“What evidence is there to support Alfred Wegener’s theory of continental drift?" Alfred Wegener‚ born November 1st 1880‚ was a German scientist who took a great interest in meteorology and paleoclimatology and in 1905 graduated from the University of Berlin with a Ph.D. in Astronomy. His most notable work was the theory of continental drift. However his theory was highly controversial at the time as he had little evidence‚ but as technology enhanced neumerous discoveries were made which helped
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1. “I like the rain. Some people will tell you that the sun is the best‚ but they are wrong. What waits for you in the sun? Skin cancer. What waits for you in the rain? Puddles to jump in. I’ll take puddles over cancer any day.” Tell me as much as you can about this passage as an argument (especially the parts). p1. Sun will bring skin cancer. p2. Rain will bring puddles that we can jump. p3: Pain is bad‚ joy is good. If a thing causes more good things than bad things‚ then it is better. p4:
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population for Allele a appeared frequently‚ which leads me to believe that Allele a had a more dominant existence‚ thus leading to its survival over Allele A. Did the effect of natural selection vary with different starting allele frequencies in identical environments? Why or why not? Yes‚ because the natural selection varied the number alleles that appeared more frequently. More frequent appearances lead to more population of that allele. A population in which the frequency of alleles remains
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Natural selection is the driving force in evolution because it is what trait offspring. There are many cases of evidence showing this such as the peppered moth population‚ the blue mussels‚ and the finches that we studied. The peppered is a very good example of natural selection because there is already black moths in the population‚ but the peppered survived better before the industrial revolution.Though when the industrial revolution comes in the lichens on the trees die and the peppered moth
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The relative importance of genetic drift and natural selection on flower colour in the annual desert plant Linanthus parryae‚ whose dominant blue and recessive white phenotypes are controlled mostly by one gene‚ is debated. Epling and Dobzhansky found that spatial distribution of blue- and white-flowering plants was consistent with genetic drift‚ and Wright found that spatial distribution was consistent with that expected in isolation by distance‚ both supporting the predominant importance of genetic
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Once upon a time‚ God created a simulation video game based on evolution. It was a video game that gave the player (in this case God himself) many different ways on how to change the environment‚ along with other factors too. There were a type of species from the game’s selection of other species called Barbellus- which had an antennae and a fish tail. God decided to create a large number of these creatures that lived in the ocean of the video game. However‚ in this species’ early stages‚ both populations
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Natural selection‚ a process that has long been essential to survival‚ suggests that those who can adapt to environmental change will likely be able to more successfully survive‚ and hence procreate‚ over time. When considering the impact of natural selection in relation to our modern human race‚ we can argue that discoveries in science means we have many fewer actual “predators” of concern when it comes to survival. Access to food‚ regulation of our shelters‚ and medical advancements are but a
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Here we have some highlights of how the natural selection works and some of the evolutionary forces that drive evolution: The natural selection operates in base of the difference between de reproductive successes of the individuals. The genes of the most successful individuals (the ones that reproduces more) appears more in the next generation. If an individual cannot survive it will not be able to reproduce. Because of that natural selection is NOT RANDOM and can act really quickly. (Charlat et
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land. This change is called evolution. Who founded the theory; what is it and why it happens will all be explained in the following paragraphs. Charles Darwin is the man who is most famously associated with the theory of evolution. In 1859 he published a book a called ‘the Origin of Species’ which explained his theories on evolution. Darwin received lots of criticism and his theories caused much debate when he first mentioned it. This is because his theory of evolution did not match up with religious
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according to the classical theory of natural selection if such an evolutionary protagonist as RD has time for it‚ then there must be a good reason. In fact‚ we see much behaviour in nature that appears altruistic: alarm calling‚ guarding‚ defence and foraging by non-reproductives and grooming are just a few examples. Since work first began on altruistic behaviours‚ various mechanisms have emerged that have been able to squeeze them into the conventional model of natural selection. However‚ by no means
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