Abstract
The researcher's purpose in this study was to investigate a proposed relationship between the spectral power distribution of two different fluorescent lights and two measures of restlessness, motor activity and level of activation. Motor activity was measured using Down's and Fitzpatrick's (1926) Motor Activity Rating Scale. Level of activation was measured using Hoskins (1978) alternate forms of Thayer's Activation-Deactivation Adjective Check List. The spectral power distribution of fluorescent lights was selected as a stimulus which might induce restlessness because different colors are known to have different arousing potentials. A General Electric Chroma 50 lamp provided broad spectrum fluorescent lighting. This light has a spectral power distribution which includes the cooler region of the spectrum. A General Electric SPX30 lamp provided warm white fluorescent lighting. This light has a spectral power distribution peaking toward the warm end of the spectrum. It was hypothesized that subjects' would demonstrate less motor activity under broad spectrum as opposed to warm white fluorescent lights. It was also hypothesized that subjects' level of activation would be less under broad spectrum as opposed to warm white fluorescent light.
Sigma Membership
Beta Sigma
Type
Dissertation
Format Type
Text-based Document
Study Design/Type
Randomized Controlled Trial
Research Approach
Pilot/Exploratory Study
Keywords:
Lights as Stimulus, Environmental Triggers, Elderly Patients
Advisor
Carol N. Hoskins
Degree
PhD
Degree Grantor
New York University
Degree Year
1989
Recommended Citation
Kolanowski, Ann F., "The relationship between two types of artificial lighting and restlessness as manifested by level of activation and motor activity in the elderly" (2019). Dissertations. 378.
https://www.sigmarepository.org/dissertations/378
Rights Holder
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Review Type
None: Degree-based Submission
Acquisition
Proxy-submission
Date of Issue
2019-05-17
Full Text of Presentation
wf_yes
Description
This dissertation has also been disseminated through the ProQuest Dissertations and Theses database. Dissertation/thesis number: 9016412; ProQuest document ID: 303713597. The author still retains copyright.