Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Research paper on history of taxonomy
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Research paper on history of taxonomy
Taxonomy is a branch of science that is concerned with the classification of living and extinct organisms. It arranges them in hierarchies of superior and subordinate groups. (Oxforddictionaries.com, (2014), Encyclopaedia Britannica, (2014)). The classification of organisms is extremely important due to the existing diverse range of life. Many scientists classify these organisms to help establish organisation in order to study them more proficiently. It also allows relationships between organisms to be identified and investigated. Without these systems the evolution of the organisms and its history cannot be tracked. The first classification system identified was created by Aristotle, a Greek philosopher born in 384BC. This classification system divided organisms into two basic groupings; plants and animals (Utahscience. (2012)). His system however was not without faults and over time new systems were produced in an attempt to revolutionise the classification system. Furthermore, these modern systems were heavily influenced by the evolutionary theory of natural selection identified by Charles Darwin. Today, the classification system is based off Carol Linnaeus’s two kingdom system which is otherwise known as the binomial system (Eclp.com.na. (2013). Due to varied opinions between scientists, it is hard to classify an organism to one particular catalogue and thus many use alternate versions of the current classification system. It is very important to implement a universal model in order to keep track of organisms, their relationship with other organisms and the environment and their history. To determine which model should be implemented universally the strengths and limitations of each model must be thoroughly evaluated. Moreove...
... middle of paper ...
...ange of life that exists today. The taxonomic system has evolved over time, from Aristotle’s basic plant and animal system to Linnaeus binomial system showcasing how technology has revolutionised it, identifies new organisms and reclassifies others. Other systems were identified over time including Theophrastus’ plant classification key, the three, four, five and six kingdom systems as well as cladistic analysis, phenetics and evolutionary systematics. It has been emphasised that a universal system must be implemented to help avoid confusion between scientists and organise research efficiently. The model that would be best to implement universally would be cladistics analysis as it combines both phylogeny and evolution of morphological features. As no model can be perfect, cladistics’ analysis should interweave the binomial system to create a more efficient model.
Do you believe that a law should be made to make a restaurant place food nutritional information on all menus? In my stance of opinion a restaurant should not be made to post nutritional information. Food should be enjoyed the way it is, and not everyone would read the post, therefore, it would take up that space for no reason. People should be allowed to run their restaurants the way they want them, and no different. If you ordered a healthy meal the price would be higher than a regular meal.
The concepts behind Bloom and Perry’s Taxonomies provide interesting and different ways to view graduate school education, and really education in the most general sense. On one side, you have Bloom’s Taxonomy which is very lineal and presents the idea that education is a building block effect of sorts which is illustrated as a pyramid. The higher you go the smaller the pyramid becomes until you reach the top, evaluation stage of learning. Perry’s Taxonomy on the other hand presents frameworks of sorts that explain how students retain knowledge and learn. Neither Bloom or Perry’s Taxonomy is better than the other, rather they work together to provide contrasting views on learning.
o The terms of the classification tell us what the individuals in that class have in common.
Morris, Paul J. "Louis Agassiz's Arguments against Darwinism in His Additions to the French Translation of the Essay on Classification." Journal of the History of Biology. 30 (1997): 121-134.
For the original analysis, the corrected pairwise distance will be calculated using the Jukes–Cantor and the Maximum Composite Likelihood Model. The Jukes–Cantor model assumes that the rate of nucleotide substitution or all nucleotides (C, A, T and G) are equal, that nucleotide frequencies are equal, that there is an equal rate of substitution among sites, and does not correct for the lower rate of transversion substitutes in comparison to transitional substitutions (Jukes and Cantor, 1969). The Maximum Composite Likelihood takes into account the phylogenic relationship between sequences, using the sum of the log likelihoods of the bases as the composite likelihood. Both pair wise distances and substitution parameters are estimated using the Maximum Composite Likelihood (Tamura et al. 2004). Both models should yield different maximum sequence divergence and average divergence that can then be compared to the original paper. With sequence divergence data, the temporal origin of the genus can be identified. The two alternate models to the Kimura-2 parameter will be analyzed to discuss which methods yield results closest to the expected time origin of the genus
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).
4. Cladistics and evolutionary systematics are two approaches to classification. How are they similar and how are they different? What are the benefits of using one over another?
Labelling theory was suggested by Edwin Lemert (1912- 1996) in 1951 and it was then developed by Howard Becker (b.1928) in 1963. This theory is related to the Social Action perspective. The labelling procedure includes deviancy and crime, certain acts are criminal because they have been labelled in that way, these labels are created by the powerful in society, such as the government. Frank Tannenbaum (1893- 1969) stated the self-fulfilling prophecy could occur when somebody is labelled as a 'criminal'. Self-fulfilling prophecy is when a prediction of something which then becomes a fact. If you have the label of 'delinquency' or 'crime' then the individual may find it difficult to get a job therefore earning less money which could result in them returning to crime. People in society will expect 'criminals' to behave in a certain way. The people with this label may find it challenging to fit into society. Moral panics is a definition which is given when a group of people become known as a threat to societies beliefs.
Throughout the years criminologists have tried to come up with explanations for what makes individuals more prone to engage in criminal activity. The explanations can range from labels given to individuals to the bonds individuals have with others. Over the years, the theories have been tweaked and integrated to help gain a better understanding of why individuals commit crimes. Some theories also call for explanation on how to reduce crime in the future as well. Everything in society is caused by something, which produces the effect. The cause is generally what goes unknown most of the time. This paper will analyze Labeling Theory and Social Bond Theory. First I will clearly describe
When the average person thinks about zoology, they usually think about a zoo and or animals. As said in General Zoology, many questions come with this topic. “What is life? In what ways are the various kinds of animals alike or unlike in structure, internal processes, and modes of life? How do animals carry on their activities? How are the many kinds related to one another? In what ways does man resemble and differ from other living things? The answers to many of these questions are provided by the science of zoology.” (General Zoology, page 3). While zoology does involve animals, the general study of zoology is far more complicated then one would imagine. Zoology is a branch of biology that studies the classification, origins, habitats and behaviors of organisms. Someone who studies zoology is a zoologist, and has the tasks of learning about new species and their habitats. It is a job that if mastered, can be one of the most fulfilling and knowledgeable careers someone can obtain.
The main focus of the essay will be the implications of labelling theory and how it affects individuals. It also will be focusing on the creation of particular categories of criminals when labelling theory is applied, in addition it will outline what labelling theory is, how it affects people and how it effects the creation of criminal categories. The purpose of this essay is to allow a better understanding of labelling theory and its implication on creating criminal categories.
Many kinds of cumulative change through time have been described by the term "evolution," and the term is used in astronomy, geology, biology, anthropology, and other sciences. This document focuses o...
The term taxonomy is used for the classifi-cation of living and once-living organisms. Taxonomy also refers to "scientific classification" or "biological
Critical Thinking 1. Explain what Bloom Taxonomy is. Bloom’s taxonomy is a classification of thinking skills, published by Benjamin Bloom and his colleagues in 1956. It is composed of six levels organized hierarchically from lower to higher order thinking.
The world we live in today is full of an exceptional variety of animals. The time it took to conclude to the various sorts of species seen today has been throughout a period of millions of years. The vast majority of these animals are accredited to evolutionary advancements. When the environment changes, organisms have become accustomed to changing to fit their environment, to ensure their species does not die off. These physical changes have resulted in different phyla, ranging from basic structures, like sponges to advance systems, like that of an octopus.