million years ago place the appearance of human-like cognition at the emergence of Homo erectus.

It is likely our ancestors would have had autism, with genetics suggesting the condition has a long evolutionary history.


New gene-editing technology could eliminate some inherited diseases but also change the course of human evolution.


Exploring how ancestral populations adapted to disabilities sheds light on the evolutionary roots of human resilience and social cooperation.



The Paleolithic diet, or caveman diet, is a weight-loss craze where people emulate the diet of plants and animals eaten by early humans during the Stone Age.


Study finds filoviruses likely existed in the Miocene Epoch, and at that time, the evolutionary lines leading to Ebola and Marburg had already diverged.


Parents' traumatic experiences and phobias may pass to children through epigenetic inheritance, affecting fear responses across multiple generations.



University of Iowa research explains males have 10% larger noses than females due to greater lean muscle mass requiring increased oxygen intake and transport.



Charles Dickens characters and plots often dealt with difficult social realities and portrayal of disabled and social discrimination they faced is no exception.


Humans are losing intellectual and emotional abilities due to human intelligence and behavior requiring optimal functioning of a large number of genes, which requires enormous evolutionary pressures to maintain.


Maxwell J. Mehlman book examines direct human evolution and genetic engineering where parents could prevent passing on inherent diseases to their children.


Peer-reviewed research shows non-African humans carry Neanderthal DNA on the X chromosome, proving ancient interbreeding between the two populations.



Did Elizabeth Barrett Browning have hypokalemic periodic paralysis HKPP a muscle disorder that causes blood levels of potassium to fall.


Explores how evolving American family structures impact caregiving, aging, disability support, and community life across generations.



Asthma global implications and understanding a widespread, chronic condition as seen through the eyes of a medical anthropologist.


Peer-reviewed research shows fathers' diets alter gene expression in offspring through epigenetic inheritance, affecting cholesterol and lipid synthesis.



Principle of evolution that plants and animals can adapt genetically in ways that help them better survive and reproduce.


Discovery of Ardi a relatively complete Ardipithecus ramidus fossil skeleton sheds light on human evolution.

Key: the first check mark indicates the publication carries an editor's note; the second indicates a footnote.

Note: Disabled World compiles disability-related publications as a resource. Inclusion does not imply endorsement by Disabled-World.com. To submit disability-related articles and peer-reviewed manuscripts and papers, ensure submissions comply with our guidelines. For questions, please contact us.

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Database of <a href="https://www.disabled-world.com/disability/education/anthropology-2/">Anthropology, Evolution, and Disability Studies documents, papers, and peer reviewed publications</a> - Disabled World (DW).

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