Birds Don’t Drive Buicks Because of … Evolution, You See

abstractions, amphibians, animal art, Antone Martinho-Truswel, art, bear marks, beaver logs, birds, bison paths, cars, cave bears, cave painting, cephalopods, driving, Evolution, fish, Flight, human art, human consciousness, human exceptionalism, Lascaux cave, Michel Lorblanchet, natural selection, Neuroscience & Mind, Pech-Merle cave, reptiles, Sarah Newman, University of Sydney
This all seems a roundabout way of saying that humans are exceptional. And here’s the question that no one in evolutionary biology has the answer to. Source
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Microbes as “Moral Agents”? Bioethicist Says Yes

Artificial Intelligence, babies, bioethics, computer software, Endangered Species Act, fish, gestating human babies, human exceptionalism, image of God, insects, invertebrates, Jeff Sebo, life, Life Sciences, mammals, microbes, moral agents, moral patients, moral responsibility, NYU, philosophers, plants, The Moral Circle, universe
Only a philosopher could claim seriously that humans owe significant moral duties to microbes. Source
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The Sense of Hearing Is a Masterpiece of Engineering

articular bone, auricle, birds, cerebral cortex, ceruminous glands, cochlea, columella, deafness, ear, ear canal, eardrum, electrical signals, Engineering, equilibrium, fish, foresight, hair cells, hearing, Howard Glicksman, Human Origins, incus, Intelligent Design, malleus, middle ear, nasopharynx, natural selection, ossicles, outer ear, oval window, pinna, quadrate bone, reptiles, saccule, sound waves, stapes, Steve Laufmann, tectorial membrane, temporal bone, temporal lobes, tympanic membrane, utricle, vertebrates, vibrations, Your Designed Body
It strains credulity to suppose that an unguided process of random variation sifted by natural selection could assemble such a delicately arranged system. Source
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Fossil Friday: Rapid Elongation of Plesiosaur Necks Points to Intelligent Design

allometric growth, BMC Ecology and Evolution, cervical vertebrae, crocodilians, cryptozoologists, Darwinian mechanisms, Early Triassic, end-Permian mass extinction, fish, flippers, fossil record, giraffes, Great Dying, homeotic mutations, humans, ichthyosaurs, Intelligent Design, lizards, Loch Ness monster, lorises, macromutations, mammals, marine reptiles, Mesozoic, mutations, neck, neck length, nothosaurs, pachypleurosaurs, paleontology, Permian, pistosaurs, plesiosaurs, population genetics, pottos, Purussaurus, sea snake, sea turtle, sloths, stem group, vertebrae, vertebrates
The breaking of the conserved number of cervical vertebrae is hard to reconcile with an unguided evolutionary mechanism. Source
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Blood Viscosity and Freezing Temperatures — A Titanic Problem

Antarctic icefish, antifreeze protein, BIO-Complexity, biology, blood, blood viscosity, capillaries, Channichthydiae, fish, freezing, glycoprotein, Gregory Sloop, heart, hemoglobin, hemoglobinless blood, human blood, icefish, Intelligent Design, Life Sciences, marine biology, Montana, oxygen, physicians, Southern Ocean, temperatures, Titanic, vasculature
Blood viscosity is the technical reason why Jack froze in less than 23 minutes, but icefish can survive for 15 years in water of a freezing temperature. Source
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Will Evolutionists Ever Take Falsification Seriously? A Response to P. Z. Myers

BIO-Complexity, biologists, Casey Luskin, Charles Darwin, common ancestry, common descent, Complexity, developmental pathway, embryo, embryonic development, Evolution, Evolution News, evolutionary processes, evolutionists, extraembryonic tissues, fish, gastrulation, homology, Life Sciences, Louise Roth, mammals, mutations, natural selection, P.Z. Myers, phylotypic stages, reptiles, Rudolf Raff, vertebrates
Can there be a better example of trying to argue that whatever the evidence, evolution is the answer? Source
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Intelligent Design in Animal Self-Location and Navigation

algorithms, Animal Algorithms, bats, behavior, biology, circuits, electronic circuit, Engineering, fish, grid cells, head-direction cells, hindbrain, hippocampus, homeostasis, information, Intelligent Design, Life Sciences, mammals, navigation, neural network, neurons, optical flow, place cells, proximate neurons, Research, science, self, zebrafish
A question is whether such mechanisms exist in more ancient brain regions of other animals. A new study has identified a self-location mechanism in zebrafish. Source
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