4. The key parts of the theory of evolution

4.1. Top 5 misconceptions about evolution

4.1.1. It is just a theory
In everyday language theory’ might mean a hunch or a guess. For scientists theory refers to a well supported explanation.
Scientific theories and scientific laws are often confused.
TheoriesLaws
Why something happenWhat will happen
Explanation of NaturePredictable outcome
Based on evidenceBased on evidence
Example: Atomic theoryExample: Newton law

4.1.2. Fittest survival

Is this accurate for Darwin’s theory of Natural Selection?
Fact 1 – Population tends to remain stable.
Fact 2 – Organisms reproduce more offspring than could be supported.
Interference 1 – Not all the offspring live long enough to reproduce.
Fact 3 – Resources are limited
Fact 4 – Individuals within population differ in individuality.
Fact 5 – Inherited characteristics are more.
Interference 2 – There will be differential survival and reproduction.
This is Natural Selection.
Interference 3 – Over time these differences will shift the makeup of the population.
This is decent with modification. Evolution will occur.

4.1.3. Humans descend from Apes

4.1.4. No one was there and It cannot be Proven

Evidence of evolution
Journals publish evidence
4.1.5. Darwin was wrong

4.2. The origins of life

In the process of evolution a series of natural changes cause species to arise, familiarize yourself to the environment, and turn out to be extinct.
Evolution = Change
By the process of biological evolution all species originated. The term species refers to a group who can reproduce their fertile offspring. Scientist classify the species with two scientific name first is genus name and second is species name like humans referred as Homo sapiens. In populations, there are variations or differences between individual members because of the variety of genes (alleles). Examples are skin color in humans, coat color in foxes. When there is a change in genes inherited from parents to offspring in different proportions then evolution occurs. These variations in genes arose for either (1) recombination of alleles when they sexually reproduce or (2) mutations.
Mechanism of evolution occurs by different ways
Recombining genetic material can happen in three ways.
Mutations are usually neutral or harmful. Sometimes they can be beneficial if the environment is under a state of change.
These variations lead to adaptations. Adaptations are traits that aid a population’s chance of survival and reproduction (Hoyle, 1981).
A single individual does not change by the result of evolution, while it causes the change by inherited means of growth and development that are specified for a population. When the parent inherits these changes to the offspring then they become common in that population and as a result offspring inherit those genetic characteristics for probability of survival, capability to give birth which will work until the environment changes. Eventually, the genetic changes can modify a species overall way of life, like what it eats, how to grow, how it can live. As new genetic variations in early ancestor population’s preferential new abilities to become accustomed to environmental changes and so altered the human behavior causes the human evolution (John, 2007).

5. Conclusion

Science should forever support conclusions on what is seen and reproducible. So what is observed? We see variations in lizard and birds. If macroevolution occurred in between forms they never as fossils.
An alert viewer can typically see astonishing discontinuities in these claimed upward changes, as well as in the drawing above. From the time of Darwin, different excuses made by evolutionists that why the world and our fossil museums are not spilling over with intermediates. Evolution is a scientific theory in biological sciences, which explains the emergence of new varieties of living things in the past and present. Evolution accounts for the conspicuous patterns of similarities and differences among living things over time and across habitats through the action of biological processes such as mutation, natural selection, symbiosis and genetic drift. Evolution has been subjected to scientific testing for over a century and has been again and again confirmed from different fields.