English, asked by jaysonseguinjr, 5 hours ago

give at least five examples of jobs resilient and intensive can be applied or used​

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Answered by Anonymous
0

Answer :  

What is Resilience in the Workplace?

Research Done

Consider a workplace that is undergoing radical change. One may expect that the effects of this ongoing stress would be detrimental to staff. After all, their livelihood may be at stake. A research study by two management consultants studied this very phenomenon.  

Over a period of twelve years, S. Maddi and D. Khoshaba studied employees of a large US telecommunications company during a time when this industry was being de-regulated. The company was constantly changing and jobs were at stake. However, what the research showed was most surprising.  

During the twelve-year period in which the study took place, almost 50% of the employees lost their job and a further two-thirds experienced significant stressful life events (including divorce, mental health issues like depression and anxiety, and heart attacks). Despite this, one-third of the workers not only survived the tremendous challenge they faced, they actually flourished!  

In their book, called ‘Resilience at work: how to succeed no matter what life throws at you’ Maddi and Khoshaba (2006) report that of the individuals they studied, the employees who retained their positions rose to the top, whilst those who were unfortunate enough to lose their job either started their own companies or took ‘strategically important’ employment in other companies.

       

5 Examples of Building Personal Resilience at Work

How can an individual build their personal resilience at work? In order to address this question, think back to Maddi and Khoshaba’s study of the employees of the telecommunications company in the US. How is it that under such duress, many of the workers were able to thrive? How did they develop resilience?  

Resilience is a multi-dimensional construct, and consists of a cluster of factors: behaviors, thoughts, actions, attitudes, and skills. In their study, Maddi and Khoshaba identified three variables associated with the individuals’ ability to bounce back from the immense stress they faced. These were commitment, control, and challenge.  

“Simply put these attitudes are commitment, control, and challenge. As time gets tough, if you hold these attitudes, you’ll believe that it is best to stay involved with the people and events around you (commitment) rather than to pull out, to keep trying to influence the outcomes in which you are involved (control) rather than give up, and to try and discover how you can grow through the stress (challenge) rather than to bemoan your fate” (Maddi & Khoshaba, 2006). Let me explain further.  

By committing themselves to their work, the employees were more able to dedicate themselves to the tasks at hand. This enabled the workers to make sense of what exactly was going on for them. Having a sense of control empowered the employees to enable them to behave in a way which had an influence over the changes that were happening. They also viewed change and stress as an inevitable part of life.  

How can an individual build their resilience in the workplace? Jackson and colleagues (2007) argue that personal resilience can be strengthened and enhanced by developing a variety of effective strategies that reduce vulnerability and susceptibility to stress.  

It can also help employees to develop and nurture skills for reducing the impact that adversity in the workplace has on them. This may include, but is not limited to, practicing mindfulness, developing mental agility, and taking regular breaks from work to ‘detach’. Jackson et al. suggest the following:    

1. Positivity    

2. Emotional Insight    

3. Balance    

4. Spirituality    

5. Reflection    

Answered by HARSHILPARASHAR
0

Answer:

the process by which green plants and some other organisms use sunlight to synthesize nutrients from carbon dioxide and water. Photosynthesis in plants generally involves the green pigment chlorophyll and generates oxygen as a by-product

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