Intelligent Design in Animal Self-Location and Navigation

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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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Navigation Ability Crosses Phylum Lines — And That’s a Problem for Evolution

algorithms, Angular Head Velocity, Animal Algorithms, ants, backtracking, Ben Gurion University of the Negev, calculus, Cambrian phyla, casting, Darwinian theory, Eric Cassell, goldfish, hardware, Intelligent Design, Irreducible Complexity, Life Sciences, mammals, Nature (journal), Nature Communications Biology, navigation, Neuron (journal), neurons, olfaction, phyla, PNAS, Sainsbury Wellcome Centre, sea turtles, software, University of Toronto
Yes, that is kind of adorable. It took only a few days for the fish to learn to drive. Source
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Bacterial Flagellum Demonstrates the Explanatory and Predictive Power of Engineering Models

bacterial flagellum, BIO-Complexity, biology, components, Conference on Engineering in Living Systems, constraints, Dean Schulz, design logic, Engineering, engineering model, engineering-based models, Evolution, genetic network, hook, Intelligent Design, interrelationships, manufacturing, navigation, propeller, propulsion system, proteins, requirements, transport gate
Dean Schulz investigated the design of the flagellum with a method that could be described as groundbreaking. Source
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For Evolution, Monarch Butterfly Migration Is a Mystery

animal behavior, antennae, biology, butterflies, Canada, circadian clock, compound eyes, Danaus plexippus, Evolution, genomes, Intelligent Design, latitude, magnetic compass, Mexico, migration, milkweed, monarch butterfly, navigation, neurobiology, Stonehenge, sun compass, United States
It typically takes up to three generations of butterflies to make the complete journey. This means that the navigation information is genetically programmed. Source
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