This article compares arachnid-based Marvel and DC comics characters. The composition of a comic book character often has interesting ‘real-life’ inflences. Given the strong connection between arachnids (especially spiders, scorpions and mites, all belonging to the zoological class Arachnida) and human beings it is not surprising that they have inspired many fitional characters. We recorded 84 Marvel Comics characters and 40 DC Comics characters, detailed in the dataset that accompanies the article. Most characters have been created recently, since the 1990s. Marvel has signifiantly more arachnid characters than DC. As for taxonomic classifiation, the characters were based mostly on spiders (zoological order Araneae). Of the total characters, the majority are human beings, but an overwhelming number have at least some typical arachnid features. Villains (60.91% of total) are signifiantly more numerous, considering the sum of the two publishers. Arachnids have bad reputation for being dangerous. Since the public
usually considers spiders, scorpions and mites “harmful” in general, we expected a larger contingent of villains. However, there was no statistical diffrence between the amount of villains and heroes in Marvel characters. It did not happen probably due to the success of one character: the Amazing Spider-Man.
The coolest new species of the 21st centuryJulianne Cox
The document discusses 13 of the coolest new species discovered in the 21st century. These include:
1. A cockroach-zombifying wasp named the Ampulex dementor after the soul-sucking creatures in Harry Potter.
2. A small spider from Morocco named the cartwheeling spider that can jump 6.6 feet per second to escape predators.
3. A fish discovered off the coast of Indonesia that resembles the Star Wars character Greedo, leading to it being named Peckoltia greedoi.
4. Two new species of colorful freshwater crabs from Indonesia called Geosesarma dennerle and Geosesarma hagen.
1. Microevolution between populations can lead to differences between them, and over time macroevolution and new species.
2. A polytypic species is a single species composed of geographically and morphologically different populations that evolved through microevolution.
3. Most widely distributed animal species are polytypic, consisting of multiple subspecies that are allopatric or allochronic populations differing from the main type population. Establishing polytypic species and delineating subspecies is challenging and sometimes arbitrary.
This document discusses threats to biodiversity such as climate change, deforestation, overexploitation, invasive species, and pollution. It provides examples of each threat and potential solutions, including individual actions like reducing carbon footprints and corporate/government policies around sustainable practices, enforcement against illegal activities, and prevention of invasive species spread.
1. Microevolution leads to genetic differences between populations over time, which can result in new species through macroevolution if enough differences accumulate.
2. A polytypic species consists of multiple geographically isolated populations that have undergone microevolution, like the different tiger subspecies.
3. Recognizing polytypic species simplifies classification by reducing many similar local populations to subspecies rather than considering each a unique species. However, delineating subspecies from one another or related species remains challenging.
Human Evolution Training Manual- FinalMegan Murphy
This document provides a training manual for content in the Human Evolution Exploration Station at the Denver Museum of Nature and Science. It includes an overview of specimens to be displayed, such as various hominin species and chimpanzees. The manual then covers topics to be explained in the station, including studying human evolution, identifying fossils, dating techniques, genetics and evolution, bipedalism in humans, and the species Homo sapiens. It provides details on key hominin specimens and how to classify and identify human remains based on anatomical features.
The Investigation of Snake-phobia Management by the Inhabitants of the City o...AI Publications
Humans have had a long standing history of interaction hostility with snakes, and most snakes have been killed by this interaction in Cameroon and many other parts of the world. Basic education on snake conservation importance has to be provided to the communities to avoid unnecessary killing of snakes. The objective of this survey is to investigate the management of snake-phobia by the inhabitants of the city of Kumba. The research data collection witnessed the administration of two hundred and fifty questionnaires in the study area to a randomly selected population sample. The results recorded a significant association between Gender and snake phobia (X2 = 17.725 df=1, P<0.05. Inaddition, there is a positive correlation between Profession and the knowledge people on non venomous snakes (R2 = 0.446, P<0.05). Moreover, the survey revealed a significant link between the Age Category and Snake-phobia (X2 = 16.134 df=2, P<0.05). Furthermore, there exist a significant association between the snake phobia and human reaction at snake sight (X2 = 16.521 df=3, P<0.05). A respondent score of 70.15% is recorded on snake phobia. A respondent score of 56.72% is recorded on Black cobra, as a snake most commonly seen in the study area. Snakes are not human enemies, rather are important for human existence, ecologically and biomedically, hence their killing must be avoided during interactions. There need to be a public educational programme on the education of snakes species and behaviour to reduce and eliminate human snake-phobia. It is also very important to know that the existence of snakes should never be mystified, so many species commonly seen around like green tree snake (Dendrelaphis punctulata) are non venomous.
Explains what Fossil Ida is, how it was discovered, and how it contributes to our understanding of Human Evolution. Finally, it answers the question whether Fossil Ida is the eagerly sought after "Missing Link" in Human Evolution.
The coolest new species of the 21st centuryJulianne Cox
The document discusses 13 of the coolest new species discovered in the 21st century. These include:
1. A cockroach-zombifying wasp named the Ampulex dementor after the soul-sucking creatures in Harry Potter.
2. A small spider from Morocco named the cartwheeling spider that can jump 6.6 feet per second to escape predators.
3. A fish discovered off the coast of Indonesia that resembles the Star Wars character Greedo, leading to it being named Peckoltia greedoi.
4. Two new species of colorful freshwater crabs from Indonesia called Geosesarma dennerle and Geosesarma hagen.
1. Microevolution between populations can lead to differences between them, and over time macroevolution and new species.
2. A polytypic species is a single species composed of geographically and morphologically different populations that evolved through microevolution.
3. Most widely distributed animal species are polytypic, consisting of multiple subspecies that are allopatric or allochronic populations differing from the main type population. Establishing polytypic species and delineating subspecies is challenging and sometimes arbitrary.
This document discusses threats to biodiversity such as climate change, deforestation, overexploitation, invasive species, and pollution. It provides examples of each threat and potential solutions, including individual actions like reducing carbon footprints and corporate/government policies around sustainable practices, enforcement against illegal activities, and prevention of invasive species spread.
1. Microevolution leads to genetic differences between populations over time, which can result in new species through macroevolution if enough differences accumulate.
2. A polytypic species consists of multiple geographically isolated populations that have undergone microevolution, like the different tiger subspecies.
3. Recognizing polytypic species simplifies classification by reducing many similar local populations to subspecies rather than considering each a unique species. However, delineating subspecies from one another or related species remains challenging.
Human Evolution Training Manual- FinalMegan Murphy
This document provides a training manual for content in the Human Evolution Exploration Station at the Denver Museum of Nature and Science. It includes an overview of specimens to be displayed, such as various hominin species and chimpanzees. The manual then covers topics to be explained in the station, including studying human evolution, identifying fossils, dating techniques, genetics and evolution, bipedalism in humans, and the species Homo sapiens. It provides details on key hominin specimens and how to classify and identify human remains based on anatomical features.
The Investigation of Snake-phobia Management by the Inhabitants of the City o...AI Publications
Humans have had a long standing history of interaction hostility with snakes, and most snakes have been killed by this interaction in Cameroon and many other parts of the world. Basic education on snake conservation importance has to be provided to the communities to avoid unnecessary killing of snakes. The objective of this survey is to investigate the management of snake-phobia by the inhabitants of the city of Kumba. The research data collection witnessed the administration of two hundred and fifty questionnaires in the study area to a randomly selected population sample. The results recorded a significant association between Gender and snake phobia (X2 = 17.725 df=1, P<0.05. Inaddition, there is a positive correlation between Profession and the knowledge people on non venomous snakes (R2 = 0.446, P<0.05). Moreover, the survey revealed a significant link between the Age Category and Snake-phobia (X2 = 16.134 df=2, P<0.05). Furthermore, there exist a significant association between the snake phobia and human reaction at snake sight (X2 = 16.521 df=3, P<0.05). A respondent score of 70.15% is recorded on snake phobia. A respondent score of 56.72% is recorded on Black cobra, as a snake most commonly seen in the study area. Snakes are not human enemies, rather are important for human existence, ecologically and biomedically, hence their killing must be avoided during interactions. There need to be a public educational programme on the education of snakes species and behaviour to reduce and eliminate human snake-phobia. It is also very important to know that the existence of snakes should never be mystified, so many species commonly seen around like green tree snake (Dendrelaphis punctulata) are non venomous.
Explains what Fossil Ida is, how it was discovered, and how it contributes to our understanding of Human Evolution. Finally, it answers the question whether Fossil Ida is the eagerly sought after "Missing Link" in Human Evolution.
The document discusses the international trade in kangaroo skins and meat, which has been controversial due to ecological and ethical concerns. It analyzes the kangaroo trade network through the lens of Actor Network Theory, exploring the agencies, connections, and imagined geographies that allow the trade to continue. Specifically, it examines how specialized calculations and discourses justify large-scale kangaroo slaughter through management programs and population estimates, portraying kangaroos as pests in order to render their killing a non-issue.
The document discusses 4 animals that lived in the past including Glyptodon, Dodo, Brachiosaurus and Tyrannosaurus. It also classifies dinosaurs as carnivores or herbivores and asks students to comment on theories of how dinosaurs became extinct. The document asks what would happen if dinosaurs still existed today and where they could live. It also mentions a model of a fossil and asks if students think humans could become extinct someday.
This document provides background information on Charles Darwin and the key influences on his theory of evolution by natural selection. It discusses Aristotle's early ideas about fixed species, the classification systems of Linnaeus, and influential thinkers like Lamarck, Lyell, Malthus, and Cuvier. It then covers Darwin's voyage on the HMS Beagle, his observations of the Galapagos finches, his development of the theory over many years, and the publication of On the Origin of Species in 1859.
This document discusses human evolution and provides learning objectives related to dating methods, major anatomical features of primates, and trends in hominid evolution. It describes how radioactive dating of rocks and fossils can determine ages and discusses isotopes like carbon-14, potassium-40, and uranium that are used. Key anatomical primate features include grasping limbs and stereoscopic vision. Major hominid lineages discussed include Ardipithecus, Australopithecus, and various Homo species. The incompleteness of the fossil record results in uncertainties about the exact relationships between hominid species.
Human evolution (presentation #4 biology l2 project)Sebasttian98
This document provides an overview of human evolution. It discusses that genetic studies show primates diverged from other mammals around 85 million years ago. Around 15-20 million years ago, the family Hominidae diverged from gibbons. Evidence for human evolution comes from fossils and DNA analysis, with fossils showing early hominins like Sahelanthropus tchadensis dating back 7 million years. Tool use is a sign of intelligence and may have stimulated brain expansion in human evolution.
Human evolution began with the last common ancestor of all life and led to the emergence of modern humans. Key events included the divergence of primates from other mammals 85 million years ago, the evolution of bipedalism in hominins like Australopithecus 2-4 million years ago, and the appearance of Homo habilis and use of stone tools around 2.3 million years ago. Continued brain size increases in Homo erectus and archaic Homo sapiens were followed by anatomically modern humans evolving in Africa around 200,000 years ago. Genetic and fossil evidence from sites in Africa provide details on the major transitions that resulted in modern humans.
Neanderthals were a subspecies of early humans that lived in Europe and western Asia from around 400,000 to 40,000 years ago. They were well-adapted to cold environments, with stocky bodies, barrel chests, and strong limbs that allowed them to store body heat. Neanderthals hunted large game like mammoths and lived in shelters constructed from animal bones. While they were physically robust with large brains, modern humans may have outcompeted Neanderthals for resources. The last Neanderthals disappeared around 25,000 years ago, possibly due to climate change or interbreeding with anatomically modern humans, as DNA evidence confirms some mixing occurred.
The carbon isotope ecology and diet of australopithecus africanus at sterkfon...Kristian Pedersen
The document summarizes a study that analyzed the carbon isotope ratios in tooth enamel from 10 specimens of Australopithecus africanus from Sterkfontein in South Africa, dating to between 2.5-2.0 million years ago. The results show that A. africanus had a varied diet incorporating both C3 forest foods and C4 savanna foods to a greater degree than other early hominins. This suggests A. africanus was a highly adaptable and opportunistic feeder. The isotope data also indicates the individuals exhibited more dietary variation than other early hominin species, arguing against suggestions that multiple species are represented in the A. africanus taxon.
This document provides information on various hominid species within the genera Homo, Paranthropus, Australopithecus, and Ardipithecus. It highlights five species of Homo including H. habilis, H. rudolfensis, H. erectus, H. neanderthalensis, and H. sapiens. It also describes four Australopithecus species and three Paranthropus species that mark early branches in the human lineage. Additionally, it notes several other recently discovered hominids including Kenyanthropus platyops and Sahelanthropus tchadensis.
The passage discusses the concept of biological evolution, which is defined as changes in populations of organisms over generations due to heritable genetic changes. Key points include that evolution occurs at the population level, not for individual organisms, and that the mechanism of natural selection leads to gradual evolutionary change as populations adapt to their environments over deep time.
The document summarizes research on human evolution from early hominids like Australopithecus to modern Homo sapiens. It discusses topics like the incomplete fossil record, disagreements around hominid species numbers and timelines, and key species like Australopithecus afarensis, Homo erectus, and Homo sapiens. Comparisons are made between skeletal structures, brain sizes, and pelvises of different hominids to illustrate anatomical changes over time.
This document provides information about insect systematics and classification. It discusses the following key points:
- Systematics is the scientific study of classification and evolutionary relationships of organisms, including insects. Carl Linnaeus established the binomial nomenclature system in 1758.
- There are guidelines for scientific naming established by the International Code of Zoological Nomenclature, including naming conventions, holotype/paratype designations, and dealing with synonyms and homonyms.
- Modern insect classification is based on wing characters and places insects into orders such as Coleoptera, Hymenoptera, Diptera, etc. over 1.5 million insect species have been described to date.
Lucy is the name given to a collection of fossil bones representing around 40% of the skeleton of an Australopithecus afarensis individual that lived 3.2 million years ago. The discovery of Lucy provided evidence that bipedalism preceded increases in brain size in human evolution. The fossils were discovered in 1974 and nicknamed "Lucy" after the Beatles song that was playing on a tape recorder at the excavation site.
This document provides an overview of the history and development of taxonomy, the science of classifying living organisms. It discusses how early taxonomists like Aristotle and Linnaeus grouped organisms based on visible characteristics. Charles Darwin later established that taxonomy should reflect evolutionary relationships and shared ancestry. The document also outlines the major kingdoms and domains proposed by scientists over time to classify the diversity of life, from the original plant and animal kingdoms to the current three domain system of bacteria, archaea, and eukarya. Molecular evidence now supports or refines previous taxonomic classifications.
The document provides information about dinosaurs and their evolution over time. It discusses how dinosaurs originated over 200 million years ago during the Mesozoic Era after lava flows created conditions suitable for them. It then describes several different dinosaur species from various periods, including Tyrannosaurus Rex, Velociraptor, Stegosaurus, and Triceratops. It also discusses ancestral reptiles like Chasmatosaurus that preceded dinosaurs and the lineage of dinosaurs all the way to the extinction of non-avian dinosaurs 66 million years ago.
This document discusses the concepts and history of systematic zoology and taxonomy. It defines taxonomy as the classification of living things and systematics as the scientific study of diversity and relationships among organisms. It outlines the contributions of taxonomy in fields like epidemiology and wildlife management. The document then discusses the scope of taxonomy, problems in taxonomy, and provides a history of taxonomy from Aristotle to modern molecular systematics approaches.
This document outlines the timeline of human evolution from early primate ancestors 6 million years ago to modern humans. It describes key species in our evolution like Australopithecus, Homo habilis, Homo erectus, and Homo sapiens. Australopithecus was the first hominin genus to walk upright around 4 million years ago in Africa. Homo habilis evolved around 2.5 million years ago and were the first to use stone tools. Homo erectus emerged around 1.8 million years ago in Africa and was the first hominin to migrate out of Africa. Modern humans, Homo sapiens, evolved in Africa around 200,000 years ago with larger brains and lighter
This document discusses the evolution and classification of primates including hominids and prosimians. It covers:
1. Key discoveries that have pushed back the origins of hominids to 7 million years ago based on skull fossils found in Chad.
2. The major trends in primate evolution including increases in brain size, changes in locomotion and skeleton, and the development of stereoscopic vision and grasping hands.
3. The classification of primates with the order Primates divided into the suborders Prosimii (lower primates like lemurs) and Anthropoidea (higher primates like monkeys, apes and humans).
This document outlines the rules and structure for a trivia competition called "Lone Wolf 2015". It will consist of 60 total questions divided into 4 rounds - a 12 question written round, a 21 question timed round, a 6 question special written round, and another 21 question timed round going in the opposite direction. The special round will involve questions that can only be answered with Pokemon names. The document provides examples of questions and answers in the Pokemon theme.
Theoretical and Practical Criticism.pptxAmiraKhalid9
Animal's People by Indra Sinha tells the story of a boy named Animal who was born with a deformity that caused him to walk on all fours. The novel is set in Khaufpur, India, the site of a 1984 industrial accident resembling the Bhopal disaster. Sinha presents a posthumanist perspective where nonhuman entities like animals, plants, and even inorganic materials are portrayed as active agents with their own perspectives. Animal is shown to communicate equally with both human and nonhuman friends. Through Animal's eyes, Sinha argues that recognizing the autonomy and intelligence of the nonhuman world can help address environmental destruction caused by human exceptionalism.
Centaur, Cyclops, Mermaids have been the subject of popular culture for thousand of years. A brief report on how anthropomorphism has taken the animation industry to greater summit where it is full fledging beyond one's imagination.
The document discusses three hypotheses presented in a reading passage about the uses of a dinosaur's crest. It casts doubt on each one. First, it argues the dinosaur's brain was not developed enough to use the crest for smell. Second, it does not provide the full hypothesis from the passage. Third, it similarly does not state the full hypothesis.
The document discusses the international trade in kangaroo skins and meat, which has been controversial due to ecological and ethical concerns. It analyzes the kangaroo trade network through the lens of Actor Network Theory, exploring the agencies, connections, and imagined geographies that allow the trade to continue. Specifically, it examines how specialized calculations and discourses justify large-scale kangaroo slaughter through management programs and population estimates, portraying kangaroos as pests in order to render their killing a non-issue.
The document discusses 4 animals that lived in the past including Glyptodon, Dodo, Brachiosaurus and Tyrannosaurus. It also classifies dinosaurs as carnivores or herbivores and asks students to comment on theories of how dinosaurs became extinct. The document asks what would happen if dinosaurs still existed today and where they could live. It also mentions a model of a fossil and asks if students think humans could become extinct someday.
This document provides background information on Charles Darwin and the key influences on his theory of evolution by natural selection. It discusses Aristotle's early ideas about fixed species, the classification systems of Linnaeus, and influential thinkers like Lamarck, Lyell, Malthus, and Cuvier. It then covers Darwin's voyage on the HMS Beagle, his observations of the Galapagos finches, his development of the theory over many years, and the publication of On the Origin of Species in 1859.
This document discusses human evolution and provides learning objectives related to dating methods, major anatomical features of primates, and trends in hominid evolution. It describes how radioactive dating of rocks and fossils can determine ages and discusses isotopes like carbon-14, potassium-40, and uranium that are used. Key anatomical primate features include grasping limbs and stereoscopic vision. Major hominid lineages discussed include Ardipithecus, Australopithecus, and various Homo species. The incompleteness of the fossil record results in uncertainties about the exact relationships between hominid species.
Human evolution (presentation #4 biology l2 project)Sebasttian98
This document provides an overview of human evolution. It discusses that genetic studies show primates diverged from other mammals around 85 million years ago. Around 15-20 million years ago, the family Hominidae diverged from gibbons. Evidence for human evolution comes from fossils and DNA analysis, with fossils showing early hominins like Sahelanthropus tchadensis dating back 7 million years. Tool use is a sign of intelligence and may have stimulated brain expansion in human evolution.
Human evolution began with the last common ancestor of all life and led to the emergence of modern humans. Key events included the divergence of primates from other mammals 85 million years ago, the evolution of bipedalism in hominins like Australopithecus 2-4 million years ago, and the appearance of Homo habilis and use of stone tools around 2.3 million years ago. Continued brain size increases in Homo erectus and archaic Homo sapiens were followed by anatomically modern humans evolving in Africa around 200,000 years ago. Genetic and fossil evidence from sites in Africa provide details on the major transitions that resulted in modern humans.
Neanderthals were a subspecies of early humans that lived in Europe and western Asia from around 400,000 to 40,000 years ago. They were well-adapted to cold environments, with stocky bodies, barrel chests, and strong limbs that allowed them to store body heat. Neanderthals hunted large game like mammoths and lived in shelters constructed from animal bones. While they were physically robust with large brains, modern humans may have outcompeted Neanderthals for resources. The last Neanderthals disappeared around 25,000 years ago, possibly due to climate change or interbreeding with anatomically modern humans, as DNA evidence confirms some mixing occurred.
The carbon isotope ecology and diet of australopithecus africanus at sterkfon...Kristian Pedersen
The document summarizes a study that analyzed the carbon isotope ratios in tooth enamel from 10 specimens of Australopithecus africanus from Sterkfontein in South Africa, dating to between 2.5-2.0 million years ago. The results show that A. africanus had a varied diet incorporating both C3 forest foods and C4 savanna foods to a greater degree than other early hominins. This suggests A. africanus was a highly adaptable and opportunistic feeder. The isotope data also indicates the individuals exhibited more dietary variation than other early hominin species, arguing against suggestions that multiple species are represented in the A. africanus taxon.
This document provides information on various hominid species within the genera Homo, Paranthropus, Australopithecus, and Ardipithecus. It highlights five species of Homo including H. habilis, H. rudolfensis, H. erectus, H. neanderthalensis, and H. sapiens. It also describes four Australopithecus species and three Paranthropus species that mark early branches in the human lineage. Additionally, it notes several other recently discovered hominids including Kenyanthropus platyops and Sahelanthropus tchadensis.
The passage discusses the concept of biological evolution, which is defined as changes in populations of organisms over generations due to heritable genetic changes. Key points include that evolution occurs at the population level, not for individual organisms, and that the mechanism of natural selection leads to gradual evolutionary change as populations adapt to their environments over deep time.
The document summarizes research on human evolution from early hominids like Australopithecus to modern Homo sapiens. It discusses topics like the incomplete fossil record, disagreements around hominid species numbers and timelines, and key species like Australopithecus afarensis, Homo erectus, and Homo sapiens. Comparisons are made between skeletal structures, brain sizes, and pelvises of different hominids to illustrate anatomical changes over time.
This document provides information about insect systematics and classification. It discusses the following key points:
- Systematics is the scientific study of classification and evolutionary relationships of organisms, including insects. Carl Linnaeus established the binomial nomenclature system in 1758.
- There are guidelines for scientific naming established by the International Code of Zoological Nomenclature, including naming conventions, holotype/paratype designations, and dealing with synonyms and homonyms.
- Modern insect classification is based on wing characters and places insects into orders such as Coleoptera, Hymenoptera, Diptera, etc. over 1.5 million insect species have been described to date.
Lucy is the name given to a collection of fossil bones representing around 40% of the skeleton of an Australopithecus afarensis individual that lived 3.2 million years ago. The discovery of Lucy provided evidence that bipedalism preceded increases in brain size in human evolution. The fossils were discovered in 1974 and nicknamed "Lucy" after the Beatles song that was playing on a tape recorder at the excavation site.
This document provides an overview of the history and development of taxonomy, the science of classifying living organisms. It discusses how early taxonomists like Aristotle and Linnaeus grouped organisms based on visible characteristics. Charles Darwin later established that taxonomy should reflect evolutionary relationships and shared ancestry. The document also outlines the major kingdoms and domains proposed by scientists over time to classify the diversity of life, from the original plant and animal kingdoms to the current three domain system of bacteria, archaea, and eukarya. Molecular evidence now supports or refines previous taxonomic classifications.
The document provides information about dinosaurs and their evolution over time. It discusses how dinosaurs originated over 200 million years ago during the Mesozoic Era after lava flows created conditions suitable for them. It then describes several different dinosaur species from various periods, including Tyrannosaurus Rex, Velociraptor, Stegosaurus, and Triceratops. It also discusses ancestral reptiles like Chasmatosaurus that preceded dinosaurs and the lineage of dinosaurs all the way to the extinction of non-avian dinosaurs 66 million years ago.
This document discusses the concepts and history of systematic zoology and taxonomy. It defines taxonomy as the classification of living things and systematics as the scientific study of diversity and relationships among organisms. It outlines the contributions of taxonomy in fields like epidemiology and wildlife management. The document then discusses the scope of taxonomy, problems in taxonomy, and provides a history of taxonomy from Aristotle to modern molecular systematics approaches.
This document outlines the timeline of human evolution from early primate ancestors 6 million years ago to modern humans. It describes key species in our evolution like Australopithecus, Homo habilis, Homo erectus, and Homo sapiens. Australopithecus was the first hominin genus to walk upright around 4 million years ago in Africa. Homo habilis evolved around 2.5 million years ago and were the first to use stone tools. Homo erectus emerged around 1.8 million years ago in Africa and was the first hominin to migrate out of Africa. Modern humans, Homo sapiens, evolved in Africa around 200,000 years ago with larger brains and lighter
This document discusses the evolution and classification of primates including hominids and prosimians. It covers:
1. Key discoveries that have pushed back the origins of hominids to 7 million years ago based on skull fossils found in Chad.
2. The major trends in primate evolution including increases in brain size, changes in locomotion and skeleton, and the development of stereoscopic vision and grasping hands.
3. The classification of primates with the order Primates divided into the suborders Prosimii (lower primates like lemurs) and Anthropoidea (higher primates like monkeys, apes and humans).
This document outlines the rules and structure for a trivia competition called "Lone Wolf 2015". It will consist of 60 total questions divided into 4 rounds - a 12 question written round, a 21 question timed round, a 6 question special written round, and another 21 question timed round going in the opposite direction. The special round will involve questions that can only be answered with Pokemon names. The document provides examples of questions and answers in the Pokemon theme.
Theoretical and Practical Criticism.pptxAmiraKhalid9
Animal's People by Indra Sinha tells the story of a boy named Animal who was born with a deformity that caused him to walk on all fours. The novel is set in Khaufpur, India, the site of a 1984 industrial accident resembling the Bhopal disaster. Sinha presents a posthumanist perspective where nonhuman entities like animals, plants, and even inorganic materials are portrayed as active agents with their own perspectives. Animal is shown to communicate equally with both human and nonhuman friends. Through Animal's eyes, Sinha argues that recognizing the autonomy and intelligence of the nonhuman world can help address environmental destruction caused by human exceptionalism.
Centaur, Cyclops, Mermaids have been the subject of popular culture for thousand of years. A brief report on how anthropomorphism has taken the animation industry to greater summit where it is full fledging beyond one's imagination.
The document discusses three hypotheses presented in a reading passage about the uses of a dinosaur's crest. It casts doubt on each one. First, it argues the dinosaur's brain was not developed enough to use the crest for smell. Second, it does not provide the full hypothesis from the passage. Third, it similarly does not state the full hypothesis.
For the last 20 years, archaeologists have discovered many feathered dinosaur fossils in China that have helped reveal the original colors of dinosaurs. A recent discovery of preserved melanosomes, or pigment cells, on fossilized feathers is allowing scientists to map the colors and patterns of dinosaurs like Anchiornis for the first time rather than relying on educated guesses.
The evolutionary history of the hominin hand since the last common ancestor o...José Luis Moreno Garvayo
Tocheri y colaboradores sostienen que las pruebas moleculares y fósiles tienen importantes consecuencias para la interpretación de la historia evolutiva de la mano dentro de la tribu Hominini. En primer lugar, la parsimonia apoya la hipótesis de que la mano del último ancestro común de los humanos y chimpancés es más probable que es pareciera a la de un gran simio actual en general (Pan, Gorilla, y Pongo), que a la de un simio africano en particular. En segundo lugar, proporciona un contexto para la interpretación de los cambios derivados de la mano que se han desarrollado en diferentes homínidos. Sin embargo, la mayoría de las características primitivas que es probable que estuvieran presentes en el último ancestro común de Pan y Homo se mantienen en las manos de Australopithecus, Paranthropus/primeros humanos, y Homo floresiensis.
This document discusses different concepts and types of species. It begins by outlining the historical conceptions of species from Linnaeus' static view to modern dynamic views incorporating genetics and evolution. It then describes 13 different types of species defined by characteristics like geographical range, morphology, genetics, and reproduction. The document concludes by defining intraspecific categories like subspecies and discussing the concepts of polytypic versus monotypic species.
Dinosaurs are various from taxonomic, morphological and ecological standpoints. Birds, at over 10,700 living species, are amongst the most various organizations of vertebrates. Using fossil evidence, paleontologists have recognized over 900 distinct genera and greater than 1,000 exclusive species of non-avian dinosaurs.
This research project investigates how Americans construct meaning from dinosaurs through surveys, interviews, and observations at museums and dinosaur sites in Colorado. The researcher found that dinosaurs spark interest because they combine mythical and monster-like qualities with scientific facts. People are fascinated by dinosaurs' immense size and ferocity. Through studying public perceptions of dinosaurs, one can learn about societal values. The researcher gathered information by surveying museum visitors and coding interview transcripts. Common views were that dinosaurs like T-Rex were immense, violent, and carnivorous, while Velociraptor was swift and intelligent. However, some see dinosaurs as less exotic knowing of their evolutionary connection to modern birds. Perceptions may be influenced by popular media like Jurassic
Representation of the Non-Human World in Cormac McCarthy’s The RoadIJMSIRJOURNAL
The human bonding with the environment is significant and has been represented in literary
writings from days immemorial. Cormac McCarthy is an American writer, whose major works are centered on
Appalachian environment. His tenth novel is a dystopian fiction that urges man‟s careless outlook towards the environment. Set in a futuristic environment, the novel portrays a barbaric and barren land devoid of the animal world. This paper presents the significance of the non-human world as portrayed in The Road.
This article discusses the evolutionary relationships between mammals, their ancient relatives known as synapsids, and reptiles. It aims to clarify misunderstandings caused by outdated terms like "mammal-like reptiles". The article explains that evolutionary trees show synapsids like Dimetrodon are more closely related to mammals than reptiles, despite some superficial reptilian appearances. It also notes that non-mammalian synapsids displayed great diversity beyond a simple linear progression towards modern mammals. Key characteristics evolved at different times among synapsid subgroups.
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Animal Geographies Zooësis and the Space of Modern DramaU.docxjustine1simpson78276
Animal Geographies: Zooësis and the Space of Modern Drama
Una Chaudhuri
Modern Drama, Volume 46, Number 4, Winter 2003, pp. 646-662 (Article)
Published by University of Toronto Press
DOI: 10.1353/mdr.2003.0022
For additional information about this article
Access provided by Univ of Arkansas @ Little Rock (10 Mar 2014 10:58 GMT)
http://muse.jhu.edu/journals/mdr/summary/v046/46.4.chaudhuri.html
http://muse.jhu.edu/journals/mdr/summary/v046/46.4.chaudhuri.html
Animal Geographies: Zooesis and the
Space of Modern Drama
UNA CHAUDHURI
All sit~s of enforced marginalisalioll - ghettos, shanty towns, prisons, madhouses, COIl-
eentration camps - have something in common with zoos. But i( ;s both too easy and
too evasive to use the zoo as a symbol. The zoo is a demonstration of the relations
between man and animals; nothing else .
Berger 24
When we go to th e zoo, we take with us all our worries and joys, our heroes and vil-
lains, and we dole them out to the various species, casting each one ill th e role best
equippedfor it on the basis of a ccidental human resemblances.
Morris and Morri s 172
Confined wilhin this catch-all concept, f .. } within this strict enclosure of this definite
article ("the Animal" and not "a nimals"), as in a virgin forest, a zoo, a hunting or
fishing ground, a paddock or an ahattoir, a space of domestication, are all th e li ving
things that mall does not recognize as his fellows. his neighhors, or his Brothers
Dcrrida. "The Animal Thai Therefore I Am" 402; emphasis in original
The burgeoning field of animal studies offers a new perspective on that ove r-
lap of cultural and performance space that we call mimesi s. In proposing the
neologism "zooes is" for this new perspective, I hope to invoke, as a founda-
tion for my exploration of animal discourses in modern drama, the path-break-
ing work of Cary Wolfe, whose tenn "zoontologies" suggests just how much
is at stake for literature and the humanities in the "the question of the animaL"
Noting the central role played by the figure of the animal and the category of
animality in all those "seminal reroutings of contemporary theory away from
the constitutive figure of the human " (Wolfe, Introduction xi) in the works of
Jacques Derrida, Julia Kristeva, Gilles Deleuze and Felix Guattari , Jacques
Lacan , Georges Bataille, Renee Girard, bell hooks, Michael Tau ss ig , and
M odem Drama , 46:4 (Winter 2003) 646
Animal Geographies
Donna Haraway, Wolfe also points out that work in contemporary sciences,
especially cognitive ethnology and field eco logy , has decisively undermined
" the old saws of anthropocentricism (language, tool use, the inheritance of
c ultural behaviors)" (x i). These phil osophical and sc ientific deve lopments that
bring the animal into view in new ways have also enabled new analyses of the
many contexts in whi ch anim ali ty has been depl oyed rhetorically to oppres.
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Da Silva et al 2014 - Marvel and DC characters inspired by arachnids
1. Da-Silva, E R et al 2014 Marvel and DC Characters Inspired by Arachnids.
The Comics Grid: Journal of Comics Scholarship, 4(1): 11, pp. 1-14, DOI:
http://dx.doi.org/10.5334/cg.aw
Introduction
Comics often have details and sophisticated allusions that
could and should be leveraged in various ways, includ-
ing in the classroom, to arouse the interests and hold
the attention of students (Rama and Vergueiro 2004;
Marchiori 2011; Quartim 2013; Miranda 2014).
Despite being a creatively free process, the compo-
sition of a comic book character often has interest-
ing ‘real-life’ influences. Given the strong connection
between arachnids (especially spiders, scorpions and
mites, all belonging to the class Arachnida) and human
beings (Mundkur 1983; Cloudsley Thomson 1990, 2001;
Monzón and Blasco Gil 1995, 1996a, b, c, d, 1997, 1998;
Ruppert and Barnes 1996; Melic 1997, 2002, 2003), it
is not surprising that they have inspired many fictional
characters.
Focusing only on the two major American comics pub-
lishers, DC Comics and Marvel Comics, we conducted an
inventory of the characters that have been inspired by
arachnids in some way. We have compared the features of
these characters with the morphology, biology and behav-
iour of living arachnids from the ‘real’ world.
Materials and Methods
For the inventory of characters, we used basic sources
like encyclopaedias (Beatty et al. 2009; DeFalco et al.
2009; Saunders et al. 2010; David and Greenberger 2010;
Beatty et al. 2012), available comics and websites. We
classified the characters according to the publisher, social
role (hero or villain), taxonomic classification (order) of
the inspiring arachnid, the presence/absence of features
associated with arachnids, and the decade of creation.
We also considered the “femme fatale” effect, something
the general public in general observe in spiders, derived
from the fact that some female spiders devour their
partners after copulation (Thorp and Woodson 1976;
Foelix 2011).
* Department of Zoology, Instituto de Biociências, Universidade
Federal do Estado do Rio de Janeiro (UNIRIO), Rio de Janeiro,
Brazil
elidiomar@gmail.com, thiago.rodas.muller@gmail.com,
edonluiz@msn.com, minespassos@gmail.com
†
Departament of Zoology, Instituto de Biologia, Universidade
Federal do Rio de Janeiro (UFRJ) - Rio de Janeiro, Brazil
lucibncoelho@gmail.com
‡
Department of Entomology, Museu Nacional, Universidade Fed-
eral do Rio de Janeiro (UFRJ) - Rio de Janeiro, Brazil
allancarelli@hotmail.com
§
Center for Macroecology, Evolution and Climate, Natural His-
tory Museum of Denmark (Zoological Museum), University of
Copenhagen – Copenhagen, Denmark
smiranda.gustavo@gmail.com
‖
Sistema Elite de Ensino, Unidade NorteShopping – Rio de
Janeiro, Brazil
mrs_jackles@hotmail.com
RESEARCH
Marvel and DC Characters Inspired by Arachnids
Elidiomar Ribeiro Da-Silva*
, Luci Boa Nova Coelho*,†
, Thiago Rodas Müller de Campos*
,
Allan Carelli‡
, Gustavo Silva de Miranda§
, Edson Luiz de Souza dos Santos*
, Tainá Boa
Nova Ribeiro Silva‖
and Maria Inês da Silva dos Passos*
THE COMICS GRIDJournal of comics scholarship
Keywords: Zoology; Arthropoda; Arachnida; pop culture; entertainment; comics; spiders; superheroes
This article compares arachnid-based Marvel and DC comics characters. The composition of a comic book
character often has interesting ‘real-life’ influences. Given the strong connection between arachnids
(especially spiders, scorpions and mites, all belonging to the zoological class Arachnida) and human beings
it is not surprising that they have inspired many fictional characters.
We recorded 84 Marvel Comics characters and 40 DC Comics characters, detailed in the dataset that
accompanies the article (Da-Silva 2014). Most characters have been created recently, since the 1990s.
Marvel has significantly more arachnid characters than DC. As for taxonomic classification, the characters
were based mostly on spiders (zoological order Araneae). Of the total characters, the majority are human
beings, but an overwhelming number have at least some typical arachnid features. Villains (60.91% of
total) are significantly more numerous, considering the sum of the two publishers. Arachnids have bad
reputation for being dangerous (Thorp and Woodson 1976; Ruppert and Barnes 1996). Since the public
usually considers spiders, scorpions and mites “harmful” in general, we expected a larger contingent of
villains. However, there was no statistical difference between the amount of villains and heroes in Marvel
characters. It did not happen probably due to the success of one character: the Amazing Spider-Man.
2. Da-Silva et al: Marvel and DC Characters Inspired by ArachnidsArt. 11, page 2 of 14
The classes were statistically compared through the
Pearson’s nonparametric chi-squared test (Siegel 1981),
and the results were considered significant with “p” values
less than 0.05, always comparing one by one (1 degree of
freedom).
Animals (Especially Arthropods) in Cultural
Expressions
Issues relating Zoology to cultural events have been gain-
ing prominence recently. Coelho (2000, 2004) studied
insect references in the lyrics and cover art of rock music
albums, respectively. Ashenden (2000–2001) made an
entomological survey of the renowned novel Ada, by
Vladimir Nabokov. Cherry (2002, 2005) studied the role of
insects in mythology and magic, respectively.
Mariño Pérez and Mendoza Almeralla (2006) made
a critical analysis of the presence of insects and other
arthropods in films from 1938 to 2002. Costa Neto (2006)
surveyed the use of insects in popular customs and cel-
ebrations in northeastern Brazil. Mendonça (2008) stud-
ied folkloric demonstrations that could enhance the
learning of Zoology at school. Chantoury-Lacombe (2009)
studied the connection between insects and painting
techniques used in renaissance Europe. Monserrat (2009,
2011) approached the presence of arthropods in paint-
ings of Hieronymus Bosch and Salvador Dali, respectively.
Carvalho (2010) investigated the symbolic meaning of
two butterfly species represented in paintings of the XV
century. Monserrat (2010) made a study of tattoos con-
taining visual references to arthropods. Nemésio et al.
(2013) approached the use of different taxonomic groups
of animals in postage stamps. Recently, animal species
have been named after pop culture icons, such as artists
(Dumas et al. 2013), athletes (Santos and Nessimian 2009)
and fictional characters. Of the latter, interesting exam-
ples include a leafhopper (insect) named after Batman
(Rodrigues et al. 2012) and a shrew (mammal) named after
the god Thor (Stanley et al. 2013).
Arachnids and Culture
Through history, arachnid symbolism in culture and
mythology has been remarkable. The cultural entomology
of the Sumerian era (3,500 B.C.), for example, is funda-
mentally based on arachnids. The most important arthro-
pods in this mythology are scorpions and spiders (Melic
2002). Astronomers of Babylon were the first to recognize
the Tauro and Scorpion constellations around 4,000 years
ago, showing the influence of these animals on that peo-
ple (Melic 2003). In Navajo Creation myth, Grandmother
Spider Woman spins all life from the shimmering threads
in her belly (Bartlett 2009). The ancient Vedic philoso-
phy of India suggests that a spider wove the veil of illu-
sion, which hides the supreme reality. In western Africa,
Anansi, the spider, prepared the material of which the first
human beings were made, and so created sin, the moon
and the stars (Cicchetti 2003). Old assertions concerning
the birth of the scorpion emerging from various corpses
are interpreted as probably resulting from observations
of scorpions preying on arthropods on carcasses. Some
ancient Egyptian myths emphasize the sacred character
of the scorpion as the protector of marriage, and this
curious veneration results from accurate observations of
scorpions’ sexual behaviour and courtship (Ferrer 2009).
In pop culture, spiders have been highlighted in epic liter-
ary sagas (and consequently in the movies), such as Harry
Potter and the Chamber of Secrets (2003) and The Lord of
the Rings - The Return of the King (2004). The spider gener-
ally symbolizes patience and tenacity, due to its hunting
skills. In addition, it has a lugubrious side that fascinates
and scares, enhanced by its poison, which causes paralysis
and death to its victims.
In the Roman poet Ovid’s collection of stories about
the rivalry between gods and mortals, Arachne was a
beautiful girl highly skilled in weaving who was once
challenged by Athene (Minerva), goddess of the wisdom,
weaving, and strategy, to a contest. Arachne wove a tap-
estry of marvelous beauty on which she depicted the
amours of the gods and goddesses. The beauty and the
subject of the tapestry so enraged the goddess that she
ripped Arachne’s work into shreds. Arachne, overcome
with despair, hung herself. Mercifully, Athene gives her
life back turning her into a spider and cursing her and her
descendants to weave for all time (Thorp and Woodson
1976; Fantham 2004).
A Brief Zoological Characterisation of
Arachnids
Arachnids are zoologically placed in the class Arachnida, a
group that contains 114,275 species described so far, dis-
tributed among 11 extant orders (Zhang 2013). They are
part of the subphylum Chelicerata, one of the largest of
the phylum Arthropoda (Zhang 2013). The class includes
many common and familiar forms, such as spiders, scor-
pions, and mites (Ruppert and Barnes 1996; Brusca and
Brusca, 2003; Zhang 2013).
The main morphological characteristics of Arachnida
are the division of the body into two parts, the pro-
soma (or cephalothorax) and the opisthosoma (or abdo-
men), the presence of chelicerae (the mouth part of the
arachnids, also called fang), and the presence of eight
legs (Figure 1A, B). The fangs of all arachnids lacerate
their prey, and spiders have venom glands (Figure 1B).
Scorpions also have venom glands, but they are present
in the last segment of the metasoma (Figure 1A) that
also helps immobilize and digest their prey. All arachnids
are easy to recognize because of their body divisions and
their eight legs, but the Acari (mites and ticks) have great
diversity of shape, and most of them have the prosoma
and the opistosoma fused, so both parts are not distin-
guishable; in these animals just the legs and the mouth
parts are recognizable as joint parts (Figure 1C). In the
spiders one appendage is greatly responsible for its enor-
mous diversity, the spinnerets (Figure 1B), which are
associated with glands that produce the silk they use to
build their webs.
We ranked Marvel and DC characters according to
arachnid features, such as web weaving (only in spi-
ders), venom inoculation (in both spiders and scorpions),
3. Da-Silva et al: Marvel and DC Characters Inspired by Arachnids Art. 11, page 3 of 14
exoskeleton (responsible for surface resistance and hard-
ness, among other advantages, in all arthropods), multiple
eyes (allowing some arachnids to form images and oth-
ers to differentiate light from dark), chelicerae, eight legs,
a post abdomen (for example, the scorpion’s metasoma,
popularly called its “tail”) and the ability to climb vertical
smooth surfaces (in spiders and mites).
Arachnids in the Marvel and DC Universes
We recorded 84 Marvel characters (Table 1; Figure 2) and
40 DC characters (Table 2; Figure 3). Most of the charac-
ters (75, almost two thirds of the total) have been created
since the 1990s (Table 3). The chi-squared test results
are summarized in Table 4. As a probable consequence
of Spider-Man’s success as a pop culture icon, Marvel has
Figure 1: Drawings of generalized arachnids (Class Arachnida): A, scorpion (Order Scorpiones) with a detail of the
aculeus; B, spider (Order Araneae) with a detail of a fang and the spinnerets; C, mite (Order Acari). A and C: modified
from Savory (1977). B: modified from Brusca & Brusca (2003); detail chelicerae modified from Foelix (2007); detail
spinnerets modified from Ovtsharenko and Tanasevitch (2002).
4. Da-Silva et al: Marvel and DC Characters Inspired by ArachnidsArt. 11, page 4 of 14
ROLE NAME*
REAL NAME ARACH.
ORDER
NATURE ARACH.
CHARAC
SOCIAL
ROLE
YEAR
Agent Venom Flash Thompson Ar. Human 1 Hero 2011
Ai Apaec Ai Apaec Ar. Human/Spider 1, 2, 3, 4 Hero 2011
Alistaire Smythe
(Spider-Slayer)
Alistaire Smythe Ar. Human 1, 5, 6 Villain 1985
Arachnaughts Arachnaughts Ar. Vehicle Robot 2, 3 Villain 2013
Arachne Julia Carpenter Ar. Human 1, 7 Hero 1984
Arachne (Ancient Deity) Arachne Ar. Human/Spider 2, 3, 7 Villain 2010
Arachne (Deathweb) Dr Sylvie Yaqua Ar. Human 4, 7 Villain 1992
Arachne (Demon-Fire) Unknown Ar. Devil Spider 2, 3, 7 Villain 1974
Arachnid Unknown Ar. Human None Hero 1983
Arachnoid Zoltan Amadeus Ar. Human 2, 3, 7 Villain 1983
Arachnoid Bradley Shaw Ar. Human 2, 3, 7 Villain 1981
Araña / Spider-girl Anya Corazón Ar. Human 1, 5, 7 Hero 2004
Black Widow Claire Voyant Ar. Human 16 Villain 1940
Black Widow Natasha Romanoff Ar. Human 15 Hero 1964
Black Widow / Adaptoid Yelena Belova Ar. Human 8, 15 Hero 1999
Black Widow Ultimate Monica Chang-Fury Ar. Human 15 Hero 2009
Black Widow Spider-Slayer Black Widow Spider-Slayer Ar. Vehicle Robot 2, 3, 5 Villain 1995
Blood Spider Michael Bingham Ar. Human 1, 7 Villain 1992
Bride Of Nine Spiders Unknown Ar. Human 4 Hero 2007
Carnage Cletus Kasady Ar. Human 1, 7 Villain 1992
Doppelganger Unknown Ar. Human/Spider 1, 2, 7 Villain 1992
Dyna-Mite Roger Aubrey Ac. Human None Hero 1943
Ezekiel Ezekiel Sims Ar. Human 1 Villain 2001
Iron Spider-Man Peter Parker Ar. Human 1, 2, 5, 7, 9 Hero 2006
Karlin Malus Karlin Malus Ar. Human
Simbionte
1, 7 Villain 1980
Madame Web Cassandra Webb Ar. Human None Hero 1980
Man-Spider Webster Weaver Ar. Human/Spider 1, 2, 7 Hero 1978
Contd.
5. Da-Silva et al: Marvel and DC Characters Inspired by Arachnids Art. 11, page 5 of 14
ROLE NAME*
REAL NAME ARACH.
ORDER
NATURE ARACH.
CHARAC
SOCIAL
ROLE
YEAR
Monster-Ock Dr. Otto Octavius +
Carnage
Ar. Human
Symbiont
2 Villain 2000
New Venom Normie Osborn III Ar. Human 1, 7 Villain 1998
Scarlet Spider Ben Reilly Ar. Human 1, 7 Hero 1994
Scarlet Spider Joe Wade Ar. Human 1, 5 Villain 1995
Scarlet Spider (MC2) Felicity Hardy Ar. Human 7 Hero 2002
Scarlet Spider / Tarantula Kaine Parker Ar. Human 1, 4, 7 Hero 1994
Scorn Doctor Tanis Nieves Ar. Human
Symbiont
1, 7 Hero 2010
Scorpio Jake Fury Sc. Human 4 Villain 1968
Scorpio Jacques LaPoint Sc. Android None Hero 1986
Scorpio Mikel Fury Sc. Human None Hero 1989
Scorpion Paul Rogers Sc. Human 10 Villain 1962
Scorpion Sam Scorpio Sc. Human 5, 11 Villain 1964
Scorpion Jim Evans Sc. Human 4 Villain 1967
Scorpion McDonald Gargan Sc. Human 1, 12 Villain 1964
Scorpion (Carmilla Black) Thasanee Rappaccini Sc. Human 11 Hero 2005
Scorpion 2099 Kron Stone Sc. Human 5, 10 Villain 1993
Scorpion (Ultimate) Maximus Gargan Sc. Human 5, 11 Villain 2012
Scorpion Spider-Slayer Scorpion Spider-Slayer Sc. Vehicle Robot 2, 12 Villain 1995
She-Venom Anne Weying Ar. Human 1 Hero 1993
She-Venom Patricia Robertson Ar. Human 1 Hero 2003
Singing Spider Unknown Ar. Human None Hero 2009
Spider Carnage Ben Reilly + Carnage Ar. Human
Symbiont
1, 7 Villain 1998
Spider Queen Adriana Soria Ar. Human
Mutant
2, 3 Villain 2004
Spider Queen Sheron Kaine Ar. Human 7 Hero 1941
Spidercide Unknown Ar. Human 1 Villain 1995
Contd.
6. Da-Silva et al: Marvel and DC Characters Inspired by ArachnidsArt. 11, page 6 of 14
ROLE NAME*
REAL NAME ARACH.
ORDER
NATURE ARACH.
CHARAC
SOCIAL
ROLE
YEAR
Spider-Girl May “MayDay” Parker Ar. Human 1, 7 Hero 1998
Spider-Kid Benjamin Parker? Ar. Human 1, 7 Hero 2007
Spider-Man Peter Parker Ar. Human 1, 7 Hero 1962
Spider-Man (MC2) Gerry Drew Ar. Human 1, 7 Hero 2001
Spider-Man 1602 Peter Parquagh Ar. Human None Hero 2001
Spider-Man 2099 Miguel O’Hara Ar. Human 1, 7 Hero 1992
Spider-Man 2211 Jamoff “Max” Borne Ar. Human 2 Hero 1995
Spider-Man (Ultimate) Miles Morales Ar. Human 1, 7 Hero 2011
Spider-Man India Pavitr Prabhakar Ar. Human 1, 7 Hero 2004
Spider-Man Manga Komori Yū Ar. Human 1, 7 Hero 1970
Spider-Slayer Mark I a XIX Spider-Slayer Mark Ar./Sc. Vehicle Robot 2, 5 Villain 1972
Spider-Woman Jessica Drew Ar. Human 1 Hero 1977
Spider-Woman Charlotte Witter Ar. Human/Spider 1, 7, 13 Villain 1999
Spider-Woman Mattie Franklin Ar. Human 1, 13 Hero 1998
Spider-Woman (version
Exiles)
Mary Jane Watson Ar. Human 1, 7 Hero 2001
Spider-X Brian Kornfield Ar. Human 1, 6, 13 Villain 1993
Steel-Spider Oliver “Ollie” Osnick Ar. Human 2 Hero 1998
Superior Spider-Man Otto Octavius Ar. Human 1, 7 Hero 2013
Tarantula Clay Riley Ar. Human None Villain 1967
Tarantula Anton Miguel Rodriguez Ar. Human 2, 3 Villain 1974
Tarantula Luis Alvarez Ar. Human 1, 7 Hero 1988
Tarantula Jacinda Rodriguez Ar. Human 1, 7 Hero 2003
Tarantula Maria Vasquez Ar. Human None Villain 2006
Tarantula Spider-Slayer Tarantula Spider-Slayer Ar. Vehicle Robot 2, 14 Villain 1995
Therak (Deathweb) Theodore Davros Ar. Devil Spider 2, 3 Villain 1992
Ultimate Tarantula Peter Parker Ar. Human/Spider 2, 4, 6, 7 Villain 2006
Contd.
7. Da-Silva et al: Marvel and DC Characters Inspired by Arachnids Art. 11, page 7 of 14
ROLE NAME*
REAL NAME ARACH.
ORDER
NATURE ARACH.
CHARAC
SOCIAL
ROLE
YEAR
Venom Eddie Brock Ar. Human 1, 7 Villain 1984
Venom Angelo Fortunato Ar. Human 1, 7 Villain 2004
Venom Ultimate Eddie Brock Jr Ar. Human 1, 7 Villain 2003
Web-Man Unknown Ar. Human 1, 7 Villain 1974
Webslinger Unknown Ar. Human/Spider 7, 13 Hero 2000
Wolf Spider Niko Constantin Ar. Human None Villain 2011
Table 1: Marvel characters with arachnid feature(s). This list is organized in alphabetical order according to role name.
The column “Arach. Order” specifies the taxonomic group (Order) that inspired the character’s feature(s) (the abbre-
viations are as follows: Ac., Acari; Ar., Araneae; Sc., Scorpiones). The column “Arach. Charac.” identifies the arachnid
characteristic(s) present (1, Wall-crawler; 2, Eight legs; 3, Spider-shape; 4, Poison; 5, Exoskeleton; 6, Fangs; 7, Silk; 8,
Several eyes; 9, Spinnerets; 10, Scorpion-shape; 11, Aculeus; 12, Post-abdomen (metasoma); 13, Additional legs; 14,
Semblance of spider or scorpion; 15, Attractive female; 16, Lethality (touch of black widow).
*
The title and number of the comic book where the character was first published are in the complete table available for
download (Da-Silva, 2014).
significantly more arachnid characters than DC. Arachnids
account for about 1.68% of Marvel’s 5,000 or so charac-
ters created so far (Marvel 2014). On the other hand, of
DC’s cast of over 10,000 characters (DC 2014), arachnid-
inspired characters represent only 0.40%. If we merge the
two publishers, the arachnid-inspired characters comprise
approximately 0.83% of the total.
As for taxonomic classification, the characters were
based mostly on the order Araneae (82.93% in DC,
84.71% in Marvel, 81.13% for both publishers). Of the
total characters, 80.65% are human (85.00% in DC,
77.38%, in Marvel). The majority of the Araneae-derived
characters are human beings with specific arachnid fea-
tures (74.19%) rather than simply being named after
spiders. Marvel characters (88.10%) have more arachnid
features than DC characters, where there is no significant
difference between characters with or without arachnid
features.
Villains (60.91% of total) are significantly more
numerous, considering the sum of the two publishers.
Arachnids have bad reputation for being dangerous
(Thorp and Woodson 1976; Ruppert and Barnes 1996).
Since the public usually considers spiders, scorpions
and mites “harmful” in general, we expected a larger
contingent of villains because the general public usu-
ally considers spiders, scorpions and mites “harmful”.
However, analysing the two publishers alone, we have
a very interesting difference. In DC, the pattern was
maintained, with significantly higher number of villains.
Nevertheless, there was no statistical difference between
the amount of villains and heroes in Marvel characters. It
did not happen probably due to a certain friendly neigh-
bourhood character…
The Spider-Man Phenomenon
In 1962, one of the most popular Marvel titles, Amazing
Fantasy, was going downhill, with disappointing sales.
With the risk of the series being cancelled, editor and
writer Stan Lee presented executives a new and completely
different character: a comics character superior to every-
thing that anyone had seen up to that time. This charac-
ter had problems inherent to youth, such as relationship
difficulties, school problems, and lack of economic stabil-
ity (David and Greenberger 2010). At the moment Peter
Parker gets his powers from the bite of a mutant spider,
he thinks immediately about taking personal advantage
of it, as any normal human being would. In other words,
Stan Lee offered a human character who behaved like an
ordinary person. Only after experiencing a personal trag-
edy, exhaustively explored in different media (the murder
of his uncle who raised him), the new character learned
his lesson, and forged one of the most famous quotations
of pop culture, “with great power comes great responsibil-
ity”. When the combined artistry of Jack Kirby and Steve
Ditko forged the cover of Amazing Fantasy # 15 in August
1962 (Lee and Ditko 1962), the world gained one of its
modern icons. Spider-Man and his alter ego Peter Parker
became well-known in the four corners of the earth. The
audience identified with that character, who was powerful
and heroic, but at the same time full of everyday prob-
lems, and he certainly changed the way the world of com-
ics would see spiders and related creatures from that day
on. Marvel, then, became the publisher of arachnids.
A Brief Review of Other Characters
Although arachnid comics characters form a large group
in absolute terms (over a hundred characters), very few
9. Da-Silva et al: Marvel and DC Characters Inspired by Arachnids Art. 11, page 9 of 14
ROLE NAME*
REAL NAME ARACH.
ORDER
NATURE ARACH.
CHARAC.
SOCIAL
ROLE
YEAR
Alias The Spider Tom Ludlow Hallaway Ar. Human None Hero 1940
Arachnus Murray Serrintella Ar. Human 1, 13 Villain 1991
Arcane Anton Arcane Ar. Human 3 Villain 1973
Bat-Mite Unknown Ac. Alien 17 Variable 1959
Black Spider Eric Needham Ar. Human None Villain 1976
Black Spider Johnny LaMonica Ar. Human None Villain 1995
Dan the Dyna-Mite Daniel Dunbar Ac. Human None Variable 1942
Dyno-Mite Dan Harris Ledbetter Ac. Human None Hero 2005
Fang Unknown Ar. Human? 2, 3, 4 Villain 2004
Gizmo Mikron O’Jeneus Ar. Human 13 Villain 1981
Gloriana Tenebrae Gloriana Tenebrae Ar. Human 4 Villain 2005
Guilt Unknown Ar. Hybrid 8 Villain 2005
I, Spyder Thomas Ludlow-Dalt Ar. Human None Hero 2005
Insect Queen Lana Lang Ar. / Sc. Human 14 Variable 1965
Lois Lane Lois Lane Sc. Human 2, 10, 11 Hero 1941
Misty Kilgore Arriachnon Ar. Human 15 Hero 2005
Moneyspider Lonnie Machin Ar. Human None Hero 1989
Nebula Man Neh-Buh-Loh Ar. Human None Villain 2005
Scorpiana Tristessa Delicias Sc. Human 4, 11 Villain 2008
Scorpion-Machine Scorpion-Machine Sc.
Vehicle
Robot
3 Villain 1965
Skorpio Sam Ellis Sc. Human 4 Villain 1997
Spider Lili Vorna Ar. Human None Villain 1952
Spider Unknown Ar. Human None Villain 1997
Spider Spider Jerusalem Ar. Human None Hero 1997
Contd.
10. Da-Silva et al: Marvel and DC Characters Inspired by ArachnidsArt. 11, page 10 of 14
Suspense #52 in April 1964 (Lee and Heck 1964; DeFalco
et al. 2009). Despite eventually playing important roles
in some sagas in the Marvel Universe, usually related
to espionage and the Cold War, the super-agent of KGB
and S.H.I.E.L.D. only exploded in popularity with Scarlett
Johansson’s performance of the character in the block-
buster film The Avengers (2012), directed by Joss Whedon.
The film is one of the most profitable in the history of
the movies, having risen more than U$ 1 billion at the
box office.
Although not endowed with superpowers, the Black
Widow is well-respected by her colleagues and opponents.
Among her most striking qualities are agility, attractive-
ness, the ability of an escape artist, intellect, leadership,
marksmanship, stamina, stealth, unarmed combat ability
and weapon mastery. Interestingly enough, those who
ROLE NAME*
REAL NAME ARACH.
ORDER
NATURE ARACH.
CHARAC.
SOCIAL
ROLE
YEAR
Spider Lucas Ludlow Dalt Ar. Human None Variable 1998
Spider III Unknown Ar. Human None Villain 1941
Spider Girl Sussa Paka Ar. Human None Villain 1964
Spider Guild Unknown Ar. Spider 2, 3 Villain 1983
Spider-Man Unknown Ar. Human None Villain 1967
Tarantula Jonathan Law Ar. Human 1, 7 Hero 1941
Tarantula Catalina Flores Ar. Human 1, 7 Hero 2002
The Black Spider Derrick Coe Ar. Human None Villain 2005
The Scorpion Unknown Sc. Human None Villain 1941
The Spider Unknown Ar. Human None Villain 1941
The Spider Unknown Ar. Spider 2,3 Villain 1945
The Spider Unknown Ar. Hybrid 3 Villain 1954
The Spider Unknown Ar. Human None Hero 1999
The Spider Unknown Ar. Human None Villain 2005
The Spider
Thomas Lucas Ludlow
Dalt
Ar. Human None Hero 1998
Wolf-Spider Unknown Ar. Human None Villain 2013
Table 2: DC characters with arachnid features. The list is organized in alphabetical order according to role name.
The column “Arach. Order” specifies the taxonomic group (Order) that inspired the character’s feature(s) (the abbre-
viations are as follows: Ac., Acari; Ar., Araneae; Sc., Scorpiones). The column “Arach. Charac.” identifies the arachnid
characteristic(s) present (similar to Table 1 but with fewer characteristics: 1, Wall-crawler; 2, Eight legs; 3, Spider-
shape; 4, Poison; 7, Silk; 8, Several eyes; 10, Scorpion-shape; 11, Aculeus; 13, Additional legs; 14, Semblance of spider
or scorpion; 15, Femme fatale; 17, “Clingy” like tick).
*
The title and number of the comic book where the character was first published are in the complete table available for
download (Da-Silva 2014).
12. Da-Silva et al: Marvel and DC Characters Inspired by ArachnidsArt. 11, page 12 of 14
The order Araneae (spiders) has inspired the overwhelm-
ing majority of comics characters (over 80%). Some fea-
tures and behaviours of these characters refer, in fact, to
real spiders. In urban areas, for example, it is common to
have small spiders (mainly of the family Pholcidae) that
inhabit human residences; these spiders weave webs in
corners where the walls and ceiling meet. Jumping spiders
(FamilySaltidae)arealsocommon,asarewanderingspiders
that expertly roam over vertical surfaces and, occasionally,
hang by silk threads. These behaviours (climbing walls and
moving around using silk threads) are common in many
of the comics characters based on spiders. Virtually all the
characters derived from Spider-Man (besides, of course,
himself) present such modes behaviour.
Other characters, especially women, use some power of
fascination and seduction to fight their rivals. These are
the “femmes fatale”, whose inspiration must have been
the complex mating rituals of spiders. Finally, lethality is
a registered trademark of many characters. Some are effi-
cient killers, using weapons or poisonous gadgets to beat
their enemies, which must have been inspired by the effi-
ciency of spiders as notorious hunters, injecting paralyz-
ing venom into their prey through the chelicerae.
About 15% of the characters have some inspiration in
arachnids of the Order Scorpiones (scorpions). Many of
these have typical features of the creatures that inspire
them, such as some sort of tail (alluding to the meta-
soma, the second part of the abdomen of a real scor-
pion; Figure 1A) and use of some kind of poison. Many
are called “Scorpion,” and McDonald Gargan is the most
famous of them because he is one of the main villains of
Spider-Man.
The number of characters inspired by the order Acari
(which includes mites and ticks) is unrepresentative
(about 4%) of the total. The arachnid features of this
Order in characters are tenuous. There are four charac-
ters named, jokingly, after the term “mite” (Bat-Mite, Dan
the Dyna-Mite, Dyna-Mite and Dyno-Mite Dan). Of these,
only the first has features typically associated with group
members such as ticks, being small and sticky. A hardcore
Batman fan, this character often puts his idol in trouble.
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