THE RELATIONSHIP OF DIVERSITY OF HUMAN FIELD PATTERN TO RISK-TAKING AND TIME EXPERIENCE: AN INVESTIGATION OF ROGERS' PRINCIPLES OF HOMEODYNAMICS.
Contributors: New York University.
Published: 1992
Number of pages: 152
Subjects: Health Sciences, Nursing.; Psychology, Psychometrics.
Description: This study developed a theory of diversity of human field pattern derived from Rogers' conceptual model of the Science of Unitary Human Beings. The purpose of the study was to determine the validity of Rogers' proposition that individuals have the capacity to participate in the process of change, and to validate the construct of diversity of human field pattern.

A descriptive correlational design was used to test the three hypotheses. The hypotheses predicted that diversity of human field pattern would be related positively to both risk-taking and time experience, indicating a preference for the oceanic subscale, and that risk-taking would be related positively to time experience, also indicating a preference for the oceanic subscale.

A convenience sample of 173 adult men and women completed three paper and pencil instruments which included the Diversity of Human Field Pattern Scale (DHFPS), the Risk-Taking Questionnaire (RTQ), and the Time Metaphor Test (TMT), and a Demographic Data Questionnaire. The DHFPS was developed for this study and contains sixteen statements rated on a Likert scale. Validity was established by factor analysis (N = 320). Alpha reliability was.83 on pilot study and.81 on follow-up. External validity is also reported between the DHFPS and the Human Field Motion Test (HFMT).

The hypotheses were fully or partially supported. Diversity of human field pattern was positively related to risk-taking ($r=.39,\ p<.001$) and to the vectorial ($r=.21,\ p<.01$) and oceanic ($r=.19,\ p<.05$) subscales of the TMT, but not significantly related to the humanistic subscale. There was no preference for the oceanic subscale. Risk-taking was positively and significantly related to only the vectorial subscale ($r=.16,\ p<.05$) of the TMT with no preference for the oceanic subscale demonstrated.

Stepwise multiple regression analysis was also done to determine the proportion of variability of DHFPS scores. The predictor variables of TMT vectorial, TMT oceanic, and risk-taking accounted for 14% of the variance ($R=.37$, F = 7.91, $df=3$ and 142, $p<.0001$). When the HFMT was added to the equation 44% of the variance in DHFPS scores was explained ($R=.66$, F = 25.56, $df=5$ and 164, $p<.001$).

Findings provided support for the theory and for the construct of diversity of human field pattern. Recommendations are made for further refinement of the theory and expansion of the DHFPS.
Notes: Source: Dissertation Abstracts International, Volume: 53-08, Section: B, page: 4029.

Thesis (PH.D.)--NEW YORK UNIVERSITY, 1992.

School code: 0146.