joelr
Well-Known Member
Is Zeus proved by what is around us?One thing at a time.
Actually God is proved by what's around us.
Is Brahman proved by what is around us?
No.
Yahweh is a typical Near Eastern deity, same words, same body, same acts of war, fighting sea monsters, also fiction....
Modern ideas of the Christian God are not Biblical but taken from later theologians like Agustus, Aquinas, and so on. They took Platonic metaphysics and combined it with their theology. It's still fiction.
But ultimately no, what's around us is not proof of a God. It's proof of nature, natural creative forces that are unconscious. We see them creating galaxies, solar systems, physics, we do not know but there may be endless other universes with different laws. There is no evidence of any God or entity behind reality and it makes zero sense that reality started with a conscious being. ALone, atheist (no other Gods), with a mind, not likely.
Even if it were true the idea that it's Allah, Vishnu or Yahweh, not a chance, those are man made stories.
Whats around us shows nature, unconscious forces at work.
You are either making this up or misinformed by creationist media and never bothered to put the ideas to the test.I am aware of the ideas of scientists attempting to show that fish became (or evolved to become) land animals. The idea that there are fossils supposedly showing "intermediate" stages of sea to land animals is not only not conclusive to demonstrating that sea animals evolved by natural selection or otherwise causing them to live entirely on the land but it is not proof (which I know you probably don't believe there IS proof of that), but it's not substantiated by anything more than supposition looking at fossils and placing them as the scientist will in the theory.
There are thousands of papers on all aspects of sea - land evolution. You could just do an evolutionary biologist career on just that.
Evolution doesn't negate or prove Zeus, Vishnu, Yahweh, Allah or Brahman. Myths are not related to science.
Early bursts of diversification defined the faunal colonization of land
Abstract
The colonization of land was one of the major events in Earth history, leading to the expansion of life and laying the foundations for the modern biosphere. We examined trace fossils, the record of the activities of past life, to understand how animals diversify both behaviourally and ecologically when colonizing new habitats. The faunal invasion of land was preceded by excursions of benthic animals into very shallow, marginal marine environments during the latest Ediacaran period and culminated in widespread colonization of non-marine niches by the end of the Carboniferous period. Trace fossil evidence for the colonization of new environments shows repeated early burst patterns of maximal ichnodisparity (the degree of difference among basic trace fossil architectural designs), ecospace occupation and level of ecosystem engineering prior to maximal ichnodiversity. Similarities across different environments in the types of behavioural programme employed (as represented by different trace fossils), modes of life present and the ways in which animals impacted their environments suggest constraints on behavioural and ecological diversification. The early burst patterns have the hallmark of novelty events. The underlying drivers of these events were probably the extrinsic limitation of available ecospace and intrinsic controls of genomic and developmental plasticity that enabled trace-maker morphological and behavioural novelty.The colonization of land by animals was a fundamental transition in the development of the biosphere1...
Early bursts of diversification defined the faunal colonization of land - Nature Ecology & Evolution
Trace fossil analysis reveals that following initial marginal incursions in the Ediacaran, the marine–terrestrial faunal transition became widespread in the Carboniferous, accompanied by repeated ‘bursts’ of diversification.
www.nature.com
The Lungfish Transcriptome: A Glimpse into Molecular Evolution Events at the Transition from Water to Land
Abstract
Lungfish and coelacanths are the only living sarcopterygian fish. The phylogenetic relationship of lungfish to the last common ancestor of tetrapods and their close morphological similarity to their fossil ancestors make this species uniquely interesting. However their genome size, the largest among vertebrates, is hampering the generation of a whole genome sequence. To provide a partial solution to the problem, a high-coverage lungfish reference transcriptome was generated and assembled. The present findings indicate that lungfish, not coelacanths, are the closest relatives to land-adapted vertebrates. Whereas protein-coding genes evolve at a very slow rate, possibly reflecting a “living fossil” status, transposable elements appear to be active and show high diversity, suggesting a role for them in the remarkable expansion of the lungfish genome. Analyses of single genes and gene families documented changes connected to the water to land transition and demonstrated the value of the lungfish reference transcriptome for comparative studies of vertebrate evolution.The Lungfish Transcriptome: A Glimpse into Molecular Evolution Events at the Transition from Water to Land - Scientific Reports
Lungfish and coelacanths are the only living sarcopterygian fish. The phylogenetic relationship of lungfish to the last common ancestor of tetrapods and their close morphological similarity to their fossil ancestors make this species uniquely interesting. However their genome size, the largest...
www.nature.com