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FreezBee said:Things are more complicated than that. As well IDists as evolutionists recognize a distinction between homologies (same structure, different function, e.g. wings of a bird and forelegs of a quadruped) and analogies (different structure, same function, e.g. tailes of whales and fish).
Of course, but it is only by first observing, recognizing and distinguishing common designs in biological structures and functions that we are able to establish whether those common features and designs are homologous or analogous.
Of course, but the observable presence or absence of commonly designed structural or functional features are necessary to enable us to establish or distinguish between homologies and analogies in the first place. In other words, the presence or absence of the recognizably shared commonality of physical characteristics in two or more species is the fundamental premise upon which concepts and theories of common descent, ancestry or origins are based.For the evolutionist homologies show adaptation to different ecological niches among species with common descent, and analogies show adaptation to a common ecological niche among species with different descent. So you can't just look at the morphology, you also need to look at interior details, and even biochemical details - which is not possible for fossils.
Yes, but as you say, observable evidence of COMMON DESIGN in nature is scientifically explainable in evolutionary theory by "relying on factors within nature itself, such as natural selection and mutations."The main difference between ID and ToE is that within ID explanations for why the Creator chose to design as he supposedly did must be found outside of nature, in transcendental principles, whereas ToE explanations are limited to explanations relying on factors within nature itself, such as natural selection and mutations.
Biological organisms don't of necessity need to be intelligently designed in order for scientists to physically observe, recognize and distinguish common biological designs inherent in the physiological structures and functions of two or more species of living things.
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