Communication and Crisis Paper Essay

A crisis is an occurrence that exceeds a person’s normal copying ability Du Prà © (2005). When unexpected, sudden situations occur it affects a community. When things happen that we are not prepared for, it can create chaos and negative outcomes can occur. One of the most common unexpected situations is natural disaster, when nature decides to unexpectedly show us what it is capable, sometimes it can be devastating. However, man made disaster can also occur and cause just as much devastation. Hurricane Katrina and The Three Mile Island nuclear reactor are great examples of disasters that caused great alarm and devastation. These two were deal different and communicated in different ways to the public because of the technology and resources available at the time it happen. As a Director of a regional Emergency Management Office, using these two scenarios as learning experience will help create a plan to address within the organization as well as with the public to try to use b est practices to avoid same mistakes in order to be successful at communicating but not alarming the community. It will be important to take into consideration the types and appropriate communication channesl to use inside and outside the organization, as well as analyzing the advantages and challenges faced to communicate with different groups outside the organization as well as the public. Individual or groups that will be communicating inside and outside the organization As a regional director of this Management Office, the main job is to keep people up to date of the situation at hand. The chain of command is critical to making sure services and resources are utilized in a timely manner without duplication Shover (2007). The first step is to communicate everyone in the organization of the situation at hand by an immediate phone conference with upper management followed by a memo to the rest of the  organization with a plan of action. If a crisis is not well handled that can damage the organizations reputation and credibility Hicks (2012). It will be important to appoint a spokes person to be in charged of dealing with the media, and also create a hot line for people to call with concerns regarding the situation. Simultaneously, contact all local and public health agencies, state public health agencies, federal public agencies, any Emergency medical services, hospitals, nongovernmental response such as American Red Cross, CERT, Faith based organization as well as business. According to Shover (2007) The Standard Emergency Management System (SEMS) (Governor’s Office, 1994) is an incident command system (ICS) and was initiated into California law in 1991. The basics of SEMS are to enhance coordination and communication of information and mutual aid resources between local and state authorities during an emergency. By using the state and governmental agencies, it will help to use their communication channels, since they communicate with each other, it will create a fast response and at the same time it cause that the public to get good communication with out creating a panic. Advantages and Challenges Associated with Communication with The Groups One of the biggest challenges with communicating with various groups in this situation will be trying to keep everyone calmed and up to date with all the appropriate information within the organization as well as other groups outside the organization. Many organizations create a comprehensive crisis plans in order to be prepared for any crisis Hicks (2012). If people with in the organization are not aware of what is going on, and what plan to implement, they will not be able to act appropriately and perform their job duties, and that can cause a bigger chaos. The director’s job is to be able to choose appropriate communication channels to keep all the employees in the organization informed as well with a plan of action to portray a sense of calmness regardless of what is going on and that can be hard. If the appropriate communication channels are not used, they organization can fall apart and the public will suffer the effects of their challenges. If the public is not informed of what is going on using the correct channels of communication, they will feel a sense of distrust and panic can arise. That is why is important to keep the information simple, accurate, honest and delivered in a timely manner. If they are issues where they don’t know the answer its ok to say so instead of covering  information. The public needs to know that there will be an action plan in order and that the organization has the situation under control. Helping the public to understand the roles of the different agencies will help them to keep invol ved. If other organizations don’t keep calm, then they can also can cause a bigger chaos which will make the twice is hard to deal with the original situation. Now not only they will have to worry about the life-threatening biological agent situation, but now they will need to figure out a way to keep everyone calm and that can slow down the operation of the emergency plan at hand. Advantages of keeping everyone informed will help in managing the crisis at hand and increase in productivity within and out side the organization. If all the employees of the organization are well informed of what is going on, they will be able to perform all their duties accordingly, making easier to manage the situation. If all the other agencies and private sectors are well communicated of the local organization’s plan of action, they can help support their efforts. Keeping everyone calmed and giving them options of what can be done and what other organizations are doing to support the public will help create a sense of cohesiveness and control of the situation which will in exchange keep everyone calmed. Differences in Communication Processes Used The crisis situations with the Three Mile Island nuclear reactor used different sources of communication that the ones used with Hurricane Katrina. What they had in common is that hey used the best communication that they had available at the time. In the case of the Three Mile Island nuclear reactor they used the three major networks and local radio stations which was the best and more efficient way to inform people at that time. In the case of Hurricane Katrina since there was more technology available they used newer sources like internet, cell phones, text messages and other websites to disseminate information which was the best sources to get the information to the public. Because most of the local channels of radio and television were affected and the infrastructures was affected they had to expand communication to outside of the community to bring resources in. Of course television and radio was used, but compared with the Three Mile Island reactor more technology was available. Taking this into consideration, as a Regional Director’s job, finding the correct channels to  disseminate the information will be a big task and using the most up to day and the most effective channels will be the key to success. Depending of the crisis or disaster at hand the right channels need to be used initially and if the initial channels are not effective it will be important to reassess to be more successful. Appropriate Technology to Use In the case of the biological agent crisis, the director will make sure that the correct channels of communication are used. Different channels are available at different times to try to reach different types of population. Phone, as well as hot lines, local, surrounding, state wide and even countrywide communities radio, newspaper, television, internet, other organizations websites, email to other agencies and distribution lists, social media, blogs, photo videos like Skype, You Tube will be appropriate. It will be important to keep in mind all of the possible channels that people have available and unavailable to make sure no one is left uninformed. Print media will be easy to distribute to big and small groups within and outside the organization. Multimedia like TV will help engage large audiences, and easy to remember. Internet will be fast, simple, intended for those that are more technology savvy. The use of smart phones, text will help give rise to using social media as well for fast, and spreadable information. How Technology Differs from the Scenarios to Now The technology was used different in the scenarios due to the time and accessibility at the time as well as the difference in the type of scenario. For example in the case of Three Mile nuclear reactor television and local radio was the main way to disseminate the information because that was the most effective form at that time. Also the type of thread didn’t affect any infrastructure, which was the case in Hurricane Katrina. Since the infrastructure was affected, they used Television and radio outside the local area and instead they used more Internet and newer technology to reach a more people to get help from the outside in. The technology now compared with the one in 1979 with the Three mile nuclear reactor is definitely different and more effective, how ever between Katrina and now there is not as much difference other than a lot of more social media, blogging and Photo video are more common now then during that time. Media Opportunities As a director of the regional Management Office using the media will be beneficial. It will be important to keep in mind the advantages and disadvantages of this source of communication because if it not used appropriately it can back fire in the progress and success of maintaining calm and correct consistent message. According to Stephenson, (1982) News media have a vested interest in catastrophes, therefore, The key is to make sure the organization come forth first with the right and credible information as well as provide people with information currently available and keep them updated to avoid the media to take over and creates chaos. Make sure to appoint a spokes person in behalf of the organization to give the updates to the media to make sure the correct information is passed to the public and other agencies. As an organization making sure the spokes person understands the importance of this role is key because critical decision will need to be made during this crisis period Hicks (2012). When a crisis arises people tend to feel a big sense of change and it can result in sense of temporary or permanent change that can cause panic and or denial, that is why is important to always have a plan when disasters or emergencies occur. During those challenging trying to come up with a solution right there in there can be challenging but if you have a plan to fall back on it can release some stress during a stressful situation. When unexpected happens you will never be one hundred percent prepared because two situations are not exactly the same but when you have some type of emergency plan in place as well as preparation your organization or family will be more equipped to face the challenges. When natural and man made disasters or emergencies occur like Hurricane Katrina and The Three mile nuclear reactor scenario is important have a plan and be able to keep as many people informed and safe. Thinking about the right strategies and the right use of communication channels as well as the partnership with other organization will help to the success and safety of the people. References Du Prà ©, A. (2005). Communicating About Health. Current Issues and Perspectives (2nd ed.). Retrieved from The University of Phoenix eBook Collection database. Shover, H. (2007). Understanding the chain of communication during a disaster. Perspectives in Psychiatric Care, 43(1), 4-14. Retrieved from http://search.proquest.com/docview/200766796?accountid=458 Stephenson, D. R. (1982). How To Turn Pitfalls Into Opportunities In Crisis Situations. Public Relations Quarterly, 27(3), 11. Hicks, Nancy. j. (2012). Health Industry Communication: New Media, New Methods, New Message,. Retrieved from The University of Phoenix eBook Collection database.

Why should we recycle. Essay Example

Why should we recycle. Essay Example Why should we recycle. Essay Why should we recycle. Essay The recycling process involves the collection, separation and reprocessing already used materials into new products. The process is so called because the process undergoes a severally the cycle of manufacture; production, use†¦The recycling process involves the collection, separation and reprocessing already used materials into new products. The process is so called because the process undergoes a severally the cycle of manufacture; production, use. Recycling reduces the likelihood of wasting of useful materials and the process thereof of production as well as reducing consumption of fresh raw materials. There are two major forms of recycling: salvaging and reusing. Salvaging is a waste sorting technique in which parts or materials that have intrinsic value or are hazardous in nature are collected and separated in materials recovery facilities. Reuse on the other hand is the using again of a material that had already been used (Porter, 2002).ThesisDue to rapidly dwindling resour ces it has become imperative to recycle due to the potential of recycled materials to save enormously in terms of resources required for fresh production as well as the potential of recycled materials to remain in circulation virtually for a long time.Virtually everything can be recycled. However some materials when recycled tend to loose their properties, quality or their size (like paper, cardboard) while others like steel and aluminum tend to remain the same in quantity and quality after recycling. Some of the materials that can be recycled include aluminum, waste paper, glass, steel cans, cardboard, newspapers certain plastics and many other materials. These can find their way back to the consumers in a the same form or a different ones. For example when glass is recycled, it can be remanufactured into glass containers, laundry detergent bottles, steel framing, office paper, roofing, pipes and much more (Porter, 2002).Some of the materials that are widely used and therefore offe r a very viable choice for mass recycling due to their ability to save on the cost of energy used in production of new ones are aluminium, plastics, glass and other miscellaneous wastes such as nail polish, paint thinner, batteries.AluminumIt is estimated that about 24 million tones of aluminum is produced annually in the world. Of these, it is approximated that about 29 cans are produced for every pound of aluminum produced in the U.S. (Purdue, 2003). Majority of these cans are used for beer and soft drinks (99% of beer packaging is aluminum based while 97% soft drinks are packaged in aluminum cans) but only about 40% of the cans are post-consumer recycled (Donald, 2002). Given the fact that it requires only about 5% as much energy to recycle an aluminum can than when produced from virgin ore, there would be no need for mining new ores since about 3.1 million tones of aluminum waste is generated accounting for about 1.5% of the total municipal waste of the united states. There can be a sizable amount of savings if aluminum is completely recycled (Ackerman, 1996).PlasticsPlastic is the most used material on earth. It has been established that on average, an American car contains about 300pounds of plastic of about 60 different resins, about 10% of all the earnings of a grocery store are used to buy paper and plastic packaging. Cumulatively, plastic contributes about 23.9% (by volume) of all municipal waste in the U.S. however out of these only about 0.9 million tons of plastic (accounting for 4.7% of all the plastic used) were recycled (Purdue, 2003). The amount spent on manufacturing new plastic could have been reduced had all the plastic been recycled since there is no additional cost or energy required in recycling plastics (Donald, 2002).GlassAnnually about 41 billion glass containers were produced in the U.S. alone in shades of clear (about 64% of the total), brown (23%) and green (13%) this is according to research carried out by Purdue University (Purdu e, 2003) in 1992.Glass containers are 64% clear, 23% brown, and 13% green. The glass generated a total waste of approximately 13.3 million tons of glass contributing 6.3% of total U.S municipal waste. Of these only 35% was recycled which is very low for a commodity which is said that one glass jar recycled can produce energy to power a 100watt light bulb for about four hours (Ackerman, 1996).Other miscellaneous wastesIt is this class of goods that produce most of the municipal waste of the U.S. while some of them cannot be classified under ‘recyclable’ goods, a significant amount can be salvaged or reused.The materials that end up in waste that could be better reused   include durable goods, such as television sets, refrigerators and other home electronics which contributed about   16% of the   U.S. municipal solid waste (by weight, 25.5 million tons of solid waste). The amount of energy used to make each component cannot be compared to the cost that can be incurr ed by producing a new one. Their mode of recycling can be sale by salvaging parts that can be reused (PA Department of Environmental Protection. 2008).Having looked at the various forms of materials and their benefits in terms of energy savings if they are recycled rather than produced from scratch, we can deduce that overall recycling affords the best solution to efficient use of available energy.

world war 2 japan essays

world war 2 japan essays Japan committed what some would consider suicide, when their aircraft bombed Pearl Harbor.1 Pearl Harbor was the most important day of World War II. This was the first strike towards the US. making them enter the war. Even though the US. had been involved a little before this. The attack prompted full entrance of the US. into the war. Japan wanted to not depend on white imperialist nations, like Britain, France, Netherlands and the USA. But, they needed materials from other countries.2 They got Tin from Malasha and Iron from Philippines. Japan also got oil, bauxite, coal, cobalt, copra graphite, iron, lead, nickel, phosphates and potash from the Indies. Plus rice from Indo-china and Burma. Japan needed all of those things to be self reliant. But most of all, if they where to expand they would need them even more. In the 1920s fascism began to enter Germany. As well as a need for revenge after the way World War I ended. So on September 1 1939 German armies marched into Poland, Poland and Germany had bout the same number of men.3 However Poland was greatly out gunned. War broke out in September of 1939 in Europe. Around that time Japan declared its Polands last surrender was the fortress at Kock, on October 6th September 3 1939 British and French declared War on Germany. The French Strategy was defensive, there main defense was the Maginot Line. Germany Began to drive into France on June 5th 1939, the drive picked up on June 9th. The Maginot line failed, it was out flanked. By the summer of 1940 Hitler dominated Europe from the North Cape to the Pyrenees. After the summer of 1940, Hitlers only remaining active enemy was Britain.5 Italy declared war on Frence and Britain on June 10 1939. The USA then abandoned there strict neutrality in the war, and in March 1941 the USA passed the Lend-Lease Act. The Lend-Lease Act was a 7 billion dollar aid to any countries...

How Fiber Optics Was Invented

How Fiber Optics Was Invented Fiber optics is the contained transmission of light through long fiber rods of either glass or plastics. The light travels by process of internal reflection. The core medium of the rod or cable is more reflective than the material surrounding the core. That causes the light to keep being reflected back into the core where it can continue to travel down the fiber. Fiber optic cables are used for transmitting voice, images, and other data at close to the speed of light. Who Invented Fiber Optics? Corning Glass researchers  Robert Maurer, Donald Keck, and Peter Schultz  invented fiber optic wire or Optical Waveguide Fibers (patent #3,711,262) capable of carrying 65,000 times more information than copper wire, through which information carried by a pattern of light waves could be decoded at a destination even a thousand miles away.   Fiber optic communication methods and materials invented by  them opened the door to the commercialization of fiber optics. From long-distance telephone service to the internet and medical devices such as the endoscope, fiber optics are now a major part of modern life.   Timeline 1854: John Tyndall demonstrated to the Royal Society that light could be conducted through a curved stream of water, proving that a light signal could be bent.1880:  Alexander Graham Bell invented his Photophone, which transmitted a voice signal on a beam of light. Bell focused sunlight with a mirror and then talked into a mechanism that vibrated the mirror. At the receiving end, a detector picked up the vibrating beam and decoded it back into a voice the same way a phone did with electrical signals. However, many things - a cloudy day, for instance - could interfere with the Photophone, causing Bell to stop any further research with this invention.1880: William Wheeler invented a system of light pipes lined with a highly reflective coating that illuminated homes by using light from an electric arc lamp placed in the basement and directing the light around the home with the pipes.1888: The medical team of Roth and Reuss of Vienna used bent glass rods to illuminate body cavities.1 895: French engineer Henry Saint-Rene designed a system of bent glass rods for guiding light images in an attempt at early television. 1898: American David Smith applied for a patent on a bent glass rod device to be used as a surgical lamp.1920s: Englishman John Logie Baird and American Clarence W. Hansell patented the idea of using arrays of transparent rods to transmit images for television and facsimiles respectively.1930: German medical student Heinrich Lamm was the first person to assemble a bundle of optical fibers to carry an image. Lamms goal was to look inside inaccessible parts of the body. During his experiments, he reported transmitting the image of a light bulb. The image was of poor quality, however. His effort to file a patent was denied because of Hansells British patent.1954: Dutch scientist Abraham Van Heel and British scientist Harold H. Hopkins separately wrote papers on imaging bundles. Hopkins reported on imaging bundles of unclad fibers while Van Heel reported on simple bundles of clad fibers. He covered a bare fiber with a transparent cladding of a lower refractive index. This protected the f iber reflection surface from outside distortion and greatly reduced interference between fibers. At the time, the greatest obstacle to a viable use of fiber optics was in achieving the lowest signal (light) loss. 1961: Elias Snitzer of American Optical published a theoretical description of single-mode fibers, a fiber with a core so small it could carry light with only one waveguide mode. Snitzers idea was okay for a medical instrument looking inside the human, but the fiber had a light loss of one decibel per meter. Communications devices needed to operate over much longer distances and required a light loss of no more than ten or 20 decibels (a measurement of light) per kilometer.1964: A critical (and theoretical) specification was identified by Dr. C.K. Kao for long-range communication devices. The specification was ten or 20 decibels of light loss per kilometer, which established the standard. Kao also illustrated the need for a purer form of glass to help reduce light loss.1970: One team of researchers began experimenting with fused silica, a material capable of extreme purity with a high melting point and a low refractive index. Corning Glass researchers Robert Maurer, Donald Keck, and Peter Schultz invented fiber optic wire or Optical Waveguide Fibers (patent #3,711,262) capable of carrying 65,000 times more information than copper wire. This wire allowed for information carried by a pattern of light waves to be decoded at a destination even a thousand miles away. The team had solved the problems presented by Dr. Kao. 1975: The United States government decided to link the computers at the NORAD headquarters at Cheyenne Mountain using fiber optics to reduce interference.1977: The first optical telephone communication system was installed about 1.5 miles under downtown Chicago.  Each optical fiber carried the equivalent of 672 voice channels.By the end of the century, more than 80 percent of the worlds long-distance traffic was carried over optical fiber cables and 25 million kilometers of the cable. Maurer, Keck, and Schultz-designed cables have been installed worldwide. U.S. Army Signal Corp The following information was submitted by Richard Sturzebecher. It was originally published in the Army Corp publication Monmouth Message. In 1958, at the U.S. Army Signal Corps Labs in Fort Monmouth New Jersey, the manager of Copper Cable and Wire hated the signal transmission problems caused by lightning and water. He encouraged Manager of Materials Research Sam DiVita to find a replacement for copper wire. Sam thought glass, fiber, and light signals might work, but the engineers who worked for Sam told him a glass fiber would break. In September 1959, Sam DiVita asked 2nd Lt. Richard Sturzebecher if he knew how to write the formula for a glass fiber capable of transmitting light signals. DiVita had learned that Sturzebecher, who was attending the Signal School, had melted three triaxial glass systems using SiO2 for his 1958 senior thesis at Alfred University. Sturzebecher knew the answer. While using a microscope to measure the index-of-refraction on SiO2 glasses, Richard developed a severe headache. The 60 percent and 70 percent SiO2 glass powders under the microscope allowed higher and higher amounts of brilliant white light to pass through the microscope slide and into his eyes. Remembering the headache and the brilliant white light from high SiO2 glass, Sturzebecher knew that the formula would be ultra pure SiO2. Sturzebecher also knew that Corning made high purity SiO2 powder by oxidizing pure SiCl4 into SiO2. He suggested that DiVita use his power to award a federal contract to Corning to develop the fiber. DiVita had already worked with Corning research people. But he had to make the idea public because all research laboratories had a right to bid on a federal contract. So in 1961 and 1962, the idea of using high purity SiO2 for a glass fiber to transmit light was made public information in a bid solicitation to all research laboratories. As expected, DiVita awarded the contract to Corning Glass Works in Corning, New York in 1962. Federal funding for glass fiber optics at Corning was about $1,000,000 between 1963 and 1970. Signal Corps Federal funding of many research programs on fiber optics continued until 1985, thereby seeding this industry and making todays multibillion-dollar industry that eliminates copper wire in communications a reality. DiVita continued to come to work daily at the U.S. Army Signal Corps in his late 80s and volunteered as a consultant on nanoscience until his death at age 97 in 2010.

Traffic Cameras Research Paper Example | Topics and Well Written Essays - 1250 words

Traffic Cameras - Research Paper Example Such offenses are chargeable in the courts of law as stipulated by the laws in the constitutions of the given State. In an attempt to avoid hazards and negative outcomes associated with the absence of traffic cameras at major road intersections, the governments should install the gadgets to reduce accidents and enhance security among other benefits. Road traffic collisions are accountable for 1.2 million deaths and approximately 50 million injuries annually according to the approximations by the World Health organization (Cinnamon et al. 1). Cinnamon et al. claims that motorists and pedestrians from frequent observations commit road rule violations at signalized intersections. The accidents are a major drawback to the various states as it leads to loss of scarce human resource through the deaths that normally occur. In addition, mechanical and infrastructural destructions that the intersection accidents bring along lead to infrastructural related losses and thus derail a State’s economy. A designed means of observing and monitoring traffic flow along the intersections can help in minimizing the frequency of the accidents’ occurrence. Therefore, most of the states with the need to eliminate accidents along the intersections should install the traffic cameras in order to help reduce the losses accompanying it. An argument about the sure effectiveness of the installation of the traffic cameras is relevant. A pilot installation is essential in addition to the numerous researches done that fully advocate traffic cameras as the best mechanism in reducing associated accidents. Due to the higher need to reduce the number of traffic accidents in major road intersections, installation of traffic cameras is recommendable. The Federal Highway Administration (FHWA) calculates that the traffic along the intersections causes more than 100,000 crashes and 1000

My Lai Massacre Essay Example | Topics and Well Written Essays - 1000 words

My Lai Massacre - Essay Example Beyond the leaping jade plates of the sea was an overhand of cliffs and the sight of a valley so large it contained sun, smoke, rain, and cloud—all at once—independent quantities of color. I had been unprepared for this beauty; it surprised and humbled me†¦.† But soldiers are but spikes in the giant military wheel. The â€Å"preamble† to the massacre reads thus, as described by the authors. â€Å"The order that was given was to kill everyone in the village. Someone asked if that meant women and children. And the order was: everyone in the village†¦.It was quite clear that no one was to be spared in that village†. One can see each syllable of this order was the harbinger of the impending massacre. A disciplined soldier had no other alternative but to obey the order and be a part of the massacre. I entirely agree with the observations and findings of the authors that what happened in My Lai was a blunder. Not a military action but the massacr e of the innocents. Majority of those killed were civilians, estimated some 400-500. Policymakers and anti-war movement activists were aware that they were being briefed with doses of fiction, as part of the cover-up operations. But the findings of the authors are on unassailable grounds and they have tendered 68 primary documents and have relied upon General Peer’s inquiry findings and they have chronicled the events systematically from the pre-operations details, the actual operation and the developments subsequent to the massacre.... One can see each syllable of this order was the harbinger of the impending massacre. A disciplined soldier had no other alternative but to obey the order and be a part of the massacre. I entirely agree with the observations and findings of the authors that what happened in My Lai was a blunder. Not a military action but massacre of the innocents. Majority of those killed were civilians, estimated some 400-500. The public, policymakers and anti-war movement activists were aware that they were being briefed with doses of fiction, as part of the cover-up operations. But the findings of the authors are on unassailable grounds and they have tendered 68 primary documents and have relied upon General Peer’s inquiry findings and they have chronicled the events systematically from the pre-operations details, the actual operation and the developments subsequent to the massacre. Black and white photos add further credential to the report. Without doubt, the soldiers were in an agitated s tate of mind, but that doesn’t provide one license to shoot at the defenseless men, women and children at will merely on the suspicion that they were Viet-Cong supporters. My Lai, is a hamlet, 335 miles northeast of Saigon, supposed to be a Viet-Cong dominated territory. The early morning action of about 70 infantrymen which resulted in the total destruction of the villagers, their residences and the livestock—can it be termed as military warfare? The Charlie Company of the 11th Brigade, American Division, landed in the village with the express intent to kill. The Officers had their own reasons, and they considered it as a retaliatory action. Firstly the area was a stronghold of Viet

Florida Merid Award Program evaluation Term Paper - 1

Florida Merid Award Program evaluation - Term Paper Example A school district may make available extra pay supplements for the workers who display good work attendance. The awarding of the additional payment is done in accordance with an assessment of the performance of the employee. Student performance, mainly, forms the base for the assessment. School-based administrator’s assessment is based on student’s (as a group) performance. School teachers get evaluated by the school principal while school-based administrators get evaluated by the district superintendents. The evaluation is done in relation to their (teachers and administrators) specific assessments (Chait, 2007). Teachers form a foundation of all reform efforts in education. Improvement of teaching workforce quality results to the success of the teachers. According to research, a well performing teacher is an asset to all students, especially those who live in poverty. In merit pay for teachers, teachers are offered incentives in form of money so as to improve the performance of students in their respective classes and performance of the school at large (Buddin et al, 2007). The Florida merit award program has proved to be successful and advantageous in a number of ways. Some of the strengths of the program include: The program also motivates employees. Research indicates that an increase of one percent may increase the performance of the employees by about two percent. However, providing bonuses for good performance is more effective as compared to automatic pay rise since it can elevate the performance of an employee to as much as nineteen percent Merit award program attracts qualified applicants or candidates to the profession of teaching, since incomes vary largely and have a basis on the strength of local teachers unions and local tax revenue The results received are positive. The program enhances high productivity or increased work quality as result of employees working