Development
Grunig and others who used the theory developed statistical methods through which the theory could be used to segment different kinds of publics and to explain the likely effects of communication for each public. Since that time the theory has been used widely in academic studies and to some extent in professional practice and research.
The theory also resembles theories of consumer behavior, health communication, media exposure, and political communication popular in other domains of communication research. However, the situational theory of publics contains more variables and has a more developed system of measurement and analysis than these other theories. As a result, it is capable of subsuming many other theories.
Read more about this topic: Situational Theory Of Publics
Famous quotes containing the word development:
“They [women] can use their abilities to support each other, even as they develop more effective and appropriate ways of dealing with power.... Women do not need to diminish other women ... [they] need the power to advance their own development, but they do not “need” the power to limit the development of others.”
—Jean Baker Miller (20th century)
“This was the Eastham famous of late years for its camp- meetings, held in a grove near by, to which thousands flock from all parts of the Bay. We conjectured that the reason for the perhaps unusual, if not unhealthful development of the religious sentiment here, was the fact that a large portion of the population are women whose husbands and sons are either abroad on the sea, or else drowned, and there is nobody but they and the ministers left behind.”
—Henry David Thoreau (1817–1862)
“I hope I may claim in the present work to have made it probable that the laws of arithmetic are analytic judgments and consequently a priori. Arithmetic thus becomes simply a development of logic, and every proposition of arithmetic a law of logic, albeit a derivative one. To apply arithmetic in the physical sciences is to bring logic to bear on observed facts; calculation becomes deduction.”
—Gottlob Frege (1848–1925)