a. Explain the process of risk management.
Review and explain processes and procedures for risk management within a medical practice giving an example of any workplace procedure.
b. Explain the purpose and key elements of current risk management standards, AS/NZS ISO 31000:2009.
List down the information that you will need to analyse in order to develop the scope and context for the risk management process for a medical practice.
b. Do the SWOT AND PEST Analysis of a medical practice in relation to risk management
PEST Analysis: Mention the risk related to each applicable in a medical practice.
Name at least three (3) internal and external stakeholders and identify their issues or concerns regarding the ‘risks’ within a medical practice.
Briefly describe how you will communicate with relevant parties (stakeholders) about the risk management process within your area of responsibility and how would you obtain support/consultation for risk management activities from these stakeholders.
Why is it important to invite relevant stakeholders and seek their participation in the risk management process?
The very critical part of risk management is to research the risks that may apply to your scope.
List all the information sources that you may get from your internal and external research that will assist in risks identification process
Identify three (3) tools, techniques or other information you used to generate a list of risks that apply to your scope, in consultation with relevant parties.
Identify at least 3 risks/hazards within a medical practice , analyse those risks and using the below matrix, determine their potential impact and likelihood from the scope of risk management.
a. Use the following table for your response:
Identified risk Likelihood Impact/ Consequence
b. Using the above risk matrix level, identify the risk rating for each and prioritise them on the basis of their rating.
Identified risk Risk rating as E, L, M or H Priority as 1,2,3
Complete a table of risks for selecting the appropriate treatment for above three identified risk. On this table, determine at least 2 treatment options for each risk and then select the most appropriate option for treating each of the risks.
Risks Options Most appropriate
To successfully implement the above treatment plan for each identified risk, you must develop an action plan.
Develop an action plan to implement each the required treatment for the identified risk based on their priority rating. You can choose the below provided action plan in order to respond this answer.
Action Item Responsible person Resources required Expected outcomes Timeframe needed Monitoring measures
All staff to get training on new WHS regulations
Office manager $500 Aud
Room to conduct training All staff will be made aware of the new requirements of WHS laws in relation to their personal and organisation operations End of this moth/date Reduction in workplace WHS issues
b. How would you communicate the risk management action plan to the relevant stakeholders within your organisation?
a. How you will ensure that all the documents related to risk management processes are in order and appropriately stored
b. How would you monitor your action plan for implementing risk treatment?
c. Describe the measure of success that you would look in order to evaluate your risk management process.
Backpedal to your written work test from week one. Keep in mind that it ought to be composed as if for a college task. This implies clinging to a structure that incorporates an opening proclamation, advancement sections, and a conclusion. It ought to be no longer than 500 words in length. Utilizing Google Scholar or the web crawler from your college library, look for five scholastic sources managing an indistinguishable subject from the one you expounded on; these should be pertinent to the focuses you need to make in your written work and bolster your contention or thought. Incorporate two short citations and three summarizes of critical parts of the scholastic sources you use to help your contention. Include suitable in-content references and a reference list, which demonstrates the full records of the 5 refered to sources, recorded in sequential order arrange. Guarantee that all your referencing clings to the Chicago sixteenth Author-Date framework. Deforestation in the Amazon Rainforest is devastatingly affecting the earth. The Amazon Rainforest is the biggest rainforest on Earth. Covering a zone of five and a half million square kilometers, it is made out of a decent variety of biological communities framing the Amazon Basin that channels into the Amazon River. Despite the fact that deforestation can happen normally through occasions, for example, dry seasons that reason numerous trees to pass on, human intercession is the most productive reason. Rising populace levels inside the Amazon bowl have added to an acceleration in the deforestation of the rainforest. This is because of urbanization and an expanded interest for timber to be utilized as a part of building and business generation of things, for example, paper, furniture and palm oil. Deforestation negatively affects the neighborhood condition of the Amazon. As the woodland is expelled the dirt loses its stay point and it is consistently dissolved, most remarkably amid the wet season. This adds to the precariousness of the rest of the trees and contamination of nearby conduits. The physical evacuation of the trees expels the natural surroundings and sustenance wellsprings of numerous creature and bug species that live there. Thusly this causes a diminishment in decent variety of the rest of the species and a disturbance in the environment of the rainforest. (Lean and Warrilow 1989, 411-413). An investigation was finished which included recreating the deforestation of the Amazon tropical rainforest, and supplanting it with pastural brushing lands. The outcomes demonstrated a climactic variety of a “debilitated hydrological cycle, with less precipitation and vanishing and an expansion in surface temperature.” (Lean and Warrilow 1989, 411-413). The significance of the Amazon rainforest in worldwide ecological issues is to a great extent because of its enormous size. Earthbound plants retain 25% of the climatic carbon dioxide amid photosynthesis. Carbon dioxide discharges are a result of common procedures and human intercessions, for example, copying non-renewable energy sources. Through a procedure known as sequestering the plants store carbon in their wood and soil. The monstrous size of the Amazon and its sequestering abilities prompts it being alluded to as a carbon sink: ready to moderate the collection of carbon dioxide in the climate, and in this manner its commitment to a dangerous atmospheric devation. It must be delegated this in the event that it assimilates more carbon dioxide than it discharges. By 2015 the climatic centralization of carbon dioxide was 400 sections for every million, this was an expansion from the 290 sections for each million level recorded when the new century rolled over. (Keenan, Trevor, Colin Prentice, Josep Canadell, Christopher Williams, Han Wang, Michael Raupach and James Collatz 2016.) The deforestation of the Amazon rainforest not just abatements the amount of carbon ready to be put away, it likewise causes an emotional increment in the levels of carbon being discharged into the climate by the dead trees. As per the Global Forest Resources Assessment, Main Report (2010), overall deforestation discharges very nearly one billion tons of carbon into the climate every year. Despite the fact that measures are starting to be actualized to diminish the levels of carbon discharged into the air, all the more should be done to avoid levels ascending “to 600 sections for every million-a level the world could reach as ahead of schedule as 2050[m1]” (Daniel Grossman 2016, 635). Because of the sheer size of the Amazon rainforest, adjustments to its neighborhood condition can be felt in different parts of the world. David Werth and Roni Avissar (2002) call attention to that deforestation in the Amazon has a quantifiable impact. It can cause a lessening in levels of precipitation and evapotranspiration and additionally the development of mists. This effect could be felt in a few zones the world over, that showed an expansion in the length of their dry seasons. Rebuilding of the tropical rainforest regions of broad deforestation could be incredibly repressed because of this expansion in temperature and dryness. (Shukra, Nobre and Sellers 1990, 1322-1325). despite the fact that the numbers are not as high as the ones recorded in the earlier decade. Deforestation is the second biggest anthropogenic (human-caused) wellspring of carbon dioxide to the environment. Brazil and Indonesia, which had the most elevated net loss of woods in the 1990s, have essentially lessened their rate of misfortune, agreeing assumes an essential part in keeping carbon out of our environment, as it normally ingests around 28% of the air carbon discharged by the copying of non-renewable energy sources somewhere else As per Michael Daley, relate educator of natural science at Lasell College in Newton, Massachusetts, the No. 1 issue caused by deforestation is the effect on the worldwide carbon cycle. Gas particles that assimilate warm infrared radiation are called ozone harming substances. On the off chance that ozone depleting substances are in sufficiently vast amount, they can compel environmental change, as per Daley. While oxygen (O2) is the second most inexhaustible gas in our climate, it doesn’t assimilate warm infrared radiation, as ozone depleting substances do. Carbon dioxide (CO2) is the most pervasive ozone depleting substance. In 2012, CO2 represented around 82 percent of all U.S. ozone depleting substance, as per the Environmental Protection Agency (EPA). Trees can help, however. 300 billion tons of carbon, 40 times the yearly ozone harming substance emanations from non-renewable energy sources, is put away in trees, as indicated by Greenpeace.>