Charles Darwin 's Theory Of Evolution

First, Charles Darwin’s theory of evolution by natural selection answered certain questions on how certain living things came to be. One thing that Darwin’s theory explained is why organisms have features such as wings, eyes, and kidneys (“Evolution”). This was a theory that shocked the world, as many people wondered how such things were created, but most believing that a God had created living things, and even believing in a different scientific theory, the big bang theory. Also, Darwin’s theory of natural selection explained the multiplicity of plants and animals (“Evolution”). Natural selection is the process whereby organisms better adapted to their environment tend to survive and produce more offspring, proving another one of Darwin’s theories, survival of the fittest. Survival of the fittest is the fact that the strongest organisms, mentally and physically, would survive longer by producing more offspring carrying the same genes as the parent organisms (“Evolution”). Survival of the fittest explains why in modern times, people and other organisms are smarter and stronger. Organisms have a better chance of survival when they have certain qualities that prove better than other of the same species. In this aspect, the theory of evolution by natural selection, proposed by Charles Darwin, has benefitted our modern society.

“Death pursues the native in every place where the European sets foot,” these are the words of Charles Darwin (Tasmanian Genocide ). Darwin was a biologist who studied many plants and animals and brought forth the theory of natural selection. This theory stated that when adversity strikes a population, the strongest will survive, and the adaptations of the surviving species would be passed on to the next generation, and so on. But what this theory did not include is what happens when all of the people of a population are killed in mass murder and by brute force due to greed and racism.

"Natural Selection." UXL Encyclopedia of Science, edited by Amy Hackney Blackwell and Elizabeth Manar, 3rd ed., UXL, 2015. Student Resources In Context, http://link.galegroup.com/apps/doc/KEUMWM876231840/SUIC?u=j101902&sid=SUIC&xid=a9f96d62. Accessed 21 May 2018.

After observing the wildlife at the Galapagos Islands and Australia he began to question why an almighty creator would make multiple animals to play the same roles in different locations. Evolution was already a discussed topic in the 1800’s but no one really had an idea of how it was carried out. In 1859, Darwin published his book explaining natural selection called The Origin of Species. He speculated that evolution worked through a process called natural selection which occurs as follows, “...a member of a species developed a functional advantage (it grew wings and learned to fly). Its offspring would inherit that advantage and pass it on to their offspring. The inferior (disadvantaged) members of the same species would gradually die out, leaving only the superior (advantaged) members of the species.”(Darwin's Theory Of Evolution) This theory challenged the previous thought that every organism was specifically designed for its environment known as “intelligent design”. Natural selection is still the accepted scientific explanation for the similarities between and

Darwinism is a theory of evolution based upon inherited variations in organisms and natural selection of fitter variants to produce species adapted to their habitats, which can also be referred to as ‘descent with modification’. (Times Higher Education, 1995). Darwinism is the original concept suggested by Darwin to explain the mode of speciation, which is the evolutionary process by which biological populations evolve to become distinct species. All inheritable favourable variation is considered, but this theory does not fully explain the reason for variation. In Darwin's theory, the unit of evolution is individual and reproductive isolation as a major factor in new species formation is not considered. Natural selection is the survival of the fittest and removal of the unfit ones during the course of time. In the past 20 years the techniques of genetics and molecular biology have converged to provide both a remarkably detailed understanding of the genes that define the molecular composition of any organism and the ability to transfer genes from one species to another. (Deena T Kochunni, J, 2017). These new techniques have evolved the original theory of Darwinism and created Neo Darwinism, which incorporates recent discoveries of inheritance and genes, explains why variations occur, considers populations rather than individuals and follows the success of individual genes rather than organisms.

Although Charles Darwin’s theory of natural selection was a marked departure from his predecessors, it was neither built alone nor stands alone. His 1859 work, The Origin of Species, grew from theory that had been advanced by naturalists before him and was in turn incorporated into genetic evolutionary theory, among others (Frisancho). Similarly, the term natural selection encompasses Darwin’s conditions for it to occur, how it is measured, and how it is related to evolution. This information can then be used to understand how it relates to humans.

Over time, different species learn to adapt to their living environment in order to survive. If a genetic change of a characteristic is passed down through generations, a formation of a new species occurs (G, Linstead et. al., 2012). A variation to the characteristic of an individual can increase its survival and this provides more opportunities to reproduce. When the individual reproduces, the offspring benefit in result of the heritable genes and eventually through generations, the variants will be spread throughout the entire population (Montgomery, 2009). Charles Darwin’s theory of natural selection can be supported through both fossils and homologous structures.

Charles Darwin came up with the theory of “Natural Selection,” which explained how animals produce offspring that will replace them. The theory of “Natural Selection” also fits the phrase “survival of the fit,” which became (or evolved - how fitting) “survival of the fittest.” Basically, animals eventually adapt to their environments through evolution. The evolved organisms, or the “fittest,” will end up surviving better and longer than those that are not as adapted.

Charles Darwin, a pioneer for evolutionary biology, made a claim that “natural selection” allows for animals to adapt and fit better to their surroundings. According to Darwin, the initial cause of evolution is variation. These slight variations – caused by external conditions like climate, geographical location, and food availability – can give a species a characteristic that is desired; therefore, it allows them to survive, reproduce successfully, and pass those desired genes to the next generation. For instance, he has made evident that the exponential growth of the human population is due to mankind’s ability to make their food source more accessible. Darwin has also pointed out the significance of a predator-prey relationship. By using

Darwin's theory of evolution is that organisms change over time as a result to adapt the changed environment. Darwin’s theory of evolution was by natural selection it is when an allele changes over a period of time. Natural selection occurs when populations evolution can not occur in a single individual. There are certain types of natural selection like stabilising, directional and disruptive.

No man has been as influential in the history of evolutionary science as Charles Darwin, a prominent British naturalist, geologist and botanist who came to solidify himself in these fields of studies in the nineteenth century. In 1831, Darwin embarked on a British government-sponsored voyage on the HMS Beagle to the coast of South America and several remote islands in the Pacific, where he closely observed the landforms and natural species that were native to these parts of the world, which he had never encountered before. Upon confronting these previously unidentified species, he made numerous observations, took copious notes in his journals and collected meticulous samples on these islands. The voyage lasted for five years, and upon

When Charles Darwin formulated his Theory of Evolution by Natural Selection, he had adopted some assumed premises. The most important of all these premises was that all biological organisms have an innate imperative for survival, if not solely for themselves as individuals, then for their offspring, and ultimately, their species. Regardless of whether or not these biological entities are even aware of this “will to live and proliferate,” it is assumed to not only exist in all living things, but also to be their ultimate goal. Man, Homo sapien, a biological organism, would be expected to have the very same primary goal towards survival, yet, often times it seems man has a more important agenda– towards personal gain.

Evolution is the spontaneous change in the heritable traits of a biological population over many successive generations. Charles Darwin designed the scientific theory of evolution through natural selection. Evolution by natural selection was a process that was properly demonstrated by the observations. The observations reflected that more offspring are produced than those that end up surviving (Darwin, C., & Wallace, A. 1958).

Charles Robert Darwin, an English naturalist and geologist, established that all species of life on earth have descended over time from common ancestors. In 1859, Darwin released his theory of evolution in The Origin of Species. Darwin presents his idea that species evolved through process called Nature Selection. Charles Darwin says:

The theory of evolution was first brought to light by Darwin in his book “On the Origin of Species By Means of Natural Selection, or the Preservation of Favoured Races in the Struggle Life” in 1859. Darwin explained how humans fit into nature and how natural selection fits with evolution. Natural selection is justifiable as it shows the strengths of organisms with limited resources and how that organism and their