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Discuss the impact of religion on science
Religion on science and its impact
Religion on science and its impact
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Joshua Valera Evolution Spring 2014
Dr. Karentz
4/7/2013
Not a Leg Race, But The Evolutionary Arms Race
Whether it be at a high-end banquet or at a BBQ in the park, when conversing with a group of people it is often said to “never discuss religion and politics.” These are two topics that one is advised to stray away from when socializing with others due to the fact that some may have their heart and soul invested into the matter, thus revealing your opinions on “what is going to happen after we die” or “what political party is better” may lead to offensive comments and a chaotic argument. The caution of approaching these topics in conversation should also be the same when discussing evolution. When talking about evolution or sharing an opinion, one must tread lightly as one maybe stepping on a couple of toes with their opinions. The topic of evolution branches out into numerous theories and hypotheses that may be simple to a creationist or a biological scientist but to a person such as myself, evolution can be a labyrinth. Due to the numerous and perplex theories of evolution, my goal is to shine light and provide understanding for a single topic in relation to evolution. By no means is this factor more important than the others as mutation and genetic drift demonstrate an equal importance to evolution, however a vast ocean of biological information can not be explained by one student. The main focus of this paper is on a factor that is present in animal kingdoms all o...
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...ll of a cheetah's energy is spent hunting the gazelle or if its physiological traits only surround the improvement of hunting, then the aspects of mating and breeding (which are also important for survival) are at risk. All the energy that is being spent hunting or evasion lessens the amount of energy that could be used to find a mate or breed for future generations. In layman's terms, there must be compromise in all aspects of a species life in order to survive; it is not just surrounded by hunting or evasion of a predator. Trade-offs is a necessary ingredient in the evolutionary arms race as it serves as type of check and balance for species allowing an equilibrium between different aspects of a species life by not allowing one aspect such as hunting or evasion surpass other important aspects of survival such as breeding or mating.
Predators called prudent predators select prey of the highest quality and will switch prey when other foods become more profitable. Prudent predators show preference for the prey they consume, in order to maximise net energy gain per unit time. An important factor in predation-prey interactions is the rate at which individual predators can capture individual prey items. The response of the predator consumption rate to increases in prey density is called the functional response
Darwin: A Norton Critical Edition, Second Edition ; ed. by Philip Appleman; copyright 1979, 1970 by W.W. Norton & Company, Inc.
...che, against predators such such as a Smilodon. The risk of injury from hunting would not be worth the reward for early hominids. The lack of physical advantages such as claws or fang not only makes for poor hunter, it most likely made the target for predators. The safest bet for these hominids to make was in scavenging.
All animals employ a vast array of behaviors that contribute to their ability to find resources, increase their chances of utilizing them efficiently, and therefore increase their overall fitness. One of the behaviors observed extensively throughout the animal kingdom to accomplish these tasks is aggression. Agonist conflict and aggressive behavior occurs both between species and within species. Curiously, within-species agonism is common in many animals because it can manipulate social hierarchies which can affect the distribution of resources within a population (Moore 2007 and Wofford 2013). Evaluating agonistic behavior is therefore a valuable means by which to examine expenditure of energy for resources (Moore 2007 and Wofford 2013).
The second of Tinbergen’s questions Phylogeny looks at the evolutionary explanations of development, as opposed to just how behaviour has adapted, including mutations in response to environmental changes. Some of these mutations remain in species even after necessity has gone, and can influence future characteristics of that species. The third of Tinbergen’s questions looks at Causation,...
Charles Darwin’s theory of natural selection explains the general laws by which any given species transforms into other varieties and species. Darwin extends the application of his theory to the entire hierarchy of classification and states that all forms of life have descended from one incredibly remote ancestor. The process of natural selection entails the divergence of character of specific varieties and the subsequent classification of once-related living forms as distinct entities on one or many levels of classification. The process occurs as a species varies slightly over the course of numerous generations. Through inheritance, natural selection preserves each variation that proves advantageous to that species in its present circumstances of living, which include its interaction with closely related species in the “struggle for existence” (Darwin 62).
Anyone with even a moderate background in science has heard of Charles Darwin and his theory of evolution. Since the publishing of his book On the Origin of Species by Means of Natural Selection in 1859, Darwin’s ideas have been debated by everyone from scientists to theologians to ordinary lay-people. Today, though there is still severe opposition, evolution is regarded as fact by most of the scientific community and Darwin’s book remains one of the most influential ever written.
The evolution of the human species has significantly changed during the course of evolution to what is now the modern day Homo sapiens. Some of the changes that have occurred through the evolution are bipedalism, changes in body features such as brow ridges, and an increase in brain capacity.
When an average person thinks of a Cheetah they think of quickness, agility and elusiveness. All of these traits can be associated with an exhilarating experience. The fa...
18 February 2014 “NSTA Position Statement: The teaching of Evolution”. NSTA.org. -. nd. Web. The Web. The Web.
The information presented in evolution studies must be viewed with an open mind since there is no definite proof or law of evolution. The dilemma boils down to science vs. religion. God has been our creator since beginning of time, but the discoveries of recent science are sudde...
Evolution views life to be a process by which organisms diversified from earlier forms, whereas creation illustrates that life was created by a supernatural being. Creation and evolution both agree on the existence of microevolution and the resemblance of apes and humans but vary in terms of interpreting the origins of the life from a historical standpoint. A concept known as Faith Vs Fact comprehensively summarizes the tone of this debate, which leads to the question of how life began. While creation represents a religious understanding of life, evolution acknowledges a scientific interpretation of the origins of life. The theory is illustrated as the process by which organisms change species over time.
My desire to learn and passion to progress have fuelled me to pursue higher studies in sciences and follow my aspirations. I was, at a very young age, acquainted with the theory of evolution in the form of the Indian mythological narratives of the “Dashavatars” (ten incarnations of God); I was fascinated with the gradual transformation of the ten incarnations from Matsya (fish) to Vamana (humanoid form) and later to Kalki (the extant Human). Though I did not relate this to evolution at that age, reading ‘Deception Point’ by Dan Brown in my 8th grade got me home to the world of Evolution and Astrobiology and have been enchanted since. The theories of Darwinism, Panspermia learnt in high school have intrigued me and still continue to do so. Having secured the second highest mark in Biology among students throughout India, in the Final Board Examinations, I confidently chose the field of Biotechnology as my Undergraduate Program in the Sri Venkateswara College of Engineering, affiliated to the Anna University (Chennai). This choice enabled me to learn the major techniques, study the variety of course offerings in the Biology concentration and use them for research that would help me in my career in Ecology and Evolutionary Biology & in my Masters.
The world around us is a big one. Besides that, it is a very old one: The earth is estimated to be more than four billion years old! Despite earth 's long history, animals and plants emerged only 700 million and 600 million years ago, respectively, and humans, an estimated 200 thousand years ago. Animals and plants descended from earlier life forms. However, this has not always been known. Evolution has been a thoroughly studied theory that has its estimated origins with the Greeks of antiquity and that has continued up to modern times. But just how did evolutionary theory develop, and who were its major thinkers? A brief history of evolutionary thought and its significant proponents is vital to understanding just what shaped
Without evolution, and the constant ever changing environment, the complexity of living organisms would not be as it is. Evolution is defined as a process that results in heritable changes in a population spread over many generations (8).Scientists believe in the theory of evolution. This belief is based on scientific evidence that corroborates the theory of evolution. In Figure 1 the pictures of the skulls depict the sequence of the evolution of Homo-sapiens. As the figure shows, man has evolved from our common ancestor that is shared by homo-sapiens. The change of diet of homo-sapiens over time has thought to contribute to the change in jaw structure and overall skull shape.