Open Access. Powered by Scholars. Published by Universities.®

Life Sciences Commons

Open Access. Powered by Scholars. Published by Universities.®

Articles 1 - 2 of 2

Full-Text Articles in Life Sciences

Conclusion: Female Leaders Using Coercive Power Motivate Subordinates, Mary Kovach Jul 2021

Conclusion: Female Leaders Using Coercive Power Motivate Subordinates, Mary Kovach

The Journal of Values-Based Leadership

This manuscript advances prior research (Blau, 1964; Elangovan & Xie, 1999; French & Raven, 1959; Goodstadt & Hjelle, 1973; Hegtvedt, 1988; Randolph & Kemery, 2011; Zigarmi, Peyton Roberts, & Randolph, 2015) and capitalizes on supervisory skills using power dynamics within the workplace, by investigating employee effort resulting from gender dissimilar supervisor-employee dyads and employee locus of control. To offer a more focused approach, this is an evaluation specifically on reward and coercive power derived from French and Raven’s (1959) five power bases. This manuscript proposes that the motivation levels of employees change, based on their locus of control and gender. …


Impacts Of The Species Elaeagnus Umbellate On The Soil And Water Quality Of The Pierce Cedar Creek Institute Ecosystem, Yacoub Aljobeh, Kristin Engerer Apr 2011

Impacts Of The Species Elaeagnus Umbellate On The Soil And Water Quality Of The Pierce Cedar Creek Institute Ecosystem, Yacoub Aljobeh, Kristin Engerer

Symposium on Undergraduate Research and Creative Expression (SOURCE)

The species Elaeagnus umbellate, more commonly known as autumn olive, is a shrub that is invasive to the United States and indigenous to East Asia. Even though the autumn olive is not native to North America, it was able to thrive and adapt to the new environment by using its ability to fix nitrogen. Nitrogen-fixing is a process where plants intake molecular nitrogen from the atmosphere and convert it into other forms of nitrogen that can be used by the plants. One of the nitrogen-fixing by-products is nitrate. Excessive amounts of nitrate can easily leach from the plant’s root …