Here is a comprehensive set of (subject, predicate, object) triples about the theory of evolution:

**Core Concepts**
- (Theory of evolution, is, a scientific theory)
- (Theory of evolution, explains, the diversity of life on Earth)
- (Theory of evolution, was proposed by, Charles Darwin)
- (Theory of evolution, was independently conceived by, Alfred Russel Wallace)
- (Charles Darwin, published, "On the Origin of Species")
- ("On the Origin of Species", was published in, 1859)
- (Charles Darwin, was, a British naturalist)
- (Alfred Russel Wallace, was, a British naturalist)
- (Charles Darwin, traveled on, HMS Beagle)
- (HMS Beagle, visited, the Galápagos Islands)
- (Galápagos Islands, inspired, Darwin's theory)

**Natural Selection**
- (Natural selection, is, a mechanism of evolution)
- (Natural selection, was proposed by, Charles Darwin)
- (Natural selection, was proposed by, Alfred Russel Wallace)
- (Natural selection, acts on, phenotypic variation)
- (Natural selection, requires, heritable variation)
- (Natural selection, requires, differential reproduction)
- (Natural selection, requires, variation in fitness)
- (Natural selection, leads to, adaptation)
- (Natural selection, is sometimes called, "survival of the fittest")
- ("Survival of the fittest", was coined by, Herbert Spencer)
- (Organisms, compete for, limited resources)
- (Organisms, produce, more offspring than can survive)
- (Favorable traits, increase, reproductive success)
- (Favorable traits, are passed to, subsequent generations)
- (Unfavorable traits, decrease, reproductive success)
- (Natural selection, can be, directional selection)
- (Natural selection, can be, stabilizing selection)
- (Natural selection, can be, disruptive selection)
- (Directional selection, favors, one extreme phenotype)
- (Stabilizing selection, favors, intermediate phenotypes)
- (Disruptive selection, favors, both extreme phenotypes)

**Sexual Selection**
- (Sexual selection, is, a form of natural selection)
- (Sexual selection, was proposed by, Charles Darwin)
- (Sexual selection, involves, mate choice)
- (Sexual selection, involves, competition for mates)
- (Sexual selection, can produce, sexual dimorphism)
- (Sexual selection, includes, intersexual selection)
- (Sexual selection, includes, intrasexual selection)
- (Intersexual selection, involves, mate preference)
- (Intrasexual selection, involves, competition within a sex)
- (Peacock's tail, is an example of, sexual selection)

**Genetic Variation**
- (Genetic variation, is, the raw material for evolution)
- (Mutation, is, a source of genetic variation)
- (Mutation, changes, DNA sequences)
- (Mutations, can be, beneficial)
- (Mutations, can be, neutral)
- (Mutations, can be, deleterious)
- (Genetic recombination, is, a source of genetic variation)
- (Genetic recombination, occurs during, meiosis)
- (Crossing over, produces, new allele combinations)
- (Gene flow, introduces, new alleles into a population)
- (Alleles, are, variants of a gene)
- (Genotype, gives rise to, phenotype)
- (DNA, encodes, genetic information)
- (Genes, are, units of heredity)

**Other Mechanisms of Evolution**
- (Genetic drift, is, a mechanism of evolution)
- (Genetic drift, is, random changes in allele frequencies)
- (Genetic drift, has stronger effects in, small populations)
- (Genetic drift, includes, the bottleneck effect)
- (Genetic drift, includes, the founder effect)
- (Bottleneck effect, is caused by, drastic reduction in population size)
- (Founder effect, occurs when, a small group colonizes a new area)
- (Gene flow, is, a mechanism of evolution)
- (Gene flow, is, the transfer of alleles between populations)
- (Gene flow, tends to reduce, genetic differences between populations)
- (Mutation, is, a mechanism of evolution)
- (Non-random mating, can change, allele frequencies)

**Adaptation**
- (Adaptation, is, a trait that improves fitness)
- (Adaptation, results from, natural selection)
- (Fitness, refers to, reproductive success)
- (Organisms, adapt to, their environment)
- (Camouflage, is an example of, adaptation)
- (Mimicry, is an example of, adaptation)
- (Antibiotic resistance, is an example of, adaptation)
- (Convergent evolution, produces, analogous structures)
- (Analogous structures, have, similar function but different origin)
- (Convergent evolution, occurs in, unrelated species)
- (Wings of birds, are analogous to, wings of insects)

**Speciation**
- (Speciation, is, the formation of new species)
- (Species, are defined by, reproductive isolation)
- (Biological species concept, was proposed by, Ernst Mayr)
- (Allopatric speciation, occurs through, geographic isolation)
- (Sympatric speciation, occurs without, geographic isolation)
- (Parapatric speciation, occurs along, environmental gradients)
- (Peripatric speciation, occurs in, small peripheral populations)
- (Reproductive isolation, prevents, gene flow between species)
- (Reproductive isolation, includes, prezygotic barriers)
- (Reproductive isolation, includes, postzygotic barriers)
- (Prezygotic barriers, prevent, formation of zygotes)
- (Postzygotic barriers, reduce, viability or fertility of hybrids)
- (Adaptive radiation, is, rapid speciation from a common ancestor)
- (Darwin's finches, are an example of, adaptive radiation)
- (Hawaiian honeycreepers, are an example of, adaptive radiation)
- (Cichlids of African lakes, are an example of, adaptive radiation)

**Evidence for Evolution**
- (Fossil record, provides, evidence for evolution)
- (Fossils, show, transitional forms)
- (Archaeopteryx, is, a transitional form between dinosaurs and birds)
- (Tiktaalik, is, a transitional form between fish and tetrapods)
- (Fossil record, shows, progression from simple to complex organisms)
- (Comparative anatomy, provides, evidence for evolution)
- (Homologous structures, indicate, common ancestry)
- (Homologous structures, have, similar structure but may differ in function)
- (Human arm, is homologous to, whale flipper)
- (Human arm, is homologous to, bat wing)
- (Vestigial structures, provide, evidence for evolution)
- (Vestigial structures, are, reduced or functionless remnants)
- (Human appendix, is considered, a vestigial structure)
- (Whale pelvic bones, are, vestigial structures)
- (Biogeography, provides, evidence for evolution)
- (Island species, resemble, nearby mainland species)
- (Embryology, provides, evidence for evolution)
- (Related organisms, share, similar embryonic development)
- (Molecular biology, provides, evidence for evolution)
- (DNA similarities, indicate, common ancestry)
- (All life, shares, the genetic code)
- (All life, uses, DNA as genetic material)
- (Cytochrome c, is conserved across, many species)
- (Humans, share approximately 98% DNA with, chimpanzees)
- (Pseudogenes, provide, evidence for evolution)
- (Endogenous retroviruses, provide, evidence for common ancestry)
- (Observed evolution, provides, evidence for evolution)
- (Peppered moth, is an example of, observed evolution)
- (Antibiotic-resistant bacteria, are an example of, observed evolution)

**Common Descent**
- (All living organisms, share, a common ancestor)
- (Common ancestor, is called, LUCA)
- (LUCA, stands for, Last Universal Common Ancestor)
- (Tree of life, represents, evolutionary relationships)
- (Phylogenetics, studies, evolutionary relationships)
- (Phylogenetic trees, depict, evolutionary relationships)
- (Cladistics, classifies organisms by, shared derived characteristics)
- (Homology, suggests, common descent)
- (Universal genetic code, suggests, common descent)

**Modern Evolutionary Synthesis**
- (Modern synthesis, integrated, Darwinian evolution with Mendelian genetics)
- (Modern synthesis, was developed in, the 1930s–1940s)
- (Gregor Mendel, discovered, the laws of inheritance)
- (Mendelian genetics, explains, heredity)
- (Population genetics, is a foundation of, the modern synthesis)
- (Ronald Fisher, contributed to, the modern synthesis)
- (J.B.S. Haldane, contributed to, the modern synthesis)
- (Sewall Wright, contributed to, the modern synthesis)
- (Theodosius Dobzhansky, contributed to, the modern synthesis)
- (Ernst Mayr, contributed to, the modern synthesis)
- (Julian Huxley, contributed to, the modern synthesis)
- (George Gaylord Simpson, contributed to, the modern synthesis)
- (Theodosius Dobzhansky, wrote, "Nothing in biology makes sense except in the light of evolution")
- (Hardy-Weinberg equilibrium, describes, allele frequencies in non-evolving populations)
- (Hardy-Weinberg equilibrium, requires, no mutation)
- (Hardy-Weinberg equilibrium, requires, no gene flow)
- (Hardy-Weinberg equilibrium, requires, no genetic drift)
- (Hardy-Weinberg equilibrium, requires, no natural selection)
- (Hardy-Weinberg equilibrium, requires, random mating)

**Extended Evolutionary Synthesis**
- (Extended evolutionary synthesis, expands on, the modern synthesis)
- (Epigenetics, is considered in, the extended evolutionary synthesis)
- (Niche construction, is considered in, the extended evolutionary synthesis)
- (Developmental plasticity, is considered in, the extended evolutionary synthesis)
- (Evo-devo, studies, the relationship between evolution and development)
- (Evo-devo, stands for, evolutionary developmental biology)
- (Hox genes, control, body plan development)
- (Hox genes, are conserved across, many animal phyla)

**Macroevolution**
- (Macroevolution, refers to, large-scale evolutionary changes)
- (Macroevolution, occurs over, long time periods)
- (Microevolution, refers to, small-scale changes within populations)
- (Microevolution, occurs over, short time periods)
- (Macroevolution, includes, the origin of major groups)
- (Mass extinctions, have shaped, the history of life)
- (Mass extinctions, have occurred, at least five times)
- (Permian-Triassic extinction, was, the largest mass extinction)
- (Cretaceous-Paleogene extinction, caused, the extinction of non-avian dinosaurs)
- (Mass extinctions, are often followed by, adaptive radiations)
- (Punctuated equilibrium, proposes, evolution occurs in rapid bursts)
- (Punctuated equilibrium, was proposed by, Stephen Jay Gould)
- (Punctuated equilibrium, was proposed by, Niles Eldredge)
- (Gradualism, proposes, evolution occurs slowly and steadily)
- (Phyletic gradualism, contrasts with, punctuated equilibrium)

**Coevolution**
- (Coevolution, is, reciprocal evolutionary change between interacting species)
- (Predator-prey relationships, can drive, coevolution)
- (Parasites and hosts, can drive, coevolution)
- (Pollinators and flowers, can drive, coevolution)
- (Red Queen hypothesis, proposes, organisms must constantly evolve)
- (Red Queen hypothesis, was proposed by, Leigh Van Valen)

**Altruism and Social Evolution**
- (Kin selection, explains, altruistic behavior)
- (Kin selection, was formalized by, W.D. Hamilton)
- (Hamilton's rule, describes, conditions for altruism to evolve)
- (Inclusive fitness, accounts for, effects on relatives)
- (Reciprocal altruism, was proposed by, Robert Trivers)
- (Eusociality, is, the highest level of social organization)
- (Eusociality, is found in, ants, bees, and termites)
- (Group selection, is, a controversial concept in evolution)

**Molecular Evolution**
- (Neutral theory of molecular evolution, was proposed by, Motoo Kimura)
- (Neutral theory, proposes, most mutations are selectively neutral)
- (Molecular clock, estimates, divergence times between species)
- (Molecular clock, is based on, rate of molecular change)
- (Horizontal gene transfer, transfers genes between, unrelated organisms)
- (Horizontal gene transfer, is common in, prokaryotes)
- (Gene duplication, can lead to, new gene functions)
- (Genome evolution, involves, duplication, deletion, and rearrangement)
- (Endosymbiosis, explains, the origin of mitochondria and chloroplasts)
- (Lynn Margulis, proposed, the endosymbiotic theory)
- (Mitochondria, evolved from, ancient bacteria)
- (Chloroplasts, evolved from, ancient cyanobacteria)

**History of Life**
- (Life on Earth, originated approximately, 3.5–4 billion years ago)
- (Earliest life forms, were, single-celled organisms)
- (Prokaryotes, preceded, eukaryotes)
- (Cambrian explosion, occurred approximately, 541 million years ago)
- (Cambrian explosion, produced, most major animal phyla)
- (Multicellular life, evolved from, unicellular life)
- (Plants, colonized land approximately, 470 million years ago)
- (Animals, colonized land approximately, 430 million years ago)
- (Dinosaurs, dominated Earth during, the Mesozoic Era)
- (Mammals, diversified after, the extinction of dinosaurs)
- (Humans, evolved in, Africa)
- (Humans, belong to, the genus Homo)
- (Homo sapiens, evolved approximately, 300,000 years ago)
- (Humans, share a common ancestor with, chimpanzees)
- (Human-chimpanzee divergence, occurred approximately, 6–7 million years ago)
- (Australopithecus, is, an early hominin genus)
- (Homo erectus, was, an ancestor of modern humans)
- (Neanderthals, interbred with, Homo sapiens)

**Types of Evolution**
- (Divergent evolution, produces, homologous structures)
- (Convergent evolution, produces, analogous structures)
- (Parallel evolution, occurs when, related species evolve similar traits independently)
- (Coevolution, occurs between, interacting species)
- (Regressive evolution, involves, loss of features)
- (Cave fish, exemplify, regressive evolution)

**Genetics and Heredity Foundations**
- (Gregor Mendel, is called, the father of genetics)
- (Mendel, studied, pea plants)
- (Mendel, discovered, dominant and recessive alleles)
- (DNA structure, was described by, Watson and Crick)
- (DNA, is a, double helix)
- (Chromosomes, contain, DNA)
- (Genes, are located on, chromosomes)
- (Polyploidy, can cause, speciation in plants)
- (Polyploidy, involves, duplication of entire genomes)

**Artificial Selection**
- (Artificial selection, is, selective breeding by humans)
- (Artificial selection, demonstrates, the power of selection)
- (Darwin, used artificial selection as, an analogy for natural selection)
- (Dog breeds, result from, artificial selection)
- (Crop domestication, results from, artificial selection)

**Criticisms and Misconceptions**
- (Evolution, is not, goal-directed)
- (Evolution, does not imply, progress)
- (Evolution, does not claim, humans descended from modern apes)
- (Evolution, is supported by, overwhelming scientific evidence)
- (Creationism, is not, a scientific theory)
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