guppies Type post Author Emily Reeves Date May 8, 2024 CategoriesEngineeringEvolutionIntelligent Design Tagged , adaptation, Darwin's Finches, David N. Reznick, downstream, Drosophila, ecosystem, environments, genetic variations, germline, guppies, macroevolution, mutations, natural selection, population, random mutation, stickleback fish, upstream Predictions for the Guppy from the Engineering/Design Model Emily Reeves May 8, 2024 Engineering, Evolution, Intelligent Design 7 An engineering model would predict that guppies are designed with operational parameters for different traits, which are set by overarching design logic. Read More ›
Guppy_Poecilia_reticulata Type post Author Emily Reeves Date May 7, 2024 CategoriesBiologyEvolutionIntelligent Design Tagged , adaptation, behavior, body size, Brown University, David N. Reznick, downstream, eggs, evolution, females, Finding Darwin's God, fish, genetic diversity, guppies, J.B.S. Haldane, Kenneth Miller, morphology, mutations, natural selection, physiology, population dynamics, predators, random mutation, upstream, variation Are Guppies Examples of Darwinian Macroevolution? Emily Reeves May 7, 2024 Biology, Evolution, Intelligent Design 8 It was 1961, in the steep mountain streams of Trinidad where cascading waterfalls create barriers which predatory fish can’t overcome. Read More ›
