Political Communication Research Paper Example | Topics and Well Written Essays - 1500 words

Political Communication - Research Paper Example Questionnaires were used to collect the data using the correlation design. The data was analyzed b use of tables and presented in a pie chart. Television, internet and the newspapers were widely used to transfer and get political information. Further research should be done to determine how politicians can clear their damaged images through political communication. A research should also be carried out to analyze how the political classes manipulate the channels of communication used in political communication to achieve their goals. People should also be able to choose the best channel of communication to ensure political success through political communication. Table of Contents Abstract 2 Table of Contents 3 Chapter one 5 1.0 Background information 5 1.1 Problem statement 6 1.2 Objectives of the study 6 1.3 Significance of the study 6 1.4 Limitations of the study 7 1.5 Theoretical framework 7 Chapter Two 7 2.0 Literature review 7 2.1 Political communication 7 2.2 Channels of commu nication 9 2.2.1. Television 10 2.2.2. Newspapers 10 2.2.3. Internet 10 2.2.4. Radio 11 2.2.5. Other channels of communication 11 Chapter Three 11 3.0 Research methodology and Design 11 3.1 Research design 11 3.2. Study location 12 3.3. Target population 12 3.4 Sample and the sampling procedures 12 3.5 Research instrument 12 3.6 Data collection methods 13 3.7 Data analysis 13 3.8 Data presentation 13 Chapter four: 13 4.0 Data Analysis 13 4.1 Data Analysis 13 Table 1: show the various channels of communication used in political communication, their use and the number of people the reach and the effects the have on the population. 13 Figure 2: A Pie Chart showing the percentages of the frequency of the channels used in political communication 14 Chapter five 15 5.0.Conclusion 15 6.0.Recommedations 15 References 16 Chapter one 1.0 Background information Graber (2005) argues that the study of political communication came into existences since the early days during the Aristotle’s rhetoric’s and politics written around 350 BC. Predictions have also been made that it could have started around 2,000 years. Political communication has it roots from communication and political science. It is concerned with the transfer of information and how this information influences the political world. It is mainly concerned with transfer of information during the political campaigns and the governments’ role in information technology, laws and regulations regarding communication policies and news broadcasting. In the modern day political communication addresses issues regarding power relationships, icons, the individual’s activities, political considerations as regards to the candidates and the symbolic structure of politics (McNair, 2003). The main goal of political communication is to pass a message that will influence the voters’ population. To be able to gauge their capabilities, political candidates are involved in the public debates where i t is determined who has the power to endorse, allow proper distribution of resources, ability to make concrete decisions and has social standings just like in America. Information in political communication moves across among the political elites, from the public to the relevant people in [power and from the political class down to the public. Information is organized and passed on by the political actors such as the parties and other groups interested in the

Soil and Microbes Essay Example | Topics and Well Written Essays - 1250 words

Soil and Microbes - Essay Example Soil and Microbes Due care should be taken while handling the soil samples collected from different locations. Preliminary examination of the soil samples can be carried out by wetting the soil sample with water and squeezing them between the fingers to ascertain the type of soil, if the soil is sandy it falls apart, silty soil gives a flour type feeling and if the soil has clay then it holds together. Soil samples may contain microorganisms such as Bacteria, Fungi, Algae, Actinomycetes and Viruses. All the microorganisms may either exist singly or in colonies. There are various techniques to detect form, pattern and arrangement of microorganisms in soil such as Microscopic methods and Microscopic methods plus culturing. Microscopic methods involve examination of soil samples under a light microscope by using simple stains such as phenol aniline blue and fluorescent stains such as fluorescein isothiocyanate (FITC), acridine orange, rhodamine (fluoresces red), europium chelate (europium (iii) thenoyltrifluoroacetonate), DAPI (4'-6'-diamidino-2-phenyl-indole), ethidium bromide and Hoechst 33258 (bisbenzimide). While the first method can be adopted with any bright field white light microscope assuming that light can be transmitted through the object under examination but in the second method, the stain emits light at a visible wavelength on illumination with ultraviolet light. In microscopic methods plus culturing the soil samples are impregnated with agar or polyacrylate resins and sectioned into thin plates and examined by direct microscopy. One more method called the fluorescent antibody technique is the only technique that can locate and identify microorganisms simultaneously in intact soil samples or sections. In this technique the antibodies to microbial cells are generated by injecting the cells under study into a suitable animal (guinea pigs or rabbits) which produce antibodies to the microbial cells that can be isolated from the serum samples of the animals. The antibodies are proteins that can be reacted with FITC to produce FITC-antibody conjugates which will adhere only to the correct microbial cells if applied to a soil sample. Once the excess FITC-antibody conjugate is washed and removed, only those microbial cells will fluoresce, can be located and identified by epifluorescence microscopy. A recent method uses monoclonal or polyclonal antibodies. Certain other methods like Enzyme-linked immunosorbant assays (ELISA assays) and the Polymerase Chain Reaction (PCR) methods can also used to detect the microbes i n soils (Source - United Nations Water Virtual Learning Centre). Isolating bacteria and viruses or virus like particles (VLP) from the soil samples is being investigated through two techniques i.e., Epifluorescence Microscopy [EFM] and Transmission Electron Microscopy [TEM] using two elution buffers (1% potassium citrate and 10Mm Sodium pyrophosphate) (Sampling Natural Viral Communities from Soil for Culture-Independent Analyses by Kurt E. Williamson, K. Eric Wommack and Mark Radosevich). Every possible care should be taken to avoid the microorganisms (Bacteria, Fungi, Algae, Actinomycetes and Viruses) to come into physical contact with the human body or enter into